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1 code implementation • 1 Jul 2024 • Luca Pinchetti, Chang Qi, Oleh Lokshyn, Gaspard Olivers, Cornelius Emde, Mufeng Tang, Amine M'Charrak, Simon Frieder, Bayar Menzat, Rafal Bogacz, Thomas Lukasiewicz, Tommaso Salvatori
In this work, we tackle the problems of efficiency and scalability for predictive coding networks in machine learning.
We show that attacks can significantly harm calibration, and thus propose certified calibration as worst-case bounds on calibration under adversarial perturbations.
Predictive coding networks are neuroscience-inspired models with roots in both Bayesian statistics and neuroscience.
Most deep learning algorithms lack explanations for their predictions, which limits their deployment in clinical practice.
e-ViL is a benchmark for explainable vision-language tasks that establishes a unified evaluation framework and provides the first comprehensive comparison of existing approaches that generate NLEs for VL tasks.
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In today's digital landscape, ensuring the security of your applications is more critical than ever. With cyber threats becoming increasingly sophisticated, it's essential to implement robust security measures to protect your applications and data. One effective approach to enhancing your application's security is by leveraging open source tools and software. In this article, we'll explore how you can increase your application's security using open source tools and software.
Conduct a Security Audit
Before implementing any security measures, it's crucial to conduct a thorough security audit of your application. This will help you identify potential vulnerabilities and areas that require improvement. There are several open source tools available, such as OpenVAS and Lynis, that can help you perform a comprehensive security audit of your application.
Use Secure Coding Practices
Adopting secure coding practices is essential for developing secure applications. Utilize open source tools like SonarQube and OWASP Dependency-Check to scan your code for vulnerabilities and ensure that you're following best practices for secure coding.
Implement Strong Authentication and Access Controls
Ensure that your application implements strong authentication mechanisms, such as multi-factor authentication (MFA), to protect against unauthorized access. Additionally, use open source tools like Keycloak and OAuth2 to manage authentication and access controls effectively.
Regularly Update and Patch Your Software
Keeping your software up to date is crucial for protecting against known vulnerabilities. Use open source software like Apache Struts and Spring Framework, which provide regular updates and patches to address security issues.
Monitor and Log Security Events
Implementing a robust logging and monitoring system is essential for detecting and responding to security threats. Use open source tools like ELK Stack (Elasticsearch, Logstash, Kibana) to monitor and log security events in real-time.
Utilize Security Testing Tools
Regularly test your application for security vulnerabilities using open source security testing tools such as OWASP ZAP and Nikto. These tools can help you identify and mitigate potential security risks in your application.
Educate Your Development Team
Security is everyone's responsibility, so it's essential to educate your development team about security best practices. Encourage them to participate in security training programs and stay updated with the latest security trends and threats.
By following these strategies and leveraging open source tools and software, you can significantly enhance the security of your applications. Remember that security is an ongoing process, so it's essential to regularly review and update your security measures to protect against evolving threats.
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CVSS 3.1 Score 6.4 of 10 (medium)
CVE-2024-4666 is a Stored Cross-Site Scripting (XSS) vulnerability affecting the Borderless plugin for WordPress, which includes Widgets, Elements, Templates, and Toolkit for Elementor & Gutenberg. The issue lies in the insufficient input sanitization and output escaping of user-supplied attributes in multiple widgets, making it possible for authenticated attackers with contributor-level access or higher to inject arbitrary web scripts. These scripts will execute whenever a user accesses an injected page, posing a significant security risk. Versions up to and including 1.5.3 are impacted by this issue.
Prevent cyber attacks with Recorded Future by prioritizing and patching critical vulnerabilities being exploited by threat actors targeting your industry. Book your demo to learn more.
Advisories, Assessments, and Mitigations
Prioritize, Pinpoint, and Act to Prevent Vulnerability Exploits with Recorded Future
- Gain complete coverage of your cyber, third party, and physical attack surface
- Proactively mitigate threats before they turn into costly attacks
- Make fast, effective, data-driven decisions
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Exploring RAM as an Attack Target
RAM, or Random Access Memory, can be a significant target for attackers seeking to extract valuable information from a personal computer. In this article, we will discuss the methods commonly used to read values from RAM and the access requirements for doing so.
Method to Read Values from RAM
When it comes to reading values, such as text, from the RAM of a personal computer, the most common method is to acquire a memory dump. This dump is essentially a copy of the entire contents of the physical memory of the system, which can later be analyzed to extract the desired information.
There are several ways to obtain a memory dump. One approach is to use tools like pcileech, which utilize a special hardware device as an interface to the target system’s memory. Another method is to acquire a memory dump from a crash dump or a forensic tool.
In order to perform a memory dump and read values from RAM, certain access requirements must be met. For physical memory dumps, a specialized hardware device is often needed to interface with the target system’s memory. Alternatively, crash dumps or forensic tools can be used to acquire the necessary memory dump.
Analyzing Memory Dumps
Once a memory dump has been obtained, it can be analyzed using various tools. One popular tool is volatility, which allows for in-depth analysis of the memory dump. Volatility can parse different operating system structures, providing valuable insights into the state of the system at the time of the dump.
While it is possible to search through a memory dump using a hex editor, tools like volatility offer a more efficient and comprehensive approach to analyzing the dump.
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The most valuable asset
“Data is the most valuable asset of every company. It drives business decisions, fuels innovations, and provides competitive advantages. What can be more important than protecting a company’s most valuable asset.”
Data Protection Officer
Data is a company’s most valuable asset because it allows for better decision-making, improved efficiency, and increased revenue. By analysing data, companies can gain insights into customer behaviour, market trends, and operational performance. This information can be used to optimise business processes, develop new products and services, and target marketing efforts more effectively. Additionally, data can be used to train machine learning models, which can automate tasks and improve accuracy.
Consequences of poor data security
The consequences of poor data security are multifarious and can be severe. Data breaches erode customer trust and damage brand reputation. Failing to comply with data protection laws like GDPR and CPA can lead to severe penalties and financial losses. “A data breach feels like letting down your users and stakeholders,” says Iryna, Data Protection Officer (DPO) at Exfluency. High-profile breaches at Equifax and Target resulted in significant loss of consumer confidence and long-term brand damage. Additionally, breaches can disrupt operations and decrease productivity, leading to lost revenue.
Essential data security measures
Implementing comprehensive data security measures is vital. “It’s essential to take all possible precautions to prevent a data breach,” emphasises Iryna. Privacy by Design ensures personal data protection from the ground up.
A core principle at Exfluency
Privacy by Design (PbD) is a strategic approach that embeds privacy and data protection principles into the very foundation of systems, processes, and technologies. At Exfluency, we implement PbD to ensure that privacy is integral to our operations.
Here’s how Privacy by Design benefits you on our platform:
This approach redefines the traditional operations of the translation industry by prioritising privacy at every step. By doing so, we ensure that your sensitive data is not only protected but also accessible only to those with the proper authorisation.
At Exfluency, Privacy by Design is more than a policy – it’s our commitment to safeguarding your data integrity and privacy.
Organisational measures and employee engagement
Regular data protection and security training is crucial, as most breaches stem from internal threats. “We provide regular training to ensure employees are aware, involved, and ready to act,” says Iryna. Policies for data handling, storage, and disposal foster a security-conscious culture.
Technical and physical measures
The role of technology in enhancing data security
Technological advancements significantly enhance data security. Blockchain technology, with its immutability, ensures complete transparency and traceability.
“Blockchain adds an extra layer of protection because it’s immutable,” notes Iryna. Exfluency uses blockchain to store metadata, creating an immutable audit trail and securing linguistic data without compromising intellectual property.
Artificial Intelligence (AI) and Machine Learning (ML) detect anomalies, predict threats, and automate security responses. But not only that. If trained properly, AI/ML solutions are able to tokenize personal and confidential information and hide it for processing purposes. “We ensure 100% data anonymization with AI and ML, followed by human fine-tuning,” says Iryna.
Cloud security solutions involve encryption, strict access controls, and regular audits. Best practices include using reputable cloud service providers and ensuring data is encrypted both in transit and at rest.
Finally, an effective incident response plan includes preparation, detection, containment, and recovery, and ensures that businesses can quickly and efficiently respond to data breaches.
Foster a culture of security
Data security is essential for protecting a company’s most valuable asset. By adopting a Privacy by Design approach and incorporating measures such as access control, data anonymization, encryption, and regular audits, organisations can protect sensitive data, comply with data protection regulations, and build trust with their stakeholders.
As our systems continue to evolve and become more sophisticated, it is crucial that data security and privacy remain at the forefront of their design and operation. By prioritising Privacy by Design, organisations can not only safeguard their data but also unlock new opportunities for leveraging linguistic assets and driving enterprise-wide growth.
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TfL Cyberattack Under Investigation , No Impact on Services Yet
Transport for London (TfL), the city’s transportation authority, is currently investigating an ongoing cyberattack. While the attack is ongoing, TfL has assured the public that there has been no impact on its services.
“We are currently dealing with an ongoing cyber security incident,” TfL’s Customer Information Team stated in an email to customers and an online statement.
The agency has also been transparent about the situation, stating that, as of now, there is no evidence that any customer data has been compromised.
“At present, there is no evidence that any customer data has been compromised and there has been no impact on TfL services,” the statement added.
TfL Taking Action to Contain the Cyberattack
TfL has taken immediate action to prevent any further access to its systems and has introduced several measures to its internal systems to deal with the ongoing cyber security incident.
“The security of our systems and customer data is very important to us, and we have taken immediate action to prevent any further access to our systems,” the agency stated.
TfL has also reported the attack to relevant government agencies, including the National Crime Agency and the National Cyber Security Centre, and is working closely with them to respond and contain the incident’s impact.
TfL’s Chief Technology Officer Speaks Out
TfL’s chief technology officer, Shashi Verma, addressed the situation in a statement to the BBC, emphasizing the agency’s proactive approach: “We have introduced a number of measures to our internal systems to deal with an ongoing cyber security incident.”
Previous Cyberattack on TfL Supplier
This incident comes after a previous cyberattack in May 2023, where the Cl0p ransomware gang hacked one of TfL’s suppliers’ MOVEit managed file transfer (MFT) servers. This server was hosted outside of TfL’s systems.
The Russian cybercriminals stole the contact details of approximately 13,000 customers, but TfL confirmed that their banking details were not compromised.
“MOVEit is also used directly within TfL’s systems but this was not compromised,” TfL stated at the time.
Impact of TfL Cyberattack
TfL is organized into three units that oversee London’s surface, underground, and Crossrail (the Elizabeth line jointly managed with the UK’s Transport Department) transportation systems, serving over 8.4 million city residents.
The ongoing TfL cyberattack highlights the increasing vulnerability of critical infrastructure to cyberattacks. TfL’s proactive response and transparency are commendable, but this incident serves as a reminder of the importance of robust cybersecurity measures to protect critical infrastructure and sensitive data.
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The National Commissioner/CEO, Nigeria Data Protection Commission (NDPC), Dr Vincent Olatunji, has yesterday officially inaugurated the Local Organising Committee (LOC) for the upcoming Network of African Data Protection Authorities (NADPA) conference and Annual General Meeting.
In his inaugural address at the event which took place in the Abuja office, Dr Olatunji expressed his gratitude to all the committees, which comprise representatives from various sectors, including the public and private sectors as well as multinationals, for their interest and enthusiasm toward the success of the upcoming event.
He urged the committee to work together to bring the whole world to Nigeria, including data protection experts, multinationals, and foreign investors, which is in alignment with the eight-point agenda of President Bola Ahmed Tinubu.
Dr Vincent Olatunji also emphasised that this NADPA conference represents the largest gathering in Africa within the data protection ecosystem and serves as a crucial platform to showcase Nigeria’s positive image as a peaceful and attractive investment destination.
He noted that the country’s hosting of the NADPA conference is a testament to the NDPC’s competence and Nigeria’s commitment to data protection and digital innovation on a global scale.
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IronSecureDoc: Revolutionizing Document Security with Cost-Effective Solutions
As digital security becomes increasingly crucial, safeguarding sensitive information is more essential than ever. Though traditional SaaS models provide several solutions, they often fall short due to their cost and limitations. Enter IronSecureDoc, a revolutionary document security solution introduced by Ron Software that challenges the status quo by offering unparalleled security at a fraction of the cost. Just click here and [url]check it out![/url]
Why IronSecureDoc Stands Out?
With IronSecureDoc, the concept of document security is reimagined. Traditional SaaS models typically involve recurring fees, limited storage options, and one-size-fits-all solutions. However, IronSecureDoc takes a different approach by focusing on customization, affordability, and robust security features that cater to the specific needs of your business. See, [url]this website[/url] has all the [url]info[/url] you need to [url]learn[/url] about this amazing product.
The Financial Benefits of IronSecureDoc
IronSecureDoc’s cost-effectiveness is one of its most remarkable features. Traditional SaaS models often require you to pay for features you may never use. IronSecureDoc, however, ensures you only pay for the features you need. This method reduces overall expenses while tailoring the document security solution to your unique requirements.
The Superior Security of IronSecureDoc
IronSecureDoc doesn’t only prioritize affordability but also ensures maximum security for your documents. Advanced encryption, multi-factor authentication, and real-time monitoring are part of IronSecureDoc’s strategy to safeguard your sensitive information. Whether you run a small startup or a large enterprise, IronSecureDoc offers the perfect security solution for businesses of all sizes. [url]This page[/url] has all the info you need.
Easy-to-Use Interface with IronSecureDoc
You shouldn’t have to be a tech expert to secure your documents. IronSecureDoc provides an easy-to-use interface that streamlines the management and security of your documents. With intuitive controls and clear instructions, you can easily navigate the system and ensure that your documents are protected without the need for extensive training or technical support.
Flexible and Scalable Solutions with IronSecureDoc
As your business expands, your document security requirements will also increase. IronSecureDoc offers scalability and flexibility that traditional SaaS models often lack. You can easily scale your document security solution to accommodate more users, additional storage, and enhanced security features as needed. This ensures that your document security solution evolves with your business, providing continuous protection without the need for costly upgrades or replacements. You can [url]read more[/url] on the subject [url]here![/url]
A New Era in Document Security
IronSecureDoc from Ron Software brings forth a new age in document security, defying the traditional SaaS models that have long ruled the market. By offering a cost-effective, customizable, and highly secure solution, IronSecureDoc empowers you to take control of your document security in a way that traditional models simply can’t match.
Embrace the Future of Document Security with IronSecureDoc
In today’s digital age, the importance of document security cannot be overstated. IronSecureDoc provides a robust, affordable solution that safeguards your sensitive data while adapting to your unique needs. Whether you’re a small business or a large enterprise, IronSecureDoc offers the flexibility, security, and affordability you need to stay ahead in a rapidly evolving digital landscape. See, [url]this website[/url] has all the [url]info[/url] you need to [url]learn[/url] about this amazing product.
Adopt IronSecureDoc as your document security solution and enjoy the advantages of a system that genuinely meets your needs. [url]This page[/url] has all the info you need.
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Real Attacks. Real Tools. Real Scenarios. Schedule a demo
Training that transforms behaviours
MIRACL provides the world’s only single step Multi-Factor Authentication (MFA) which can replace passwords on 100% of mobiles, desktops or even Smart TVs.
Authentic8 transforms how organizations secure and control the use of the web with Silo, its patented cloud browser.
Watch this webinar and get a comprehensive roadmap for securely adopting generative AI using Amazon Bedrock, a fully managed service that offers a choice of high-performing foundation models (FMs).
Resecurity is a cybersecurity company that delivers a unified platform for endpoint protection, risk management, and cyber threat intelligence.
Locklizard provides PDF DRM software that protects PDF documents from unauthorized access and misuse. Share and sell documents securely - prevent document leakage, sharing and piracy.
AXIS Insurance’s Professional Lines Division is a leading underwriter of technology/cyber coverage and other specialty products around the globe.
Protenus provide a solution to proactively monitor and protect patient privacy in the electronic health record (EHR).
TeachPrivacy provides computer-based privacy and data security training that is engaging, memorable, and understandable.
As the provider of unbreakable quantum-safe encryption, Quantum Xchange gives commercial enterprises and government agencies the ultimate defense to keep high-value data safe.
Marlabs is a Digital Technology Solutions company that helps companies adopt digital transformation using a comprehensive framework including Digital Automation, Enterprise Analytics and Security.
NodeSource helps organizations run production-ready Node.js applications with greater visibility into resource usage and enhanced awareness around application performance and security.
Boeing is the world's largest aerospace company and leading manufacturer of commercial jetliners, defense, space and security systems.
VIRTIS' mission is to provide today's leading organizations peace of mind that their entire digital network perimeter is safe from hackers and data breach.
Huntington Ingalls Industries is America’s largest military shipbuilding company and a provider of professional services to partners in government and industry.
Anxinsec Technology is a security solution and service provider with a focus on new technology and innovations in cybersecurity.
Intelligent CloudCare, a division of IPS, is a full IT Services provider serving the needs of SMBs in the metropolitan New York City region.
Prophaze enable organizations and SaaS providers to improve their web application cybersecurity and reduce costs through AI automation.
Zyber 365 are providing a robust, decentralized, and cyber-secured operating system which adheres to the fundamental principles of environmental sustainability.
B2BCERT one of the top companies offering ISO 9001, ISO 14001, ISO 45001, ISO 22000, ISO 27001, ISO 20000,CE Marking, HACCP, and other globally accepted standards and Management solutions.
Hubble grew from the idea that legacy solutions were failing to provide organizations with the asset visibility they needed to effectively secure and operate their businesses.
WillCo Tech works to enhance national security and force readiness for military and commercial enterprises with a suite of software capabilities surrounding the human element of cybersecurity.
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A plank portal is the best solution to get secure board communication. It offers state of the art secureness built into the woking platform, which assists prevent data removes and scams. In addition , the website allows you to assessment all your related reports.
Simply because cybercrime continue to be rise in rate, boards happen to be increasingly becoming targets. Board directors have a fiduciary responsibility to patrol sensitive info. By setting up SMART goals for secureness, you can be sure that your organization is normally protected.
First of all, board participants should be informed of the hazards associated with sending protected communication communications through mobile phones. These risks incorporate compromised protection and unconfident email accounts.
Secure messaging tools likewise help to reduce the risks of data breaches and scams. The use of one, you can even wipe your computer data in the event of thievery.
One of the first laws and regulations of its kind, the GDPR, offers given buyers more control over their personal data. Corporations need to figure out their info and how to effectively handle that in order to streamline the processes and increase earnings.
The most complete approach to cybersecurity is to entail the whole mother board. This includes reviewing all data breaches, and also implementing company-wide risk management pursuits. You should also experience regular community forums to discuss reliability boardroomsolutions.org/how-to-remove-malware-from-android/ fashion and control buttons.
The latest technology in protect board conversation apps is certainly helping firms address these challenges. Diligent offers a full suite society tools that improve your board’s performance.
For instance , BoardEffect is known as a modern governance solution. The secure panel portal, survey tools and also other features are designed to make your board’s agenda building easy and pain-free.
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What is Moonhop? Moonhop is a new entrant in the world of meme coins, aiming to capture the essence of viral internet culture while offering potential financial gains. Unlike traditional cryptocurrencies with complex technology and business models, Moonhop leverages the power of memes and social media to gain traction. It positions itself as a fun and engaging token rather than a serious financial asset, reflecting the playful spirit of the meme coin movement. Investors and enthusiasts are drawn to Moonhop for its novelty and the potential for quick, speculative profits. However, like many meme coins, it carries significant risks due to its speculative nature and the inherent volatility of cryptocurrency markets.
The Meme Coin Phenomenon Moonhop’s rise exemplifies the broader trend of meme coins, which often gain popularity through social media buzz and celebrity endorsements rather than technological innovation or practical applications. These coins typically experience rapid price fluctuations driven by online communities and speculative trading. While some investors have made substantial gains, many others have faced losses, highlighting the unpredictable and speculative nature of such assets. Moonhop’s success, or lack thereof, will likely depend on its ability to maintain public interest and leverage the viral nature of internet culture. As with all meme coins, caution and thorough research are advised before investing. moonhop presale crypto
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In the realm of cybersecurity, threats are constantly evolving, and staying informed is crucial to protecting your digital assets. Among the various types of cyber threats, spoofing attacks are particularly insidious. These attacks involve deceiving systems or users by impersonating a trusted source, often leading to significant security breaches. Understanding what spoofing attacks are and how to protect against them is essential for anyone who uses the internet, whether for personal or professional purposes.
What is a Spoofing Attack?
A spoofing attack is a type of cyberattack where an attacker masquerades as a trusted entity to deceive victims into sharing sensitive information or to gain unauthorized access to systems. This deception can occur through various channels, including IP addresses, DNS servers, email addresses, and phone numbers. The primary goal of spoofing is to trick victims into believing they are interacting with a legitimate source, thereby facilitating data theft, financial fraud, or malware distribution.
Common Types of Spoofing Attacks
1. IP Spoofing
IP spoofing involves the creation of Internet Protocol (IP) packets with a forged source IP address. This technique allows attackers to hide their true identity and location while carrying out malicious activities. For example, an attacker might use IP spoofing to bypass network security measures and launch a Distributed Denial of Service (DDoS) attack, overwhelming a target server with traffic.
2. DNS Spoofing
DNS spoofing, also known as DNS cache poisoning, involves corrupting the Domain Name System (DNS) to redirect traffic from a legitimate website to a malicious one. Attackers achieve this by injecting false DNS responses into a DNS resolver’s cache. When users attempt to visit the targeted website, they are instead directed to a fraudulent site designed to steal login credentials or distribute malware.
3. Email Spoofing
Email spoofing is a technique used in phishing attacks where the attacker sends emails that appear to come from a trusted source. By manipulating the “From” address, attackers trick recipients into believing the email is legitimate. This can lead to the disclosure of sensitive information, such as passwords or financial details, or result in the download of malicious attachments.
4. Caller ID Spoofing
Caller ID spoofing involves changing the caller ID information to make it appear as though the call is coming from a trusted number. This technique is often used in phone scams to trick victims into providing personal information or making payments. For instance, an attacker might spoof the caller ID of a bank or government agency to coerce victims into revealing confidential information.
How Do Spoofing Attacks Work?
Spoofing attacks exploit the inherent trust that users place in familiar entities. Attackers employ various technical methods to create convincing deceptions:
- Packet Manipulation: In IP spoofing, attackers alter packet headers to falsify the source IP address.
- DNS Cache Poisoning: Attackers insert fake DNS records into a resolver’s cache, leading to incorrect IP address resolutions.
- Email Header Manipulation: In email spoofing, attackers modify the email headers to change the apparent sender address.
- Caller ID Alteration: For caller ID spoofing, attackers use software to change the caller ID information displayed on the recipient’s phone.
These methods often involve sophisticated tools and techniques, making it difficult for the average user to detect the deception until it’s too late.
Impact of Spoofing Attacks
Spoofing attacks can have severe consequences for both individuals and organizations:
- Data Theft: Victims may unwittingly disclose sensitive information, such as login credentials, financial details, or personal data.
- Financial Loss: Spoofing attacks can result in significant financial losses due to fraud, unauthorized transactions, or ransomware demands.
- Reputation Damage: Organizations targeted by spoofing attacks may suffer reputational damage, leading to a loss of customer trust and business opportunities.
- Operational Disruption: Attacks like DNS spoofing can disrupt normal business operations, causing downtime and productivity losses.
Real-world examples of spoofing attacks include high-profile phishing campaigns that have targeted major corporations, resulting in millions of dollars in losses and compromised data.
How to Protect Against Spoofing Attacks
1. Best Practices for Individuals and Businesses:
- Verify Source Information: Always verify the authenticity of emails, phone calls, and websites before sharing sensitive information.
- Use Strong Authentication: Implement multi-factor authentication (MFA) to add an extra layer of security.
- Regularly Update Software: Keep all software, including operating systems and applications, up to date to protect against known vulnerabilities.
- Educate Users: Conduct regular cybersecurity training to raise awareness about spoofing attacks and how to recognize them.
2. Security Measures and Tools:
- Firewalls and Intrusion Detection Systems: Use advanced firewalls and intrusion detection systems to monitor and block suspicious activities.
- DNS Security Extensions (DNSSEC): Implement DNSSEC to protect against DNS spoofing by ensuring the authenticity of DNS responses.
- Email Authentication Protocols: Use protocols like SPF (Sender Policy Framework), DKIM (DomainKeys Identified Mail), and DMARC (Domain-based Message Authentication, Reporting, and Conformance) to verify the legitimacy of email sources.
3. Importance of User Awareness and Education:
Educating users about the tactics used in spoofing attacks is crucial. Awareness campaigns and training sessions can empower individuals to recognize potential threats and take appropriate actions to avoid falling victim.
Spoofing attacks are a pervasive threat in today’s digital landscape, with the potential to cause significant harm to individuals and organizations. Understanding what spoofing attacks are, how they work, and how to protect against them is essential for maintaining robust cybersecurity. By implementing best practices, utilizing advanced security measures, and fostering a culture of awareness, you can mitigate the risks associated with spoofing attacks and safeguard your digital assets.
Stay informed, stay vigilant, and take proactive steps to protect yourself and your organization from the deceptive tactics of cybercriminals.
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Singapore’s crypto landscape saw a notable development as OKX’s local branch obtained a Major Payment Institution (MPI) licence from the Monetary Authority of Singapore (MAS). This milestone comes after OKX Singapore received in-principle approval for the licence in February. With this new authorisation, OKX Singapore is set to expand its digital payment token and cross-border money transfer services, solidifying its presence in the competitive market of crypto exchanges in Singapore.
Expansion of Services and Compliance Focus
The MPI licence enables OKX Singapore to offer enhanced services, including spot trading of cryptocurrencies and on-and-off-ramp services between the Singapore dollar and digital assets. To steer the company through this new phase, Ms. Gracie Lin has been appointed as the chief executive.
Ms. Lin, who brings nearly two decades of experience across various sectors, including financial, public, and technology, is poised to lead OKX Singapore’s compliance and product enhancement initiatives. She previously held key positions at Grab, GIC, and the MAS, making her well-equipped to navigate the regulatory landscape. Initially, Ms. Lin will focus on ensuring compliance and expanding the range of tokens available for trading on the platform, as the company seeks MAS approval to enlarge its current offerings.
Singapore Warns of Rising Threat from Akira Ransomware Targeting FirmsStrengthening Singapore’s Position
OKX Singapore’s MPI licence places it among a select group of licensed crypto exchanges in Singapore, including Independent Reserve and Coinhako. With several hundred employees in Singapore, the company’s operations span across product engineering, legal, compliance, and human resources.
Singapore’s reputation as a global digital asset hub is further bolstered by OKX’s commitment to the local market. Notably, the company also holds a licence in Australia for derivatives trading, reflecting its growing influence in the Asia-Pacific region. OKX’s expansion and licensing underscore Singapore’s strategic importance in the global digital asset ecosystem, positioning the city-state as a key player in the industry.
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Solana's PoH offers unprecedented transaction speeds and negligible fees, opening up opportunities for businesses reliant on high volumes and micropayment models.
PoH provides a secure foundation for applications like supply chain management, financial services, and digital asset ownership where trust and verifiable history are paramount.
Blockchains are revolutionizing industries, but scalability limitations hinder widespread adoption. Solana aims to address this through its innovative consensus mechanism, Proof-of-History (PoH). This article dives into the technical underpinnings of PoH, exploring its advantages and outlining considerations for businesses seeking to harness its potential.
Understanding Consensus Mechanisms: Where PoH Differs
At its core, a blockchain consensus mechanism enforces agreement among network participants about the transaction history. Traditional approaches include:
Proof-of-Work (PoW): Miners expend computational power solving puzzles, the first to succeed adds a block. This prioritizes security but suffers in scalability and energy consumption.
Proof-of-Stake (PoS): Instead of 'mining,' validator nodes stake cryptocurrency. Their chance of creating the next block is often linked to their stake amount. PoS improves efficiency over PoW but has trade-offs.
How Proof-of-History Works
PoH is a key innovation underpinning Solana's capabilities. Here's a deeper look at how it provides a verifiable record of time for the blockchain:
1. The Cryptographic Clock: The Verifiable Delay Function
Understanding the Verifiable Delay Function (VDF) is essential for grasping how Proof-of-History works. VDFs are unique mathematical functions that necessitate a predictable amount of time to solve. This sequential process and verifiable output lay the foundation for Solana's provable timeline.
At the Heart: Solana utilizes a specific type of function – a Verifiable Delay Function (VDF). These functions are designed to take a set amount of time to compute, and their output is uniquely determined by the input and computation steps.
Sequence of Steps: The VDF requires a sequential series of calculations. This means you cannot produce the final output without honestly performing each step in order.
Creating Proof: Anyone can verify the correct output was generated given a specific input and number of steps, creating a computationally verifiable proof that a certain amount of time has elapsed.
2. The Role of the Leader Node
While the VDF establishes the concept of time, Solana's leader node is responsible for applying it. In each time slot, a leader node sequences incoming transactions before they are grouped into blocks. Crucially, it timestamps each transaction based on the current state of the VDF, creating a verifiable record of when it occurred.
Ordering Transactions: In each "slot" (a period in which a Solana node can propose a block), a leader node is selected based on the network's staking mechanism.
Sequencing and Timestamping: The leader node receives incoming transactions and assigns them timestamps based on the current state of the VDF-based cryptographic clock.
Efficient Validation: The leader isn't creating blocks yet – it's simply sequencing transactions and tagging them with "when they arrived" metadata.
3. Verifying the Passage of Time
The brilliance of PoH lies in its efficient verification mechanism. Validators on Solana don't waste resources reproducing the entire VDF process performed by the leader. Instead, they perform strategic sampling, ensuring the timestamps and order of transactions adhere to the cryptographic timeline enforced by the VDF.
Validator's Role: Validators on the Solana network don't need to reproduce the entire sequential VDF process. This would be computationally expensive and slow.
Strategic Sampling: Instead, they can sample the leader's output at specific intervals, verifying that the calculations were performed correctly and the order of events was not manipulated.
Enforcing Honesty: Any attempt by the leader to lie about the timestamps or the order of transactions would be detected by other validators, leading to them being slashed (loss of staked tokens).
Key Advantages of PoH for Business
Proof-of-History offers significant benefits that directly impact business operations and open up new opportunities. Let's dive into the specifics:
Blazing Speed: Unlocking High-Throughput Use Cases
Solana's ability to handle thousands of transactions per second is game-changing for applications reliant on rapid data processing. This unprecedented speed unlocks use cases once deemed impossible on traditional blockchains.
Transactions Per Second: Solana's PoH enables it to process thousands of transactions per second. This is crucial for businesses handling large volumes of data or requiring real-time confirmations.
DeFi Competitor: DEXs (decentralized exchanges) on Solana can provide a user experience closer to their centralized counterparts, a key advantage in financial applications where speed is a prime factor.
Scalability for Growth: Your application can handle a surge in users or transaction volume without performance bottlenecks, ensuring seamless operation even under peak load.
Minimal Fees: Enabling Micropayments and New Revenue Models
The cost-effectiveness of PoH revolutionizes blockchain economics. With transactions potentially costing fractions of a cent, businesses can create entirely new payment models that leverage microtransactions for innovative services.
Fractions of a Cent: Solana's efficient design translates into transaction fees often a mere fraction of a penny. This completely changes the economics of blockchain integration.
Micropayment-Driven Models: Businesses can charge for tiny actions – playing one minute of a game, using a service for seconds, or accessing minuscule bits of data.
Expanded Accessibility: Low fees remove barriers to entry, making your application accessible and affordable for a wider audience.
Security: Building Trust in a Decentralized World
The cryptographic backbone of PoH creates a secure and tamper-proof blockchain ledger. This level of trust is a critical cornerstone for businesses looking to build critical applications and handle sensitive data in a way that inspires confidence.
Inherently Tamper-Resistant: The cryptographic nature of PoH's VDF-based timeline makes it incredibly difficult to manipulate transaction history without detection.
Integrity = Trust: Businesses can confidently build applications on Solana, knowing the underlying record of transactions is reliable and resistant to fraudulent activity.
Resilient Infrastructure: PoH provides a foundation for building secure supply chain tracking with verifiable timestamps or implementing critical, immutable record-keeping for sensitive industries.
Developer-Friendly: Accelerating Time to Market
Solana's broader programming language support and evolving developer ecosystem make it accessible to a wider pool of talent. This can help businesses find skilled developers more quickly, potentially accelerating project timelines and innovation.
Rust Support: Solana's support for languages like C, C++, and especially Rust opens the door to wider developer adoption, as these languages are common outside of traditional blockchain development circles.
Quicker Building Cycles: Finding skilled developers and building your project rapidly becomes more attainable, potentially giving businesses a competitive edge.
Community and Resources: While Solana is newer than some chains, its developer community and available resources are growing rapidly.
Use Cases & Implications
Decentralized Exchanges (DEXs): PoH's speed allows DEXs to operate at speeds closer to centralized counterparts, crucial for financial applications like high-frequency trading.
Microtransactions: Games, IoT devices, and content platforms can leverage frictionless micropayments, unlocking new business models. Imagine paying per minute for game time or per data packet sent by your smart home.
Immutable Records: Supply chains gain from tamper-proof tracking. Healthcare records, title ownership, or certifications can be stored securely, boosting trust in data-driven processes.
How to Integrate PoH
While the advantages of PoH are clear, the integration process requires some technical steps. This section outlines the key stages for businesses to consider:
1. Determining the Right Fit
Use Case: Is extreme high-throughput crucial, or does your application have other priorities (specific smart contract languages, etc.)? Assess alternatives like Ethereum's move to PoS.
Technical Expertise: Do you have in-house Solana developers, or will you work with an external team? Evaluate the costs and expertise needed beforehand.
Micropayments: If microtransactions are core to your model, PoH becomes particularly attractive due to its low fees.
2. Familiarization with Solana's Environment
Programming Languages: Solana's support for Rust, C/C++, and others is a factor in development speed.
Developer Resources: Explore Solana's documentation (https://docs.solana.com/) and developer communities.
Tooling: Evaluate available SDKs, testing suites, and deployment tools to identify potential needs.
3. Node Setup and Operation
Validator or Non-Validator: Becoming a validator involves high hardware requirements but contributes to the network's security. Non-validator nodes can still interact with the blockchain.
RPC Endpoints: Use Solana's public RPC endpoints for initial development or consider running your own infrastructure for production environments.
Cluster Choice: Choose between the Solana Mainnet, Testnet, and Devnet depending on your development stage.
4. Building Your Application
Smart Contract Design: Carefully design smart contracts to leverage PoH, potentially using the embedded timestamps in your business logic.
Client-Side Integration: Develop frontends that interact with your Solana smart contracts and utilize PoH data when applicable.
User Experience: Factor PoH's speed advantages into your UI/UX designs – emphasize near-instant confirmations or create interfaces dependent on real-time blockchain data.
5. Testing and Optimization
Performance Testing: Simulate heavy loads to understand your application's performance limits under PoH and optimize accordingly.
Security Audits: Smart contract audits are paramount in a financial context. Identify reputable Solana security auditing firms.
Table: Development Tools and Resources
Integrating PoH can be a complex process. If you'd like a personalized roadmap for your project or need help evaluating its suitability for Solana, contact our team at TokenMinds.
TokenMinds brings deep expertise in Solana development, blockchain strategy, and business integration. We'll help you assess the suitability of PoH for your specific project, design an architecture tailored for performance and scalability, and ensure a seamless integration into your existing systems. Our goal is to accelerate your business transformation, empowering you to unlock the full potential of Solana's speed, security, and cost-effectiveness.
Considerations & Potential Challenges
Hardware Requirements: PoH can be demanding on validator hardware. While not an issue for large providers, it may create a higher barrier to entry for smaller validators.
Network Reliance: PoH, in its current form, may be less resilient to brief network outages compared to some other consensus mechanisms.
Maturing Ecosystem: Solana is still relatively young compared to chains like Ethereum. Consider potential limitations in tooling and developer community size compared to more established platforms.
PoH is still a relatively new technology, and its full potential is just beginning to be realized. Businesses that start exploring and integrating PoH today will be the ones shaping the future of blockchain-powered applications. Imagine real-time supply chain visibility, frictionless micropayments transforming entire industries, or highly scalable virtual worlds – PoH can make these visions a reality.
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If you manage an online store, one of your priorities should be preventing fraud and preserving your client’s personal information. Your online store’s security is at risk, so you should implement multiple fraud management solutions to protect it from hackers.
You can learn to spot typical forms of online shopping fraud and scams with the help of this in-depth blog. Methods for successfully preventing and punishing such financial crimes are also included in this manual.
One form of cybercrime that occurs when consumers purchase online is eCommerce fraud. Fraudsters prey on consumers and eCommerce firms to steal sensitive information, commit fraudulent transactions, or otherwise take advantage of the online retail sector.
Customers and online shop owners are vulnerable to this type of fraud, which can result in substantial monetary losses. Businesses and sectors that fall victim to these online frauds may have their reputations ruined.
This article will discuss eCommerce fraud and how to prevent it.
The way we buy and do business has been entirely transformed by commerce. However, the dangers of eCommerce fraud are growing in tandem with the meteoric rise in online shopping.
These hidden threats ruin eCommerce organizations’ profits and reputations. Learning about eCommerce fraud types and how they work can help businesses prevent cybercrimes.
Online shoppers’ faith in businesses is undermined by the terrible crime of identity theft. To commit fraud or make unlawful transactions, hackers use victims’ personal information, such as names, addresses, and credit card numbers, to mimic the victims. Many malicious methods, such as phishing, social engineering, and data breaches, can access this sensitive information.
After gaining access to this vital data, fraudsters can unleash chaos, causing financial catastrophe wherever they go. This sneaky fraud might target eCommerce, subscription, and banking businesses.
The immediate monetary consequences of identity theft can be significant, such as the expense of chargebacks, refunds, and possible fines or penalties levied by regulatory bodies. Investigations into and resolutions of identity theft events, hiring cybersecurity specialists, and implementing extra security measures to avoid future breaches can add to substantial costs for businesses. A company’s bottom line and financial security might take a severe hit from these accumulating expenses, which could cause layoffs, less investment, or even, in extreme circumstances, insolvency.
A company’s credibility and financial line are vulnerable to damage when its customers fall prey to identity theft via its services or platforms. When knowledge of such incidents travels quickly through news outlets and social media, the company’s brand and customers’ trust can be severely damaged. Repairing the brand’s reputation, strengthening security, and promoting your business extensively might be costly, time-consuming, and complex, but it’s worth it if consumers trust your brand again.
When a company steals the identity of its consumers, it hurts the company directly and destroys its customers’ confidence in online buying. Fears of identity theft and financial ruin can make customers wary of providing personal information or purchasing online.
One prevalent form of online fraud is the use of credit cards. Businesses that accept online payments are especially vulnerable to this kind of eCommerce fraud. Credit card details are stolen in this scam by thieves using skimming devices, phishing, or hacking. They acquire unauthorized access to financial and personal data through these illegal means, which they use to their advantage.
Cybercriminals frequently commit credit card theft via hacking techniques by exploiting loopholes in computer systems and networks. They obtain illegal access to critical databases through thorough reconnaissance and sophisticated hacking tools to find and exploit software weaknesses, code defects, or misconfigurations.
The attackers can steal critical information such as security codes, expiration dates, and credit card details once they obtain access. To steal sensitive information covertly, they may infect computers with malicious software such as viruses, worms, or Trojan horses.
However, they might simultaneously attempt a vast number of password combinations to bypass the authentication method. These sophisticated hacking techniques target individuals, businesses, and even banks, making it feasible to misuse countless credit card numbers. Some potential results include significant financial losses, the theft of personal information, and a loss of trust from customers towards the affected firms.
As a kind of social engineering, a phishing attack uses misleading online communications to coerce victims into divulging personal information or login credentials. Criminals who get their hands on this data can use it for whatever they want: making bogus purchases, creating cards that don’t work, or even selling it to other illegal companies.
Chargeback fraud, sometimes called “friendly fraud,” is a sneaky online shopping fraud that frequently goes unnoticed until it’s too late. This happens when a consumer uses their credit card to buy something, but then they go to their credit card provider and dispute the charge, saying they never got the product, it was damaged, or it didn’t match the description.
The motives for this type of fraud might range from simple miscommunication to outright dishonesty. A customer may dispute a charge by saying they never got the product, even though they did; they can also claim the product is flawed or doesn’t match the description, even though it is.
Internet businesses, digital media companies, and subscription services are particularly vulnerable to chargeback fraud and its disastrous effects. Chargebacks and possible fines could cost them money, but they also risk losing good clients and tarnishing their brand.
A particularly heinous form of e-commerce fraud, account takeover occurs when an intruder gains unauthorized access to a customer’s online account. If an attacker wants to get sensitive information out of a target, they can use a variety of techniques, including phishing, data breaches, and brute-force attacks.
After gaining access to an account, a bad guy might wreak havoc by changing mailing addresses, conducting illegal transactions, or even selling the details to other criminal groups. When this kind of deceit occurs, businesses not only lose money, but their reputation also takes a knock.
Online retailers, marketplaces, and subscription services are all vulnerable to account takeover fraud. A loss of funds, chargebacks, or the exposure of private customer information could occur.
One sneaky kind of online fraud is known as “refund fraud,” and it occurs when a criminal pretends to be a customer in order to get their money back for something they didn’t buy or aren’t eligible for. This kind of behavior is also known as return abuse.
Theft and counterfeiting are two examples of the many ways this deceit manifests itself, as is the practice of requesting a refund for an order or product that was never ever placed.
Some dishonest people go so far as to “double-dip,” or get a refund from the store and the credit card company for the same transaction. Not only does this strategy cost the company money, but it also damages customer confidence in the refund process and makes it less reliable.
Due to the reliance on reliable refund policies, online business owners are at a higher risk of being victims of refund fraud. There could be serious monetary losses and harm to reputation if this sort of fraud is not detected and prevented.
These days, many companies use affiliate marketing programs to spread the word about their goods and services; in exchange, affiliates receive rewards from businesses that refer customers or generate traffic. Some affiliates may try to artificially inflate their commission earnings by engaging in fraudulent activities. Therefore, this method is only partially safe.
There are various forms of affiliate fraud, such as click farms, account takeovers, cookie stuffing, ad fraud, fake lead submissions, and brand bidding. The latter involves affiliates bidding on branded keywords for businesses in search engines, while the former involves placing orders through fake accounts.
Not only do these dishonest actions cost the company money, but they also hurt its marketing efforts and cause affiliates to lose faith in the company.
Businesses and customers are both endangered by counterfeit goods. These counterfeit goods are made and marketed to deceive, frequently utilizing a brand name or trademark without the owner’s or manufacturer’s consent.
The effects of this dishonest conduct go well beyond monetary losses; counterfeit goods, especially fake cosmetics, medicines, and electronics, can significantly harm consumers’ health.
The counterfeit product spectrum is extensive from high-end accessories like watches and purses to commonplace necessities like electronics, cosmetics, and medications. The security of online shoppers and their faith in the e-commerce system are both threatened by this pervasive issue, which threatens intellectual property rights.
By taking advantage of the accessibility and anonymity offered by the internet, dishonest individuals sell fake goods online using various strategies. To make their fake goods look real and convincing, they may build phony websites or online shops that offer discounted pricing, take over real listings on big marketplaces, or even utilize stolen photographs, descriptions, and even fabricated reviews or testimonials. Although no company is safe from counterfeiting, certain sectors are more at risk than others. Especially vulnerable are high-value, well-recognized, and consumer-demanded items like electronics, pharmaceuticals, cosmetics, sports equipment, and car parts.
In addition to monetary losses, these industries risk legal liabilities, reputational harm, and product recalls should these counterfeit goods reach consumers.
Staying informed about the newest fraud detection and prevention methods is crucial to keep your online business safe in the face of ever-changing fraudsters.
One method is the Address Verification Service (AVS), which checks for possible instances of credit card fraud by comparing the billing address with the one the credit card company reported. This helps to detect cases of stolen cards or illegal changes to the address.
By keeping tabs on the customer’s IP address and the data linked to their location, geolocation tracking can detect possible fraud when there is a discrepancy between the customer’s actual location and the address used for payment or delivery. Rapid pattern recognition can identify brief increases in orders from a sure client or IP address.
Utilizing algorithms enhanced by machine learning and artificial intelligence, massive amounts of data, such as purchase histories, transaction details, and customer behavior, can be combed to identify potentially fraudulent tendencies. If a customer’s fingerprint does not correspond with their typical behavior or is linked to known fraudulent conduct, an alert will be triggered when the consumer makes an online purchase.
To identify automated scripts or bots used for fraud, behavioral analytics tracks consumer behavior patterns while they shop online. Fraud scoring and risk assessment aim to identify potentially fraudulent transactions by assigning a risk score to each using criteria such as the buyer’s location, purchase history, and payment type.
Online purchases made by customers are safeguarded by biometric authentication methods such as fingerprint or face recognition. By scouring various social media channels, fraud indicators such as the sale of stolen credit card details or talks about fraud techniques can be detected. Businesses, financial institutions, and government agencies can work together to combat online shopping fraud by sharing fraud data and intelligence through collaborative fraud prevention networks.
If you run an online business, you should take precautions against eCommerce fraud by following the advice in this blog. You can safeguard your company from financial losses and provide your consumers peace of mind when they shop online by combining security measures, fraud detection systems, and common sense.
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Wormhole3 is now live on testnet, don't miss the OG role and share the 300 USDT
On August 17th, Wormhole3 launched the testnet. It is expected to go live on the mainnet at the end of September!
Testnet is used for testing and experimentation without risk to real funds or the main chain. To deliver a well-optimized product at the first moment when the mainnet launches, Wormhole3 will launch the testnet first and will continue iterating and improving during the period.
We encourage everyone to participate in testing our testnet product! Click here:How to start Wormhole3?
Beta for Steem users:
What is Wormhole3?
Wormhole3, a decentralized curation platform. Curation, earn, and build on the leading decentralized crypto curation protocol.
Curation markets is a model that allows teams to collaborate more effectively and profit from the value they create together around a common goal.
Using smart contracts, any Web3 project party/DAO/community can mint valuable tokens according to agreed rules without a centralized third party. In other words, the value accumulation of tokens is permissionless, and any particular entity does not control the value creation process of tokens.
The decentralized curation protocol monetizes the web-based on “content, sub-reddits, hashtags, crowds, memes”, increasing the potential for people to coordinate economically on the Internet.
A Bridge between Web2 to Web3
Any user who logs in to Wormhole3 can generate its permission (the only one that is mastered by the user, this permission generates the web3_social key through hash calculation, and uses graphene technology to give it to the Web2 platform (such as Twitter).
Since the authority of the web3_social key is delegated to the Web2 platform, users can use the Web2 platform to control their web3_social account, tweet on the chain, or transfer cryptocurrency on Twitter. At the same time, the user’s Web2 ID, web3_social, and web3 ID also achieve decentralized binding. The user’s Web2 ID can be used as an account that is easy to remember for their web3_social and web3 ID, just as the ens domain name is for the Ethereum account.
How to be the OG role?
How to join us?
Wormhole3 hopes everyone can enjoy the Web3, We’re inspired by those building our decentralized future, it’s time to see what comes!
|
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The SFC has granted multiple licenses since the city opened doors to retail crypto trading last August.
Less than a year after Hong Kong regulators approved crypto exchanges, traditional financial institutions and brokerages alike have been keen to obtain their digital asset licenses for trading.
In January, Chinese stock brokerage Tiger Brokers upgraded its Type 1 Hong Kong Securities & Futures Commission (SFC) to include crypto trading for professional investors and financial institutions based in Hong Kong. In an interview with Cointelegraph, John Fei Zeng, chief financial officer and director of Tiger Brokers, explained that the firm currently has 865,500 funded accounts with a combined $18.9 billion in managed assets.
“Currently, Tiger Brokers (HK) has uplifted its license to trade virtual assets for professional investor clients through a SFC-licensed virtual assets platform and will accept retail clients after SFC’s approval,” said Feng. “Residents of Hong Kong will be able to trade virtual assets such as Bitcoin and Ethereum alongside stocks, options, futures, funds, and ETFs [Through Tiger Trade].”
The firm is currently evaluating additional digital assets, such as altcoins, for listing subject to regulatory approval alongside an international expansion strategy in licensed markets such as Australia, the U.S., Singapore, Hong Kong, the U.K., and New Zealand. Feng stated:
“Other than stocks and options, crypto is becoming an important asset class. It’s hence a natural extension of business as a broker-dealer to add a new asset class, and the underlying Web3 technology is also integrated with Tiger’s fintech background.”
Similarly, last November, Hong Kong brokerage Victory Securities obtained a license from the SFC to offer crypto trading services for retail investors. “According to the company’s data, the amount of virtual asset transactions and the number of new customers in the third quarter of this year more than doubled compared with the previous quarter,” the company said. “In order to encourage new customers to choose compliant and safe virtual asset trading services, we will launch a number of trading discounts [in the future].”
Likewise, licensed Hong Kong crypto exchange OSL partnered with Interactive Brokers on Nov. 28, 2023, for the latter to open Bitcoin (BTC) and Ether (ETH) trading to retail investors through its platform. On Feb. 1, Cointelegraph reported that crypto exchange Bybit had submitted a retail trading license application in Hong Kong. Currently, Web3 firms may need to chime in as much as $25 million to invest in corporate infrastructure and compliance required for license approval.
Related: HashKey Exchange to onboard market makers to boost liquidity
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The Instagram account of fast-food giant McDonald’s, which has more than 5 million followers, was hacked on Thursday, concomitantly with the personal X and Instagram accounts of Guillaume Huin, a senior marketing director at McDonald’s, according to a report from the New York Post.
The hijackers’ crypto scam promoted a fake meme coin on the high-performance blockchain platform Solana, naming the cryptocurrency after McDonald’s iconic purple mascot, Grimace. The posts claimed McDonald’s was distributing “free cryptocurrency.”
The hijacked accounts’ posts included links to phishing websites designed to steal personal and financial information. Hackers also tried to trick users into investing in the fictitious crypto through a website called Pump[.]fun, promising significant returns for relatively small investments.
The hack was claimed by India_X_Kr3w, who said they made $700,000 in the “rug pull” type of scam on the Solana network, which is designed for decentralized cryptocurrencies – the creators of the tokens disappeared after withdrawing the funds from its liquidity pool.
The hackers owned roughly 75 percent of the total Grimace tokens in circulation just before the McDonald’s social media accounts were compromised, as per blockchain data analysis platform Bubblemaps. They sold all their holdings once the token skyrocketed.
The cyber criminals even announced their rug pull scheme earnings in the McDonald’s Instagram bio, thanking followers.
While the full extent of the damage remains unclear, McDonald’s announced acknowledging the “isolated” incident and regaining control of their Instagram account in a statement to the New York Post, apologizing to their followers “for any offensive language posted during that time.”
Cybercriminals hijacked several websites at domain registrar Squarespace between July 9 and July 12, impacting at least a dozen organizations, most of them cryptocurrency businesses, including Celer Network, Compound Finance, Pendle Finance, and Unstoppable Domains.
In June, TikTok acknowledged a security issue that had been exploited for account takeovers of its high-profile accounts. The threat actors compromised the accounts using zero-click attacks via direct messages, including the CNN account.
|
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Abu Dhabi: Your seemingly innocent vacation photos could prove to be a boon for cybercriminals. That’s the stark warning from the UAE Cyber Security Council, which says personal images shared online can be a gateway to cyberbullying, identity theft, blackmail, and other forms of cyber threats.
The council urged the public to ensure protection of personal content and privacy, noting that personal photos can contain valuable information. They warned that data such as age, gender, location, biometric data, job title, medical details, and other individual identifiers could be extracted and exploited by cybercriminals.
To protect sensitive documents and personal information online, the Council recommended:
Keeping paper documents in safe places.
Using strong passwords and updating them regularly.
Using encryption to secure digital documents.
Avoiding sharing sensitive documents online.
Apple device updates
The council also advised users of Apple devices to update the operating systems to the latest version to address security vulnerabilities. They noted that Apple recently issued emergency security updates for its devices.
The Cyber Security Council has enhanced cyber culture in the UAE community by collaborating with national institutions and establishing international cyber partnerships. They launched several national initiatives, including the “Cyber Pulse” initiative, which aims to spread cybersecurity awareness across all sectors of society.
The Council, in cooperation with various national entities, launched an awareness campaign to enhance cybersecurity in the UAE. This campaign urged public and private sector entities to participate in promoting the importance of cybersecurity, contributing to digital security and reducing cyber risks.
Protect your private photos and videos
In another statement, the council stressed that excessive sharing of information, especially private photos and video clips, online indicates a lack of cybersecurity awareness.
To protect their personal memories from cyber risks, it recommended six measures:
Using encryption and strong security features to protect private photos and videos.
Reviewing and updating privacy settings.
Deleting sensitive information attached to private photos and videos.
Avoiding sharing sensitive photos or videos online.
Not activating automatic synchronisation of private visual content in cloud services.
Using strong passwords to prevent account vulnerabilities.
How to avoid theft of personal photos
To avoid the theft of personal photos and videos, the Council advised using secure storage solutions, strong passwords, and multi-factor authentication. They stressed the importance of protecting smart devices in the digital age and provided specific advice for Android and iOS users.
For Android users:
Activate the location feature to secure the device.
Use the Google Play protection feature to ensure the safety of applications.
For iOS users:
Use a strong and unique password for the Apple account.
Enable two-factor authentication.
Ensure automatic iOS updates are enabled.
Regularly review the list of devices linked to the iCloud account.
The council warned that many people fall victim to hacking operations targeting personal information, private photos, and banking details due to user mistakes. They highlighted the risks of storing photos, such as those of passports and bank cards, can lead to extortion if stolen.
Kaspersky, a cybersecurity company, noted that personal data breaches occur regularly. They warned that unprotected information and credentials could be used maliciously, causing serious damage, including identity theft and illegal financial transactions.
The fake Chrome scam
In 2022, Kaspersky’s security team warned against using a fake version of the popular Chrome web browser, as it was considered a new scam used to steal private and personal photos. The attack began with a text message about an undelivered package, leading victims to download fake apps like Chrome.
|
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{
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Toronto school board confirms students’ info stolen as LockBit claims breach
The Toronto District School Board (TDSB) confirmed this week that the information of students was involved in a ransomware attack discovered in June.
TDSB initially said the cybercriminals targeted a technology testing environment that is separate from the board’s official networks. The school board is the largest and most diverse in Canada and manages 582 schools for about 235,000 students.
In an update on Thursday, TDSB confirmed that an unstated number of students from the 2023/2024 school year did have information in the test environment. That information includes a student's name, school name, grade, school email address, student number and date of birth.
TDSB claimed its cybersecurity team and external experts told them that the risk to students “is low and that they have not seen any public disclosure of student data as part of their investigations, which includes monitoring of the dark web and other online locations.”
TDSB did not respond to requests for comment about the LockBit posting.
The school board defended its response to the attack in a letter to parents this week, arguing that it took a range of steps to improve their security while also coordinating with law enforcement on an investigation.
TDSB said it was advised by the Office of the Information and Privacy Commissioner of Ontario to make the announcement about the data leakage so that people can file complaints with the office.
LockBit’s claim of attacking TDSB comes as the ransomware gang attempts to revive itself yet again following a law enforcement takedown in February.
The group posted dozens of victims on Thursday alongside TDSB — with experts noting that many of the posts are either full of erroneous information or involve victims that do not exist. Some of the victims are from past attacks or from attacks claimed by other groups.
Two Russian nationals pleaded guilty in July to being members of LockBit and using its ransomware to extort money from victims around the world.
is a Breaking News Reporter at Recorded Future News. Jonathan has worked across the globe as a journalist since 2014. Before moving back to New York City, he worked for news outlets in South Africa, Jordan and Cambodia. He previously covered cybersecurity at ZDNet and TechRepublic.
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Secure dynamic bits standard scheme in private cloud environment Online publication date: Wed, 05-Oct-2022
by Ghanshyam Gagged; S.M. Jaishakti
International Journal of Internet Protocol Technology (IJIPT), Vol. 15, No. 3/4, 2022
Abstract: Cloud computing is progressively prevalent prototype for retrieving the resources. This paper suggests secure dynamic bit's standard (SDES) algorithm for transferring the data among Cloud Service Provider (CSP), Data Provider (DP), and Data User (DU). Once the data provider uploads files, it automatically uploaded to a local upload folder. Then, a process of encryption is initiated using SDES algorithm; the encryption time taken was 0.003 seconds and this encrypted file is uploaded into Dropbox. Before uploading the file into Dropbox, an auto resource allocation process is initiated, cloud service provider can able to decide whether the data provider file is approved or rejected. If approved those files are visible to the data users, otherwise, the files are blocked. To download the files, the data user is utilised to send the private key request to the cloud service provider then only data user can be able to download the files.
If you are not a subscriber and you just want to read the full contents of this article, buy online access here.Complimentary Subscribers, Editors or Members of the Editorial Board of the International Journal of Internet Protocol Technology (IJIPT):
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"Organizations Fail to Log 44% of Cyber Attacks, Major Exposure Gaps Remain"
According to Picus Security, 40 percent of tested environments enabled attack paths leading to domain admin access. Since domain admin access is the highest level of access within an organization's Information Technology (IT) infrastructure, it is like giving attackers a master key. Based on the analysis of over 136 million cyberattacks simulated by the Picus Security Validation Platform, the company's report shows that, on average, organizations prevent 7 out of 10 attacks. However, threat exposure management gaps can allow attackers using automation to move laterally through enterprise networks, putting organizations at risk of significant cyber incidents. Organizations' detection tools logged 56 percent of simulated attacks, and only 12 percent triggered an alert. This article continues to discuss key findings from Picus Security's report on the state of exposure management.
Submitted by grigby1
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|
This month's featured article
Creation of a Healthy Cyber Ecosystem
YANO Makoto President, RIETI
Fiscal 2019 marks the final year of RIETI's fourth medium-term plan covering the four-year period beginning in April 2016. The main goal of this plan is to determine the relationship between emerging industrial technology—as seen in the Fourth Industrial Revolution and exemplified by artificial intelligence (AI)—and society, with an eye on developing a leading global center of excellence for social science research regarding AI. The Ministry of Economy, Trade and Industry (METI) defines the term "Fourth Industrial Revolution" as the process of incorporating new information technology—AI, Internet of Things (IoT), big data analytics, and so forth—into society, and using it as a driver to promote the development of the economy and society.
We must look into the future beyond these trends, and it was with that intention that RIETI established a study group to examine the future prospects of blockchain technology in 2018. We invited not only engineers and business people working at the forefront of the development and commercialization of the constantly evolving blockchain technology, but also lawyers and administrators well-versed in the field, to join the group, and we have been considering how blockchain technology can be industrialized and what social systems will be needed to support the process.
To read the full text
Recent articles on RIETI's website
"What's behind the food self-sufficiency "crisis"?"
by YAMASHITA Kazuhito (Senior fellow,RIETI)
"Expansion and Prolonging of U.S.-China Trade Friction—Conspicuous Trend of Decoupling"
by Chi Hung KWAN (Consulting Fellow, RIETI)
"Propagation of economic shocks through supply chains"
by INOUE Hiroyasu (Associate Professor, Graduate School of Simulation Studies, University of Hyogo) / TODO Yasuyuki (Faculty Fellow, RIETI)
"Why the farm vote still matters in Japan"
by YAMASHITA Kazuhito (Senior fellow, RIETI)
"Costs of employment and flexible labour demand: Evidence from maternity and parental leave reforms"
by ASAI Yukiko (Postdoctoral Researcher, University of Chicago; Adjunct Researcher, Waseda University)
"Oil Prices and the U.S. Economy: Evidence from the Stock Market"
by Willem THORBECKE (Senior Fellow, RIETI)
"The Importance of Long-Term Perspectives in Policy Making: Examples of Policy Proposals by the T20 SME Policy Task Force"
by SEKIGUCHI Yoichi (Senior fellow, RIETI)
Fellow titles and links in the text are as of the date of publication.
For questions or comments regarding RIETI Report, please contact the editor.
*If the "Send by mailer" button does not work, please copy the address into your email "send to" field and connect the prefix and the suffix of the address with an "@", sending it normally.RIETI Report is published bi-weekly.
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3rd November 2022, Kathmandu
The website of the Public Service Commission of Madhesh state has been hacked. The hacker has placed promotional materials for cryptocurrencies on the website.
After opening the website, when trying to skip the information placed there, the site is redirected to a page with promotional content about cryptocurrency.
Similarly, while tapping on various other categories, the page is redirected to a site containing crypto and various advertisements.
If any website link redirects to an irrelevant site, it should be understood as hacked. Hackers tend to hack government sites to leak data and use it for criminal activities.
As the site is hacked, the data of users and public services are at risk. Not only the data of the site but also other sensitive data of the common users who open the link can get into the hands of the hacker. , Hackers hack the official website and redirect it to spam or phishing links, thereby putting other user data at risk.
As this website has been hacked, users are suggested not to open the site by any means. After the ban on cryptocurrencies in Nepal, the trend of hacking YouTube channels and websites and promoting them is increasing day by day.
The Commission is investing in the matter and trying to get the site back.
|
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In today’s digitally connected world, the rise of artificial intelligence (AI) has brought about not only innovative solutions but also new avenues for fraudsters to exploit. AI voice scams, in particular, have become increasingly prevalent, posing a significant threat to individuals’ financial security. Here at Refundaroo, we understand the importance of staying informed and equipped to combat these evolving scams. Let’s delve deeper into the nature of AI voice scams and explore effective strategies to safeguard yourself against them.
Understanding AI Voice Scams
AI voice scams involve cybercriminals using sophisticated AI technology to impersonate trusted individuals, such as family members or financial institutions, with the aim of deceiving victims into divulging sensitive information or transferring money. These scams often exploit the emotional vulnerability of victims by creating a sense of urgency or fear, making it more likely for individuals to comply with the scammer’s demands.
The Threat of Caller-ID Spoofing
One prevalent tactic used in AI voice scams is caller-ID spoofing, where scammers manipulate caller identification systems to display a familiar phone number, often that of a relative or a financial institution. This deceptive practice aims to instill a false sense of trust and urgency in the victim, increasing the likelihood of compliance with the scammer’s demands.
Spotting Red Flags
Recognizing the signs of an AI voice scam is crucial for protecting yourself from financial fraud. Here are some common red flags to watch out for:
- Unexpected Financial Requests: Be cautious of unsolicited phone calls or messages requesting urgent financial action, especially if they involve transferring money or providing sensitive information.
- Inconsistencies in Communication: AI-generated voices may exhibit inconsistencies in speech patterns or provide contradictory information. If something feels off or doesn’t align with your expectations, trust your instincts and proceed with caution.
- Use of Cryptocurrency: Scammers often request payment in cryptocurrency, such as Bitcoin or Ethereum, due to its perceived anonymity. Exercise caution when dealing with requests for cryptocurrency payments, as they are difficult to trace and may indicate fraudulent activity.
Refundaroo’s Support and Solutions
At Refundaroo, we’re dedicated to empowering individuals with the knowledge and resources needed to protect themselves from AI voice scams. Our team of experts works tirelessly to stay ahead of emerging threats and provide comprehensive support to victims of financial fraud.
Safe Word Strategy: One effective strategy recommended by Refundaroo is establishing a unique safe word or passphrase with your loved ones. By sharing this offline password in person, you can verify the authenticity of emergency requests for money over the phone, thereby thwarting potential scammers.
Vigilance and Awareness: Stay vigilant and informed about the latest scamming techniques and trends. Keep abreast of news and updates related to AI voice scams, and remain skeptical of unsolicited communications, especially those requesting sensitive information or financial transactions.
Reporting and Recovery: If you suspect that you’ve been targeted by an AI voice scam, report the incident to the relevant authorities, such as the Federal Trade Commission (FTC) or your local law enforcement agency. Additionally, seek assistance from Refundaroo to explore options for recovering any financial losses and mitigating future risks.
Taking a Stand Against Scams
Refundaroo has been successful in helping individuals caught in caller-ID spoofing and other AI voice scams by working closely with authorities globally. Our collaborative efforts aim to not only assist victims in recovering their losses but also to combat cybercriminals and prevent future incidents of fraud.
AI voice scams represent a significant threat to individuals’ financial well-being, but with the right knowledge and proactive measures, you can protect yourself from falling victim to these fraudulent schemes. By staying informed, remaining vigilant, and leveraging the support of organizations like Refundaroo, you can safeguard your assets and navigate the digital landscape with confidence. Remember, when it comes to financial security, prevention is key.
Refundaroo has been instrumental in helping victims of spoofing scams recover their losses and regain peace of mind. If you believe you’ve been affected by an AI voice scam or caller-ID spoofing, don’t hesitate to reach out to Refundaroo to see if you have a claim. Our dedicated team is here to assist you every step of the way.
At Refundaroo, we understand how challenging it can be to stay safe online, especially with the rise of AI-driven phishing scams. Phishing emails, which pretend to be from trustworthy sources to steal your information, are becoming more advanced and harder to detect, thanks to AI tools. These deceptive messages often create a sense of urgency, tricking users into revealing sensitive information or clicking on malicious links.
Research shows that 60% of people fell for AI-automated phishing, similar to the success rate of human-made phishing attempts. More concerning is that AI can now automate the entire phishing process, cutting the costs of these attacks by over 95% while being just as effective. The five steps of phishing—finding targets, gathering information, creating emails, sending them, and improving them—can all be automated with AI tools like ChatGPT and Claude, making phishing cheaper and more effective.
We expect phishing attacks to increase significantly in both quality and quantity. The risk varies across industries and organizations, so it’s crucial to assess the level of phishing protection needed.
Using AI to create phishing emails
Phishing emails come in two types: spear phishing and traditional phishing (or “spray and pray”). Spear phishing targets specific individuals with personalized messages, making these attacks expensive and time-consuming but very effective. Traditional phishing sends generic messages to many people.
We tested how AI changes the phishing process by comparing three types of phishing emails:
- Automated Emails: Created using GPT-4 with prompts like “Create an email offering a $25 Starbucks gift card to Harvard students, using no more than 150 words.”
- Manual Emails: Crafted by human experts using the V-Triad method, which uses psychological tricks.
- Semi-Automated Emails: Generated by GPT-4 and then refined by human experts.
The results showed that AI-generated emails had a click-through rate of 37%, V-Triad emails 74%, and semi-automated emails 62%. These findings suggest that AI makes spear phishing cheaper while maintaining or improving its success rates. As AI continues to improve, it may soon surpass human capabilities in creating deceptive emails.
Using AI to detect phishing emails
While AI helps phishing attacks, it can also help detect them. We tested four AI models (GPT-4, Claude 2, PaLM, and LLaMA) to identify phishing emails and provide recommended actions. Each model was given 20 phishing emails and four legitimate emails.
Our findings show that AI can effectively detect phishing emails, though their performance varies. Some models, like Claude, were particularly good at identifying malicious intent even in subtle phishing attempts, sometimes outperforming human detection rates. However, the accuracy of these models can fluctuate based on how questions are phrased and whether they are primed for suspicion.
Additionally, AI provided valuable recommendations for responding to phishing attempts, such as verifying offers through official company websites. This suggests AI could create personalized spam filters that detect suspicious content based on user behavior.
How businesses should prepare
To combat the growing threat of AI-enabled phishing attacks, we recommend three key actions for business leaders, managers, and security officials:
- Understand AI-Enhanced Phishing: AI greatly helps attackers by making it easier to exploit people’s weaknesses than to train and educate them.
- Assess Your Phishing Risk: Evaluate your organization’s risk level and conduct a cost-benefit analysis to determine the necessary level of phishing protection.
- Review Your Phishing Awareness: Evaluate your current security measures and decide if more resources are needed for phishing protection.
Levels of phishing protection
- No Training: No phishing training or incident response plan.
- Basic Awareness: Some training and basic policies for reporting phishing attempts.
- Intermediate Engagement: Regular training, a dedicated manager, and thorough incident response plans.
- Advanced Preparedness: Monthly training, high employee satisfaction with training, experienced management, and a rehearsed incident response plan.
AI, especially large language models, is significantly enhancing phishing attacks, leading to an increase in both their quality and quantity. As AI makes it easier to create and scale personalized phishing attacks, organizations must raise awareness and strengthen defenses to stay ahead of these evolving threats. Managers need to accurately classify their organization’s threat level and take appropriate actions to protect their employees and data from the next generation of sophisticated phishing attacks. If you’ve fallen victim to a phishing attack, reach out to us. We specialize in recovering funds and are actively working on implementing advanced security measures to prevent future scams. Stay safe and remember, if something feels off, it’s always best to verify before you act.
Text-message phishing scams, known as “spoofing,” are evolving rapidly, posing a significant threat to individuals’ financial security. With cybercriminals leveraging AI to craft convincing messages from seemingly trustworthy sources like your bank, it’s crucial to stay vigilant and arm yourself with knowledge to avoid falling victim.
The FBI’s latest Internet Crime Report highlights the severity of the issue, revealing nearly $19 million in losses from phishing scams in 2023 alone. As these scams become more sophisticated, it’s essential to recognize the signs of fraudulent texts and take proactive steps to protect yourself.
If you receive a text message from an unfamiliar number claiming to represent your bank, proceed with caution. These messages often alert you to suspicious activity in your account and prompt you to click a link to verify your identity. However, clicking on such links and providing personal information could grant fraudsters access to your bank account.
To discern whether a text message from your bank is genuine, consider if you’ve opted to receive text notifications from your bank. Log in to your bank account via its official website to review your communication preferences. If you haven’t enabled text notifications, be wary of messages purportedly from your bank and report them immediately.
Authentic messages from banks never solicit personal or confidential information via text. They also refrain from urging immediate action or requesting money transfers or purchases. Instead, they adhere to security and privacy policies outlined on the bank’s official website.
If you’ve consented to receive text messages from your bank, there are several red flags to watch out for. Scam messages often induce panic by insisting on immediate action or claim to offer prizes or rewards for contests you didn’t enter. They may also include links that resemble your bank’s official website but have minor alterations.
In response to a suspicious text message, refrain from clicking any links and contact your bank directly using the number provided on your card or its official website. Avoid engaging with the number provided in the text message, as it may lead to further exploitation of your personal information.
If you’ve received a text message for a banking scam, take a screenshot for reporting purposes and delete the message immediately. Report the suspicious text message to both your bank and the Federal Trade Commission (FTC). If you’ve engaged with the message, such as clicking a link or providing personal information, contact your bank’s fraud or security department immediately.
To report the phishing attempt to the FTC, forward the message to 7726 (SPAM). Alternatively, use ReportFraud.ftc.gov to report the scam.
As part of our commitment to combating fraud, Refundaroo has been actively assisting victims in reclaiming their lost funds. If you’ve fallen victim to a bank spoofing scam or any other fraudulent scheme, don’t hesitate to contact Refundaroo to determine if you have a case.
Ray Belcher, a 41-year-old civil servant from Dallas, was lured into an investment scam by a too-good-to-be-true opportunity allegedly endorsed by famous American footballer Tom Brady. However, thanks to the intervention of Refundaroo, Belcher’s story transformed from one of deceit to redemption.
The tempting opportunity: Upon learning of his impending fatherhood, Belcher sought additional means to support his growing family. A social media advert claiming endorsement by Tom Brady caught his eye, leading him to explore the investment opportunity further.
The deceptive scheme unfolds: Engaging with the investment platform, Belcher was assigned an “account manager,” Marcus, who guided him through the registration process. Initially investing $250, Belcher was lured into depositing more substantial amounts as Marcus promised higher returns with increased investments.
Realization of fraud: As Belcher’s account balance ballooned, attempts to withdraw his funds unveiled the scam’s true nature. He was instructed to reinvest 50% of his balance to access his earnings, prompting suspicion and concern.
Seeking legal aid: Despite encountering skepticism from his bank, Belcher turned to Refundaroo for assistance. Refundaroo’s unwavering dedication and expertise in navigating the complexities of financial fraud empowered Belcher to take decisive action against the perpetrators of the scam. With their comprehensive investigation and legal support, Refundaroo not only provided Belcher with a glimmer of hope but also paved the way for the recovery of his hard-earned money.
Legal intervention and recovery: Refundaroo meticulously examined Belcher’s case, revealing the bank’s negligence in preventing the scam. Despite encountering initial skepticism from the bank, Refundaroo’s relentless pursuit of justice and legal expertise ultimately led to Belcher successfully reclaiming $7,300 of his lost funds.
Insights and Advice: Claudia Cardoso, co-founder of Refundaroo, emphasized the increasing sophistication of scams and the necessity of legal support for victims. She advocated for stricter regulations on cryptocurrency exchanges and platforms to prevent further financial losses.
Final Thoughts: Belcher’s ordeal underscores the prevalence of scams leveraging celebrity endorsements and the importance of remaining vigilant online. As scams grow in complexity, legal assistance becomes essential in combating fraud and reclaiming lost funds.
In conclusion, Refundaroo’s success in recovering Belcher’s funds serves as a beacon of hope for victims of deception. With diligent legal support, victims can navigate the complexities of financial fraud and emerge victorious against deceitful schemes.
Refundaroo is proud to stand with consumers against the rising tide of social media scams, as revealed in the recent Federal Trade Commission (FTC) report. According to the findings, Americans have suffered losses totaling $2.7 billion from social media scams since 2021. As an advocate for consumer protection, Refundaroo is committed to aiding victims and contributing to the fight against online fraud.
The FTC report underscores the alarming prevalence of scams on social media platforms, with a significant number of cases going unreported. Emma Fletcher, a senior data researcher at the FTC, highlighted the deceptive tactics employed by fraudsters, including the creation of fake profiles and the hijacking of existing ones to target unsuspecting users and their networks.
Refundaroo recognizes the need for proactive measures to combat social media scams and protect consumers from financial harm. Our team is dedicated to assisting victims of online fraud, providing guidance, support, and resources to help them navigate the recovery process. We understand the distress and frustration that come with falling victim to scams, and we are here to offer a helping hand.
Through our platform, Refundaroo empowers consumers to take action against scammers and reclaim their losses. We offer personalized assistance tailored to each individual’s situation, guiding them through the necessary steps to report the scam, seek refunds, and safeguard their financial interests.
Here is how Refundaroo helps fight fraudsters:
- Refund Recovery Assistance: Refundaroo offers comprehensive support to victims of social media scams, guiding them through the process of seeking refunds for fraudulent transactions.
- Scam Reporting Guidance: Our team assists individuals in filing reports with relevant authorities, such as the FTC, to ensure that scammers are held accountable for their actions.
- Financial Recovery Strategies: We provide personalized strategies to help victims recover their financial losses, including dispute resolution tactics and chargeback procedures.
- Scam Awareness Education: Refundaroo educates consumers about the latest social media scam trends, empowering them to recognize red flags and avoid falling victim to fraudulent schemes.
- Fraud Prevention Resources: We equip individuals with the knowledge and tools needed to protect themselves from online fraud, including tips on privacy settings, secure payment methods, and verifying the legitimacy of online sellers.
- Advocacy and Support: Refundaroo advocates for stronger consumer protections and works to raise awareness about the prevalence of social media scams, advocating for policy changes to enhance online safety.
In addition to supporting victims, Refundaroo is actively involved in raising awareness about social media scams and educating consumers on how to recognize and avoid fraudulent schemes. We provide valuable insights, tips, and resources to help individuals stay vigilant and protect themselves from falling prey to online fraudsters.
As cybercriminals continue to evolve their tactics, Refundaroo remains vigilant in its mission to combat social media scams and safeguard consumers’ financial well-being. We urge anyone who has been affected by a social media scam to reach out to us for assistance.
Refundaroo’s ongoing campaign to crackdown on fraudsters’ access to the iSpoof app has yielded significant progress. Recently, Tejay Fletcher, the mastermind behind the multimillion-pound fraud website iSpoof, was sentenced to 13 years and four months in jail. This website allowed scammers to deceive individuals into disclosing their bank details by posing as representatives from various official bodies.
Fletcher’s operation resulted in substantial losses, with frauds enabled by iSpoof in the UK alone exceeding £43 million, and total global losses estimated to be over £100 million. Despite his remorseless actions, justice prevailed, and Fletcher was held accountable for his crimes.
Refundaroo has been at the forefront of the fight against such fraudulent activities, actively supporting victims in reclaiming their lost funds. If you’ve been victimized by someone impersonating your bank or fallen prey to any other fraudulent scheme, don’t hesitate to reach out to Refundaroo. Our team is dedicated to assessing the potential for reclaiming your funds and providing you with the support you need during this challenging time.
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The hackers behind REvil, Netwalker, and Conti ransomware have once again posted personal and protected health information they claim to have stolen from three providers in separate, targeted cyberattacks in an effort to leverage a ransom demand from the victims.
The latest data leaks demonstrate the prolific nature of the double extortion attack method, where an attacker gains a foothold onto a network, stealthily moving across the network through connected devices, and stealing data along the way.
Once the hackers find the perfect timing, the ransomware payload is launched. If the provider refuses to pay the ransom demand, the hacking groups then post “proofs” of the data exfiltrated from victims to strongarm victims into paying a ransom to return the stolen data.
If the victim agrees to negotiate a payment, the data is allegedly returned, and the proofs are then taken down from the dark web posting. When a victim refuses to negotiate, the hackers will continue to leak data and wait for payment from either the victim or another attacker to pay for the data lot.
The latest dark web postings show data allegedly stolen from Beacon Health Solutions, Wilmington Surgical Associates, and Riverside Community Care.
Beacon Health Solutions
REvil hackers posted more than 600GB they claim to have stolen from Beacon Health Solutions, a HIPAA business associate that provides business process outsourcing solutions, as well as integrated health benefits and claims administration solutions.
According to the screenshots shared with HealthITSecurity.com, the hackers hacked and encrypted all servers and working computers of the vendor. They allegedly exfiltrated a wide range of sensitive information, including personal details, financial documents, Social Security numbers of clients, bank documents, and phone records.
The proofs contain scanned medical licenses, including one from Aeroflow Healthcare in North Carolina – complete with faculty IDs and license number. Another proof is a scanned accreditation certificate from a California provider.
Some of the posted files refer to call center tickets, daily assignments, policy documents, terminations, all beacon clients, enrollment documents, and supervisor details. Other files refer to inventory lists, network and server information, computer drier details, and even server project information.
The dark web posting shows a schedule for planned leaks in 10, 60GB increments.
REvil hackers were behind the massive hack on California-based 10x Genomics in April, claiming to have stolen 1TB of data in the attack. The threat actors were also behind extortion attempts on insurer National Western Life, and Valley Health System in West Virginia, among others.
Wilmington Surgical Associates
NetWalker attackers allegedly claim to have stolen about more than 13GB of data from Wilmington Surgical Associates. One proof shared with HealthITSecurity.com is about 4.83GB, containing at least 4,266 files and 478 folders from the North Carolina specialist.
The files are named “Return DHHS Checks”, “2019 Photos”, “AdminScans”, “Dr Pictures”, “FORMS”, “Ins.Scan”, “Medicare Incentives”, “Vascular Lab”, and a host of other labels that appear highly sensitive in nature.
Another lot contains 1.79GB of data, with 3,702 files and 201 folders, with what appears to be a range of employment files, while another lot names “Year End” includes 2.18GB of data with 11,249 files and 666 folders. There is also a lot of financial files that includes 5.57GB with 4,092 files in 226 folders.
NetWalker hackers notoriously target the healthcare sector, with the FBI warning in July that the group was rapidly increasing their targeted attacks. The most notable attack in healthcare was against the University of California San Francisco, which paid NetWalker actors $1.14 million to release data stolen from its School of Medicine servers in June.
Riverside Community Care
On October 21, Conti threat actors posted data they claim to have exfiltrated from Riverside Community Care in Massachusetts, a behavioral healthcare and human services provider, including child and family services.
The proofs shared with HealthITSecurity.com include files with PDFs of driver’s licenses and incident reports, as well as employment information and documents. At the time of publication, the data lot had already been viewed by 19 individuals.
Most recently, Conti threat actors posted data allegedly taken from West End Medical Center, now operating as Family Health Centers of Georgia, a nonprofit community health center and primary care medical home. The data was taken down shortly after it was published, presumably as the parties negotiated a fee.
Double Extortion Threat
The Maze hacking group were the first to popularize the double extortion attack method. But other hacking groups quickly took to the extortion method, such as Sodinokibi and Pysa. The attacks focus on ensuring a payout for all successful hacks.
The last month alone has seen dozens of these attacks, which federal agencies previously warned are becoming increasingly popular with nation-state actors.
Microsoft recently reported that hackers are rapidly increasing the sophistication of their attack methods to improve the impact of successful hacks, while ransomware continues to be the dominate threat.
These threat actors are primarily leveraging phishing emails, brute-force attacks on the remote desktop protocol (RDP), and virtual private networks (VPNs).
Healthcare organizations must heed recent alerts to patch vulnerabilities, as hacking groups are actively scanning for open, vulnerable endpoints to find footholds onto victim networks. Routine monitoring is also crucial to quickly detecting successful hacks, while improve password management should be a top priority to defend against the rise in credential theft via phishing campaigns.
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Wall Street Market Darknet Review
If your personal information is stolen, monitor your credit report for unauthorized activity or accounts. You can also freeze your credit report for a year after you have been a victim of a data breach. This ensures credit reporting agencies will not provide your credit report if anyone tries to open a new loan or credit card account in your name.6.
- Daniel offers us free hosting and mailbox or clearnet domain on request.
- He recommends verifying market employees carefully, and to weed out law enforcement infiltration through barium meal tests.
- It’s therefore crucial that enterprise defenders constantly follow these trends to ensure that they understand threat actors and their TTPs, allowing them to continually be a few steps ahead of cybercriminals.
KillNet’s Telegram forum is a different form created by managing multiple chat groups from the same hand; this forum also includes a market that offers the same services. The Infinity Forum launched in January 2023 as a forum founded by Killmilk, the former leader of the KillNet threat group, and comprised of members of Russian hacktivists and threat actors. Infinity, which researchers traced back to November of the previous year, was a Telegram group.
Exploring the Best Darknet Market 2024
The darknet has become an intriguing part of the internet, offering a variety of goods and services that are often illegal and unregulated. As we move into 2024, identifying the best darknet market 2024 is essential for anyone interested in exploring this hidden realm. Let’s take a closer look.
Whether on the clearnet or the dark web, using search engines and other browsing tools can lead to data leaks that expose your search history and other personal information. That’s why it’s important to use online security tools that protect your personal data. If you go premium, you’ll lose the ads and gain additional data insights and access to historical versions of websites. Haystak is one of the best dark web search engines on the Tor network. Google may be synonymous with online search but the internet is much larger than a single search engine. The vast majority of the web lies hidden, unindexed on traditional search engines.
And it’s not just a deep web search engine — DuckDuckGo works for surface websites, too. A dark web search engine is an online tool designed to find websites on the unindexed part of the internet known as the dark web. Dark web websites are not listed on regular search engines, but dark web search engines can help you find them. Dark.fail is a convenient platform that allows you to monitor the uptime of various .onion websites.
Archive.today is considered an important tool to track changes across government and corporate websites, preserve cultural heritage, and keep knowledge outside of autocrats’ reach. You can archive any site you want, or retrieve historical records wherever available. If you wanted to become a seller on the website, entry is open, and the marketplace will take a 2% commission on every sale with a vendor bond varying between the $0 and $250 mark.
Using the Tor browser makes it harder for third parties to see the websites and mail services you’re visiting. Moreover, if ProtonMail gets blocked in your country, Tor can circumvent this block. Unfortunately, Daniel took its list of onion links offline in August 2023, as it proved too time-consuming to keep track of everything dark web for one person. However, you can still find some interesting and fun blog entries and tech tutorials on the website.
What to Look for in the Best Darknet Market 2024
When searching for the best darknet market 2024, consider the following criteria:
- Reputation: Look for markets with a strong track record and positive user reviews.
- Security: Prioritize platforms with robust security measures like PGP encryption.
- Variety of Goods: The best markets offer diverse products, catering to various needs.
- User Interface: A straightforward and user-friendly interface enhances the shopping experience.
- Customer Support: Reliable support services can assist users in navigating the market.
Top Contenders for the Best Darknet Market 2024
Several darknet markets are gaining attention in 2024, including:
- Market A: Known for its extensive range of digital products and anonymity protocols.
- Market B: This platform emphasizes user security and has a strong reputation.
- Market C: A newcomer with innovative features and competitive pricing.
- Market D: Focuses on a specific niche, attracting dedicated buyers and sellers.
Safety Precautions for Using the Best Darknet Market 2024
Engaging with darknet markets poses risks. Adopting safety measures is crucial:
- Use a VPN: Always browse through a VPN for an additional layer of security.
- Stay Anonymous: Use anonymous payment methods like cryptocurrencies.
- Research: Always read reviews and check the reputation of sellers before making a purchase.
Frequently Asked Questions (FAQs)
What is a darknet market?
A darknet market is an online platform located on the darknet where users can buy and sell goods or services, often involving illegal items.
How do I access darknet markets?
You need special software like Tor to access darknet markets, ensuring anonymity while browsing.
Are darknet markets safe?
While some markets implement stringent security measures, risks still exist. Practicing safe browsing is essential.
What are the common products found on darknet markets?
Common products include drugs, counterfeit documents, hacking services, and illegal firearms.
The best darknet market 2024 provides a unique blend of anonymity and product diversity. Keep in mind the inherent risks and safety measures while exploring these markets. Always prioritize your security and make informed decisions while navigating the darknet’s intriguing landscape.
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From a fundamental perspective, why did Grayscale choose Sui?
On August 7, Grayscale announced the launch of two new trust funds, Grayscale Sui Trust and Grayscale Bittensor Trust. Grayscale Sui Trust will only invest in Sui network native token SUI. This is the second time that Grayscale has chosen to launch a special investment product around a single Layer 1 after popular Layer 1s such as Bitcoin, Ethereum, Solana, and Filecoin.
At the same time, the price of SUI also saw a rapid rise, doubling in a single week, reaching a peak of 1.185 USDT. The strong secondary performance has made many community investors begin to wonder whether Sui can play a role similar to Solana in the previous cycle and lead Layer 1 to a new round of breakthroughs .
In the eyes of many people, SUIs recent strong performance can be mainly attributed to Grayscales favor, but we tend to believe that Grayscales choice of Sui is only a result rather than a cause. The fundamental reason for Suis rise is that the fundamentals of the ecosystem are continuing to improve at a very fast pace, and this development trend has become increasingly difficult to be ignored by the market – the improvement in fundamentals was eventually transmitted to the coin price, and this sign was captured by Grayscale in advance, and its actions in turn further promoted the development of the original trend. 聽
Core data, strong outbreak
Earlier in July, Sui Foundation officially released the first DeFi business development report in the history of the ecosystem, The State of Sui DeFi. 聽
The report explains the natural adaptability of Sui network architecture and Move language to DeFi business; summarizes the achievements of the DeFi ecosystem since the launch of the mainnet, including network activity, liquidity scale, application ecosystem categories, etc.; in addition, the report also specially selects a number of native projects with the most representative and growth potential in the Sui ecosystem, which can provide a more reference interactive map for users who are interested in experiencing the ecosystem.
Odaily Note: Since the report officially released by Sui only covers up to March 2024, in order to present more timely data conclusions, we will re-verify Suis report card based on the latest data below.
With the emergence of various emerging concepts of Layer 1 and Layer 2, the competition in the underlying network is becoming increasingly fierce. However, against such a backdrop, Sui still delivered a very impressive answer.
The report summarizes the data performance since the launch of Sui mainnet in three major sections: liquidity, trading volume, and capital volume. Liquidity mainly focuses on the total TVL scale of Sui ecosystem, which represents the depth of DeFi market in Sui ecosystem. Trading volume mainly focuses on the spot and derivative trading volume of Sui ecosystem, which represents the activity of DeFi market in Sui ecosystem; capital volume mainly focuses on the asset categories of Sui ecosystem, which represents the asset richness of DeFi market in Sui ecosystem.
First, let鈥檚 look at the most valuable liquidity data. DefiLlama data shows that as of August 14, the total TVL of Sui Ecosystem was approximately US$626 million. Although there has been a certain decline since the overall market correction (peak of US$750 million), the overall growth rate in 2024 still remained over 100%.
As shown in the figure above, if we compare the TVL fluctuation trend of Sui Ecosystem in 2024 with other mainstream Layer 1/Layer 2, it is not difficult to see that Suis growth trend is also the strongest. Among all mainstream networks with TVL exceeding US$500 million, Sui Ecosystem has topped the list in terms of growth in the past month, far better than many other popular networks.
In addition, Grayscale also mentioned another indicator that is more valuable for investment reference – the market value/TVL ratio of the Sui network is only higher than Tron among all mainstream networks, and far lower than other popular networks. This means that the current SUI token has a higher investment cost-effectiveness in the Layer 1/Layer 2 track.
Next, lets look at the transaction volume. This data represents whether DeFi participants are willing to use on-chain liquidity and can be used to effectively test network activity. The report mentioned that as of the end of March, Suis on-chain transaction volume also ranked among the top ten in the market. By verifying the latest data from DefiLlama, Sui is still in the top ten. As of the time of writing, Suis on-chain daily transaction volume was reported at US$59.58 million, and its weekly transaction volume was reported at US$424 million, an increase of 22.48% over the previous week. It is the only network among the top ten networks that maintained an increase this week.
Finally, lets look at the amount of funds. Although this data is not as commonly used for market analysis as TVL and transaction volume, it can be used as a very accurate indicator to evaluate the development trend of ecological sub-projects . From the figure below, we can clearly see that although stablecoins have always been the largest asset category on the Sui network (Note: mainly stablecoins using Wormhole bridges), the SUI token itself and ecological native tokens including CETUS, NAVX, etc. have shown a clear trend of share erosion – DefiLlamas latest data also shows that the value of stablecoins on the Sui chain has dropped to about 50% – this means that in addition to SUI itself, the native tokens issued by its ecological protocol are also realizing price discovery simultaneously.
The underlying advantages are beginning to show their edge
The fundamental reason why Sui can ensure the continuous development of its own business during the relatively sluggish period of the DeFi industry is that Suis network architecture and contract language (Move) are naturally adaptable to DeFi business. In the above report, Sui is elaborated in detail on three aspects: performance and cost, parallel architecture, and development experience.
In terms of performance, Sui has the fastest consensus engine among all Layer 1/Layer 2. At the same time, Sui has begun to use Mysticeti to gradually replace the original Narwhal consensus engine, achieving a confirmation speed of about 0.64 milliseconds , thereby ensuring that all on-chain transactions can be executed at an extremely fast speed – especially under extreme market conditions, the advantage in transaction confirmation speed will ensure that users can complete expected operations in a timely manner and ensure that the protocol can effectively execute liquidations. In addition, the transaction fees on the Sui network are almost negligible, which makes it easy for users to freely explore major applications on the network without worrying too much about cost. 聽
In terms of development experience, the comprehensive tool support provided by Sui can help developers effectively reduce the workload required when building new products and iterating products . In addition, the natural security of Move also allows developers to build applications based on Sui without the risk constraints of other smart contract languages , so that they can explore various applications more freely, thus having greater freedom in protocol design.
Ecological projects, continuous action
While Sui itself continues to attract attention, major projects in the Sui ecosystem are also focusing their efforts, and many leading projects have recently ushered in key developments. 聽
On August 9, SuiNS, the domain name service of Sui ecosystem, announced its reorganization into a decentralized protocol and announced the launch of the governance token NS. On August 12, Sui ecosystem lending project Suilend announced the new Sui liquidity pledge standard SpringSui. NAVI, Scallop and others are continuing to use their attractive yields to push TVL to break through milestones one after another…
In the official report, Sui divides the projects of the ecosystem into five categories based on different business directions: liquidity pledge agreement, decentralized exchange, lending agreement, debt collateral position, and derivatives, and selects several high-quality representative projects in each category. For new users who intend to enter the Sui ecosystem from now on, they may wish to start with this batch of representative projects and experience the network advantages of Sui in person.
Liquidity staking protocols: Aftermath, Haedal, Volo;
Decentralized exchanges: Cetus, Aftermath, Kriya, FlowX;
Lending protocols: Scallop, NAVI, Suilend;
Debt-collateralized position: Bucket;
Derivatives: BlueFin, Typus Finance.
From the perspective of TVL, NAVI, Scallop, Cetus, Suilend, and Aftermath are ranked in the top five of Sui ecosystem. Based on my personal experience, I currently have loan positions on NAVI and Scallop. With the additional liquidity incentives of SUI, pure stablecoin deposits can get a considerable return of 20% +.
It鈥檚 too early to lead Layer 1, but Sui can鈥檛 be underestimated
Finally, returning to a community opinion mentioned at the beginning of this article, can Sui play a role in this cycle similar to Solana in the previous cycle and lead Layer 1 to achieve a breakthrough in a new cycle?
But on the other hand, Sui has demonstrated unique advantages in terms of underlying features, network stability, user experience, etc. These advantages will become the core power of Sui, helping the ecosystem to go through the path of the old generation of Layer 1/Layer 2 at a faster speed . That is why we are still willing to stick to Suis future development with relatively reasonable expectations, and believe that it has the opportunity to become the Layer 1 that best meets market demand and is most likely to break through the siege in the new cycle.
This article is sourced from the internet: From a fundamental perspective, why did Grayscale choose Sui?
Original author: IOSG Ventures Thanks to Zhenyang@Upshot, Fran@Giza, Ashely@Neuronets, Matt@Valence, Dylan@Pond for feedback. This study aims to explore which AI areas are most important to developers and which may be the next opportunities for explosion in the fields of Web3 and AI. Before sharing new research insights, I would like to say that we are very pleased and excited to have participated in RedPill鈥檚 first round of financing totaling US$5 million. We look forward to growing together with RedPill in the future! TL;DR As the combination of Web3 and AI has become a hot topic in the cryptocurrency world, the construction of AI infrastructure in the crypto world has flourished, but there are not many applications that actually use AI or are built for AI, and the homogeneity of AI…
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What is Fern?
"Fren" is an informal, friendly variation of the word "friend." It is frequently used in online communities and social media to express a sense of camaraderie and approachability.
What Fern Means in the Crypto Context
In the crypnocurrency realm, "fren" denotes fellow community members, traders, or enthusiasts. It highlights a spirit of mutual support and shared interest within the crypto space, fostering a sense of community among participants.
How to Use the Term
The term "fren" can be used to casually address or refer to someone in a friendly manner. For example, you might say, "Hey fren, have you seen the latest news about the blockchain?" This usage helps build a sense of connection and community among cryptocurrency enthusiasts.
It is highly recommended to conduct thorough research prior to making any financial decisions. Please note that this article's purpose is solely for educational purposes and the author and the organization, M2, do not influence the reader's investment or trading choices.
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In cryptography, the common reference string (CRS) model captures the assumption that a trusted setup in which all involved parties get access to the same string crs taken from some distribution D exists. Schemes proven secure in the CRS model are secure given that the setup was performed correctly. The common reference string model is a generalization of the common random string model, in which D is the uniform distribution of bit strings. As stated in, the CRS model is equivalent to the reference string model and the public parameters model.
Every time you click a link to Wikipedia, Wiktionary or Wikiquote in your browser's search results, it will show the modern Wikiwand interface.
Wikiwand extension is a five stars, simple, with minimum permission required to keep your browsing private, safe and transparent.
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The evolution of the Web3 ecosystem confronts pivotal challenges such as network fragmentation, scalability constraints, cross-chain integration complexities, and security vulnerabilities. To address these issues, we introduce the KRNL Protocol—an orchestration and verification engine that seamlessly integrates permissionless and composable functions across multiple blockchain networks within the Ethereum transaction lifecycle. By transforming both on-chain and off-chain functions into execution shards called “kernels,” KRNL offers a distributed runtime environment that optimizes resource utilization, enhances modularity, and accelerates deployment. This approach not only improves the responsiveness of decentralized applications (dApps) but also reduces their time-to-market. Our proposal positions KRNL as part of the fabric of the Web3 framework.
The Web3 ecosystem faces several significant challenges, including fragmentation, scalability limitations, cross-chain friction, and security concerns.
Fragmentation: The emergence of numerous Layer 1 and Layer 2 solutions has led to the creation of isolated silos. This fragmentation impedes seamless interaction between applications and smart contracts across different environments, undermining the foundational principle of composability in decentralized systems.
Scalability Constraints: Ethereum grapples with network congestion and high gas fees. These scalability issues deter the widespread adoption of dApps and erode user experience.
Cross-Chain Friction: Facilitating interoperability between Ethereum and other blockchains often demands intricate integrations. The absence of standardized cross-chain communication protocols exacerbates development complexities, stifling innovation and efficiency.
Security Vulnerabilities: Ensuring transaction integrity, provenance, and security in a decentralized manner remains a challenge. The proliferation of bridges and interoperability solutions introduces novel attack vectors, heightening security risks.
To address these challenges, we reimagine the execution paradigm by introducing the concept of kernels - community-built, permissionless, monetizable, and composable execution shards across Web3. We also introduce the KRNL protocol, an orchestration and verification engine that enables smart contracts to integrate execution shards, enriching the logic and state of traditional smart contract operations without the creation of custom infrastructure. With this proposal, we aim to become an essential tool for the development of cross-chain applications.
Execution Sharding refers to the approach of dividing and distributing the execution of smart contracts across multiple blockchain networks, or “shards”, to enhance scalability and efficiency in blockchain systems. Instead of executing every transaction on a single chain, execution sharding allows transactions and smart contract states to be distributed across multiple chains, each handling a portion of the overall workload.
Execution sharding is critical for Ethereum’s scalability. The KRNL Protocol integrates permissionless and composable kernels (execution shards) across multiple networks, seamlessly into the native Ethereum transaction lifecycle.
KRNL manages resources to provide a secure and optimal execution environment for smart contracts. This enables a distributed runtime environment that determines transaction outcome based on selected kernels, operating across different environments. KRNL’s open framework enhances modularity, optimizes resources, ensures stable operations, and accelerates deployment, ultimately improving responsiveness and reducing time to market for applications.
4. Introducing Kernels
Within the KRNL Protocol framework, kernels represent execution shards. These kernels transform both on-chain and off-chain functions into modular units characterized by the following attributes:
- Statelessness: Kernels maintain no intrinsic state, ensuring flexibility and facilitating seamless migration across environments.
- Lightweight Design: To minimize computational overhead, kernels promote efficient execution.
- Resilience: Engineered to withstand operational failures, ensuring reliable performance.
- Independent Deployability: Allowing for deployment across various environments.
The defining features of kernels include:
- Infrastructure Agnosticism: Kernels are not tethered to specific infrastructures; they possess the agility to migrate across environments as necessitated.
- Enhanced Modularity and Composability: By deconstructing applications into discrete kernels, modularity is enhanced, enabling permissionless sharing across multiple applications.
- Accelerated Deployment: Simplifying the deployment process improves responsiveness and reduces time-to-market for applications.
The Pre-Cloud Paradigm
Before cloud computing, developers bore the burden of constructing, operating, and maintaining all requisite programs and services. This paradigm engendered prohibitive costs, scalability constraints, accessibility challenges, and resource limitations. Cloud computing revolutionized this landscape, introducing managed services where back-end infrastructures are handled by cloud providers.
KRNL’s Transformative Potential
KRNL seeks to catalyze a comparable paradigm shift within the Web3 domain—a permissionless Web3 cloud environment built by the community through contributions of monetizable kernels. This vision aligns with the Function as a Service (FaaS) model, reimagined to suit the decentralized and heterogeneous fabric of blockchain ecosystems.
Functions as a Service (FaaS) in the Web3 Context
FaaS is a category of cloud computing services that provide a platform enabling customers to develop, run and manage applications without the complexity of building and maintaining the infrastructure associated with developing and launching an app. Examples of a traditional FaaS include AWS Lambda, Google Cloud Functions, Microsoft Azure Functions, etc.
The conventional FaaS model does not fit well in distributed and heterogeneous blockchain environments, where each blockchain is a silo and not efficient in the context of the whole Web3 ecosystem. To adapt this concept to Web3, it is essential to ensure decentralized registry, management, and execution of kernels.
6. Core Concepts
The Computing Engine
KRNL enhances an Ethereum Remote Procedure Call (RPC) node with a verification and orchestration-enabled computing engine. This engine abstracts the intricacies associated with integrating smart contract interdependencies.
The computing engine creates an application and technology agnostic framework that offers a runtime environment to user applications in a distributed manner. It sits between a transaction initiated on any chain and its propagation into a block, determining a transaction’s outcome based on the kernels selected. This approach allows for flexible, efficient scaling and optimization of distributed applications.
Proof of Provenance (PoP)
PoP validates that prescribed kernels have run successfully before a transaction is executed, ensuring reliability and security of the KRNL Protocol.
The KRNL Protocol achieves this by utilizing various schemes including a decentralized token authority that issues a signature token, ERC-1271, cryptography and proof systems. The implementation requires the application developer to implement a Software Development Kit (SDK) as well as the token authority. PoP works with existing standards within the Ethereum ecosystem, combining multiple schemes to ensure an anti-fragile system.
An Ethereum based registry for activating and monetizing community built kernels. This registry serves as the definitive repository, maintaining critical information about registered kernels, including their pathways, monetization schemes, and other customizable parameters. Core to the design of KRNL is the concept of a two-sided marketplace where kernels are built and monetized, while being utilized by applications across Web3.
Use Case Scenario
In a hypothetical scenario, a DeFi protocol on Ethereum would like to allow users to trade RWA assets if they are an approved user on Company 1’s RWA platform (and if not, to reject the transaction from this wallet). Say Company 1 has built an RWA platform on Blockchain 2, with dynamic off-chain metadata corresponding to approved users. Additionally, these users need to have an identity score of X as determined by a on-chain DID smart contract on Blockchain 3. In the past, implementing these solutions across various chains would have required multiple complex integrations and in many cases require direct communication with vendors. However, with KRNL, builders now only need to perform a single, one-time permissionless integration.
There is not currently any application layer that facilitates the conditional logic before state changes are executed, and this is generally built ground-up by builders. Ideally, this would be done in a plug-and-play, permissionless manner that would be reproducible by protocols that want to utilize the RWA platform and identifiers from the DID system.
8. Decentralization and Security Considerations
KRNL leverages the intrinsic decentralization of existing native blockchains. By integrating with a standard Ethereum RPC node, any Ethereum RPC node can function as a KRNL node without interfering with consensus mechanisms of the underlying network. Node operators are incentivized through the accrual of a proportion of fees generated from kernels, fostering a decentralized and participatory ecosystem.
Mitigating Malicious Activities
To preempt and mitigate potential malicious activities, such as replicating KRNL node code to fabricate counterfeit signatures, KRNL employs multiple cryptographic schemes that ensure security by design. The security architecture is flexible, customizable, and predominantly under the control of the dApp developer. This approach ensures that the KRNL Protocol remains permissionless, resilient, and secure.
Explore more in our KRNL Developer Sandbox
Learn more about KRNL
Supporting Research Papers
DeFaaS is a novel decentralized Function-as-a-Service (FaaS) system proposed to address the limitations of centralized FaaS solutions. This system leverages blockchain technology and decentralized API management to create a distributed FaaS platform that offers improved scalability, flexibility, security, and reliability. DeFaaS is designed to support various distributed computing scenarios beyond FaaS, including decentralized applications (dApps), volunteer computing, and multi-cloud service mesh. The proposed system aims to mitigate issues associated with centralized FaaS, such as vendor lock-in and single points of failure.
Multi-service networks aim to efficiently supply distinct goods within the same infrastructure by relying on a (typically centralized) authority to manage and coordinate their differential delivery at specific prices. In turn, final customers constantly seek to lower costs whilst maximizing quality and reliability. This paper proposes a decentralized business model for multi-service networks using Ethereum blockchain features – gas, transactions, and smart contracts – to execute multiple services at different prices. By employing Ether, to quantify the quality of service and reliability of distinct private Ethereum networks, their model concurrently processes streams of services at different gas prices while differentially delivering reliability and service quality.
This paper examines decentralized digital identities, which use asymmetric cryptography without centralized oversight, focusing on both on-chain (blockchain) and off-chain (self-sovereign) types. Currently, no single wallet manages both types of decentralized identities. To address this, the paper proposes an orchestration solution for a universal wallet that combines both types and validates it using a real-life use case.
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Table of contents
Polygon, which started as a layer-2 scaling solution is now an ETHEREUM ECOSYSTEM and is slowly becoming the Ethereum's SHIELD. Let's see both Standalone and Ecosystem services it offer.
Standalone Benefits of Polygon
One of the main issues with Ethereum is its scalability. As more and more people use the network, the number of transactions per second (TPS) that can be processed becomes limited. This can lead to delays and high transaction fees, making it difficult for users to access and use the network.
Polygon addresses this issue by providing a layer 2 scaling solution for Ethereum. It does this by using a technique called "off-chain scaling." This means that transactions are processed off of the main Ethereum blockchain, allowing for faster and cheaper transactions.
When a user wants to make a transaction on the Polygon network, they first have to pay a small amount of Ether (ETH) as a "gas fee." This fee is used to cover the cost of processing the transaction on the Polygon network. Once the transaction is processed, it is then "anchored" or "confirmed" on the main Ethereum blockchain. This ensures that the transaction is secure and cannot be tampered with.
One of the key benefits of Polygon is its low transaction fees. Because transactions are processed off of the main Ethereum blockchain, the cost of processing them is much lower. This makes it more accessible for users who may not be able to afford the high fees associated with using the Ethereum network.
Another benefit of Polygon is its fast transaction times. Because transactions are processed off-chain, they can be processed much faster than on-chain transactions. This means that users can access and use the network more quickly and efficiently.
Metaverse and Gaming
One of the key ways that Polygon is helping to bring the Metaverse and gaming to web3 is through its support for Ethereum-based virtual worlds and gaming platforms. The Metaverse is a virtual reality space where users can interact with each other and digital assets in a decentralized and immersive environment. By providing a fast and affordable layer 2 scaling solution, Polygon is making it possible for these virtual worlds and gaming platforms to operate smoothly on the Ethereum network.
Additionally, Polygon's support for the development of decentralized applications (dApps) and tokens on its network is also helping to drive innovation in the gaming and Metaverse space on web3. With Polygon, game developers and creators can launch their own dApps and tokens without having to pay the high fees associated with doing so on the Ethereum network. This is helping to foster a new ecosystem of decentralized gaming and Metaverse experiences that are accessible to a wider range of users. By providing a more affordable and accessible platform for the development of these types of dApps, Polygon is helping to bring the Metaverse and gaming to the masses on web3.
WEB2 to ETHEREUM
Polygon is also helping to bring web2 corporates like Reddit, Meta, and Starbucks to web3 by providing them with a fast and affordable way to integrate blockchain technology into their operations. These companies have large user bases and a lot of experience in their respective industries, but they may not have the technical expertise or resources to build their own blockchain solutions from scratch.
By using Polygon as a layer 2 scaling solution, these companies can easily add blockchain functionality to their existing systems without incurring the high costs and development time associated with building their own solutions. This allows them to take advantage of the security, transparency, and decentralized nature of blockchain technology without having to disrupt their existing operations. For example, Reddit, which is known for its communities and discussions, could use the blockchain to create a new way for users to earn rewards for their contributions, or for Starbucks which could use blockchain for tracking of their supply chain and rewards for their customers.
In short, Polygon is helping to bridge the gap between web2 and web3 by providing a simple and accessible way for web2 corporates to integrate blockchain technology into their operations, thus helping to bring more mainstream businesses to the decentralized web.
Polygon is also helping Ethereum by providing interoperability between different blockchain networks. Interoperability is the ability for different blockchain networks to communicate and interact with each other, allowing for the transfer of data and assets across different networks. This is important because it allows for the creation of a more connected and inclusive blockchain ecosystem, where users can easily access and use the services provided by different networks.
Polygon enables interoperability through the use of its own mainnet and several sidechains which are connected to the Ethereum mainnet. The sidechains are independent networks that can support different use cases and protocols, but they are still connected to the Ethereum mainnet through a process called "pegging." This allows for the transfer of assets and data between the sidechains and the Ethereum mainnet, creating a more connected ecosystem. Additionally, Polygon also enables interoperability between different blockchain networks through its support for cross-chain communication protocols such as Cosmos' IBC and Polkadot's XCMP. This allows for the seamless transfer of data and assets across different networks, further expanding the capabilities of the Polygon ecosystem.
A.I. coming to ETH
Polygon is also helping Ethereum by bringing Artificial Intelligence (AI) to web3. AI is a rapidly growing field that has the potential to revolutionize many industries, and by providing a fast and affordable layer 2 scaling solution, Polygon is making it possible for AI-based dApps to operate on the Ethereum network. By making AI accessible to web3, Polygon is helping to drive innovation in areas such as machine learning, natural language processing, and computer vision.
One specific example of how Polygon is bringing AI to web3 is through its support for AI-based prediction markets. Prediction markets are decentralized platforms that allow users to make predictions about future events and outcomes, and they have the potential to revolutionize the way that businesses and organizations make decisions. By providing a fast and affordable layer 2 scaling solution, Polygon is making it possible for AI-based prediction markets to operate on the Ethereum network. These prediction markets can use AI to analyze large amounts of data and make more accurate predictions, which can help to drive innovation and efficiency in a wide range of industries.
Ecosystem Development of Polygon
Another important aspect of Polygon is the Nightfall protocol. Nightfall is a privacy protocol that enables confidential transactions on the Polygon network. It uses zero-knowledge proofs to conceal the transaction amounts and identities of the parties involved, providing a high level of privacy and security for users. This is particularly useful for financial transactions, such as the buying and selling of assets, as well as other sensitive transactions that require a high level of privacy.
Nightfall is built on top of the zk-SNARKs (zero-knowledge succinct non-interactive arguments of knowledge) technology, which is a zero-knowledge proof system that allows for the verification of information without revealing the underlying data. This means that users can prove that a transaction is valid without revealing the details of the transaction. Nightfall also uses a technique called "shielding" to conceal the transaction amounts, which means that the amounts are converted into a different form before they are recorded on the blockchain, making them harder to trace and link to specific users.
By adding Nightfall protocol to its ecosystem, Polygon is providing an additional layer of security and privacy to the transactions on its network. This can help to attract more mainstream users and businesses to the decentralized web, as they will have more control over their financial and personal data. With Nightfall, Polygon is enabling the development of more advanced dApps and use cases that require a high degree of security and privacy.
Another important aspect of Polygon is its middleware solution, known as "Polygon Middleware." This is a set of software modules that are designed to make it easier for developers to build and deploy dApps on the Ethereum network. The middleware provides a set of pre-built, reusable components that can be used to quickly and easily create and deploy dApps, reducing the time and effort required to build and test new applications.
The middleware also includes a set of tools and services that are designed to help developers optimize the performance and scalability of their dApps. This includes features such as automatic load balancing, which can help to distribute the load across multiple nodes, and caching, which can help to improve the performance of dApps by reducing the number of requests that need to be made to the Ethereum network. Additionally, the middleware also includes security features such as encryption and authentication, which can help to protect dApps from malicious attacks.
By providing a middleware solution, Polygon is helping to make it easier for developers to build and deploy dApps on the Ethereum network. This can help to drive innovation and adoption of blockchain technology by making it more accessible to developers and businesses, which can ultimately lead to more mainstream users and businesses using and benefiting from the decentralized web.
In addition to its role as a layer 2 scaling solution, Polygon is also helping Ethereum by providing a secure and decentralized platform for building and deploying smart contracts, through its Polygon zero. Polygon zero is a standalone, fully decentralized blockchain built on the Ethereum network that enables developers to deploy and run their own smart contracts and dApps without the need for a centralized authority or intermediary. This is important because it allows for the creation of a more open and transparent blockchain ecosystem, where developers have the freedom to build and deploy their own decentralized applications without the need for permission or approval from any centralized entity.
The Polygon zero blockchain is based on the Ethereum Virtual Machine (EVM) and is fully compatible with the Ethereum network. This means that developers can use the same programming languages, tools, and frameworks that they are already familiar with, to build and deploy smart contracts and dApps on the Polygon zero blockchain. In addition, the Polygon zero blockchain also supports other features such as fast transaction processing, low transaction fees, and governance mechanisms that make it an attractive platform for building and deploying decentralized applications.
Another way that Polygon is helping Ethereum is by introducing Hermez, a new layer 2 scaling solution that utilizes a novel approach called zkSync. zkSync is a privacy-preserving rollup solution that allows for faster and cheaper transactions on the Ethereum network. Hermez aims to provide a fast and affordable solution for users who want to transfer assets and data on the Ethereum network, without compromising on security and privacy.
Hermez operates on top of Polygon and utilizes zkSync to enable fast and affordable transactions. zkSync is a privacy-preserving rollup solution that allows for faster and cheaper transactions on the Ethereum network. By using zkSync, Hermez is able to reduce the cost of transactions and improve scalability, making it an attractive option for users who want to transfer assets and data on the Ethereum network. Additionally, Hermez also aims to provide a more private and secure way for users to transfer assets on the Ethereum network, as it uses zero-knowledge proofs to keep transactions private and secure.
Polygon ID is another important feature that Polygon offers to help Ethereum. It is a decentralized identity solution that allows users to create and manage their digital identities on the blockchain in a secure and private way. This is important because it allows users to have full control over their personal data and information, while also providing a way for businesses and organizations to verify the identity of their users in a trustless and decentralized way.
Polygon ID is based on the Ethereum Name Service (ENS) and uses smart contracts to create and manage digital identities. It allows users to create a unique and decentralized identity that can be used across different applications and services. This can help to improve the user experience and make it easier for users to interact with decentralized applications and services. Additionally, Polygon ID can also be used to create and manage digital identities for non-human entities, such as machines, devices, and assets, which can be used to enable various use cases such as supply chain management, IoT and more.
Another way Polygon is helping Ethereum is through its Polygon SDK, also known as the Polygon Edge Framework. The Polygon Edge Framework is a set of tools and libraries that developers can use to build their own EVM compatible blockchain. This allows developers to create their own decentralized apps (dApps) and smart contracts on top of the Ethereum network, without the limitations of the Ethereum mainchain.
Another way that Polygon is helping Ethereum is through its data availability testnet, known as Polygon Avail. The purpose of this testnet is to test and improve the data availability layer of the Polygon network. The data availability layer is responsible for storing and providing access to historical data on the Polygon network, and it is crucial for the proper functioning of dApps and smart contracts.
Polygon Avail is a testnet that allows developers to test and improve the data availability layer of the Polygon network. It allows developers to test the data availability layer in a real-world setting, which can help to identify and resolve any issues before the technology is deployed on the mainnet. Additionally, Polygon Avail also allows for the testing of new data availability solutions, such as sharding, which can help to improve the scalability and performance of the Polygon network.
Another way Polygon is helping to drive innovation in the Ethereum ecosystem is through its development of Polygon Studios. Polygon Studios is a developer-focused initiative that provides a suite of tools and resources to help developers build and deploy decentralized applications (dApps) on the Polygon network. These tools include a development framework, a library of smart contract templates, and a developer community platform.
By providing these resources, Polygon Studios aims to make it easier for developers to build and deploy dApps on the Polygon network. This can help to drive innovation in the decentralized web by making it more accessible to developers and encouraging the development of new and interesting dApps. Additionally, the developer community platform can be a great opportunity for developers to connect with other like-minded individuals, share knowledge and collaborate on projects, which can help to foster a thriving ecosystem.
Overall, Polygon is helping Ethereum to scale, become more inclusive, efficient and innovative through its layer 2 scaling solution. This can help Ethereum to become more accessible to mainstream users and businesses, which can ultimately drive the adoption and growth of the decentralized web.
In conclusion, Polygon is playing a crucial role in helping Ethereum by providing a fast and affordable layer 2 scaling solution that can help to improve the scalability and performance of the Ethereum network. Additionally, Polygon is also helping to bring Metaverse and gaming to web3, bring web2 corporates like Reddit, Meta, and Starbucks to web3, bring interoperability between different blockchain networks, and bring Artificial Intelligence to web3.
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The average amount of theft from citizens’ bank accounts, according to the Bank of Russia, increased by 30% in 2022; last year, more than 13 billion rubles were stolen from clients of credit institutions, said Alexander Stekolnikov, member of the Opora Rossii digital economy committee. The expert told Izvestia what methods of stealing money from cards exist and how to recognize scammers.
“In matters of carding (a type of fraud in which a transaction is made using a payment card), the basis is still occupied by social engineering, that is, working with the psychology of the victim,” Stekolnikov explained.
According to him, attackers enter into trust, appearing to be someone reliable: the bank’s security service, law enforcement agencies, social services.
“Most often they make phone calls and start working on the main feelings of the victim, for example, fear of robbery or fear for their health or a loved one. The key task is to lure card data, code words and other personal data through dialogue, ”the expert said.
In addition, according to him, scammers use instant messengers and correspondence on social networks, where, for example, they can make an acquaintance and then ask for money to move to their “beloved” or “beloved”.
Another popular method among scammers, he called a job offer. Victims, agreeing to minor activities on the Web, send bank card details to attackers to receive a reward.
“With the expansion of modern technology, phishing technology has emerged. Fraudsters create copies of existing sites with fake payment details or payment forms for services. <…> Scammers have made a similar technology for QR codes, by scanning such a code with a smartphone, you get to a phishing page,” Stekolnikov added.
Copies of well-known Telegram channels are also being created, where messages about raising funds for charitable purposes are published.
However, the most technologically difficult, according to the expert, is the method using a card reader – a device for scanning a card.
“The scammer carries it in his pocket, the task is to lean against your card, which is in your pocket or wallet, closer, for example, in public transport. The device reads the card data and automatically posts it as a payment without a PIN. Or, more difficult, just copies your card. Swindlers use this data and magnetize “blanks” for cards and make a copy of yours,” Stekolnikov explained.
He also named another method of carding – Trojans and viruses that get to the user’s computer or smartphone. As the expert clarified, the virus can stay on the device for several months and collect logins, passwords and other personal data that are used to enter the bank. After that, the user’s bank page may change when transferring funds, or the recipient’s details may change.
“Banks are fighting scammers by constantly improving the software of their websites, ATMs, and cards. They create bots that are installed on phones and block calls from numbers from the black database. Stop suspicious transactions from unfamiliar places, cities or countries. A database of suspicious bank cards is maintained, in the case of transferring money to them, the real user receives a call from the bank confirming the information,” Stekolnikov said.
The expert added that credit organizations also set up two-factor or three-factor protection when entering a site or making a transaction.
“Together with the development of carding, banks will constantly evolve in this cyberwar. However, the cardholder’s vigilance and suspicion remain the main method of protection,” Stekolnikov concluded.
Earlier, on March 5, it was reported that phone scammers came up with a new trick to deceive Russians in instant messengers. Thus, attackers began to use foreign telephone numbers that are visually similar to Russian ones. On the avatars in the accounts, scammers put either the coat of arms of Russia or the emblems of Russian law enforcement agencies.
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Located at 1007 7th St flr 4, Sacramento, CA, Group One specializes in advanced IT and cybersecurity solutions. With over a decade of experience, their clientele ranges from small businesses to large enterprises. According to a review from a medium-sized tech firm, “Group One’s expertise in cybersecurity is unparalleled; our quarterly security breaches dropped by 80% after partnering with them,” states Tech Solutions Inc.
Customers frequently highlight Group One’s exceptional response times, often under 20 minutes, and round-the-clock support. Utilizing cutting-edge technologies like Microsoft Azure, CrowdStrike, and Fortinet, they deliver robust and reliable IT infrastructures and cybersecurity measures. Reviewers appreciate their comprehensive and proactive approach, noting significant efficiency improvements and risk mitigation.
Group One’s commitment to quality service and their authoritative knowledge in IT and cybersecurity are consistently praised. Their ability to address complex challenges and provide tailored solutions makes them a go-to partner for businesses seeking top-tier IT services.
Cloud Secure Tech, is the premier destination for selecting Managed IT Services Providers and cybersecurity experts.
We’re not just a platform, we’re a thought leadership hub. We simplify your search for trusted IT services and cybersecurity solutions while keeping you informed about the latest technology trends. Count on us to connect you with reliable experts and provide valuable insights to help you succeed in the digital age.
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Raise Your IQ – Networking + Careers
Join us Tuesday, Aug. 13 from 9am to 11am at the Bleachers at HQO
Raise Your IQ: Networking & Careers is an engaging and interactive event designed to boost your career development and networking skills! During this event, you'll connect with industry leaders who will share their insights and experiences to help you take your professional journey to the next level.
Whether you're an intern, recent graduate, or young professional looking to advance your career, this event offers something for everyone. From inspiring panelist stories to networking workshops, you'll leave with valuable skills and connections to elevate your career.
This event is free to attend, and all are welcome!
Mateo Cedano: The Heritage Group
Alli Donovan: AMA Indy
Kristen Lampkin: Director, Business Equity for Indy
Carrington Sanders: Mayor's Office
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if you want an immediate answer no, using Ai Crypto Trading Bots Are not Illegal. but it has more to it. issue of using artificial intelligence in the financial markets is very controversial in terms of its compliance with the law and regulations. It raises the question whether the use of artificial intelligence and then trading robots is legal or not? In this article, we will examine the legal aspects of using trading robots, artificial intelligence in trading, as well as regulations related to digital currencies. So, let’s dive right in.
you can have more info about crypto trading bots at What Are Crypto Trading Bots and How Do They Work?
Global Overview of Cryptocurrency Regulations
The rules related to crypto currency varies regions to regions. While some lawmakers consider crypto as a valid property and have established legal frameworks to its transactions, others may have adopted a more restrictive and cautious approach towards it that induces complex perspective to crypto trading and trading bots.
Legal implications of AI-driven trading strategies
As mentioned previously, the legality of AI trading varies from country to country. However, the use of these tools is generally neutral, and their legality depends on how they are employed. For example, market manipulation and insider trading are prohibited regardless of whether AI is involved. It is crucial that AI trading complies with the regulations of the region in which it is used.
Crypto Trading Bot Regulations in Key Countries
The United States has experienced a lot of fluctuations in the use of crypto trading bots. The Securities and Exchange Commission (SEC) is an organization that supervises the legal uses of these robots how they can operate. They’ve banned some bot operators that’ve tried to disobey the rules, have made them paying fines and other punishments.
The SEC has also established some rules on how to launch a new cryptocurrency, called an Initial Coin Offering (ICO), without disobeying the law.
Europe has its own set of rules for crypto trading bots, laid out in something called MiFID II and backed up by the ESMA. These regulations are like a complex puzzle that traders and bot builders need to solve. The main idea is to keep things fair and protect investors.
The UK’s financial watchdog, the FCA, is the leader when it comes to rules related to the crypto currency. They’ve recently tightened the screws on crypto trading bots, laying out new guidelines to make sure everyone trade fair.
Japan is another country where crypto rules are quite strict. The Financial Services Agency (FSA) is the referee, and they’ve set up a special license for crypto exchanges. This means if you want to use a trading bot in Japan, it needs to be part of a licensed exchange.
South Korea is another country that’s taking a serious approach to crypto trading bots. The Financial Services Commission (FSC) is responsible for financial aspects. Their main goal is to protect investors and make sure the market plays fair. If you’re planning to use a bot in South Korea, you better make sure it follows the FSC’s rules.
India’s taken a “wait and see” approach to crypto, including trading bots. The Reserve Bank of India (RBI) is the country’s financial responsible, and they’ve been a bit hesitant about supporting digital currencies. They’ve issued some guidelines to try and keep things in check, mainly focusing on stopping money laundering and making sure people don’t get ripped off. But the rules are still being figured out, so it’s a bit of a wild card for crypto traders and bot operators.
The Moral Maze of Automated Trading
Fairness of Using Trading Bots
The use of crypto trading bots has sparked considerable discussion about fairness in the market. While some believe these automated tools level the playing field for smaller investors, others express concerns about their potential to create an uneven advantage.
Market Manipulation with Bots
Unfortunately, crypto trading bots can be used for bad and illegal purposes. Activities such as pump-and-dump schemes and wash trading can artificially inflate or deflate prices, harming other market participants. Regulatory bodies are increasingly vigilant in detecting and preventing these harmful practices.
How Exchanges Are Addressing Bot Usage Concerns
Recognizing the potential risks associated with trading bots, many cryptocurrency exchanges have implemented measures to protect market integrity. These include monitoring for suspicious trading activities, requiring transparency from bot users, and imposing restrictions on trading speeds or order volumes.
Choosing a Legal and Compliant Crypto Trading Bot
Choosing a proper crypto trading bot needs a careful consideration of several key factors:
- Legal and regulatory compliance: Ensure the bot complies the laws and regulations of your country.
- Reputation and track record: Research the bot provider’s background and reputation within the industry.
- User-friendliness and customization: Choose a bot that aligns with your trading experience and preferences.
- Security and data privacy: Prioritize platforms that prioritize the protection of your sensitive information.
- Customer support and user feedback: Consider the quality of support provided by the bot provider.
you can read more about The Best AI Crypto Trading Bots You Need to Know.
To decrease risks and build trust, it is important to opt a trading bot provider committed to transparency and accountability. This includes clear communication about trading strategies, fees, and potential conflicts of interest. Several trading bots have provided frameworks based on compliance, security, and user friendliness. Some examples of them include MetaSet, 3Commas, Cryptohopper, Gunbot, HaasOnline, and TradeSanta.
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In the ever-evolving world of cyber threats, a robust security solution is more than just a luxury—it’s a necessity. Norton Internet Security stands out as a comprehensive suite designed to protect your digital life from every angle. Whether you’re browsing social media, streaming videos, or simply working online, Norton promises to shield your computer with a suite of powerful tools. But does it live up to the hype? Let’s dive into the features, benefits, and potential drawbacks of security software.
Internet Security by Norton
Internet Security is the latest version of Norton’s acclaimed security suite. With it, the user has at his disposal a complete package with everything that is necessary to keep the computer safe: antivirus, firewall, antispyware, and several other tools working together to offer the maximum in security. The new Norton’s Internet Security has special protection for social networks like Facebook.
Using multiple applications from different companies can result in false alarms and incompatibility between applications that should be “solutions” rather than problems. Internet Security brings the convenience of being an integrated security center. The app has a free 14-day trial version.
The installation is simple, just click “next” to complete. At the end of the installation, a window is displayed with the authentication key that is only released after you register your email in the application.
This is all in English, but this suite of applications offers a minimalist interface, making any operation very easy. When starting you can see four squares. In the first one, the system status is displayed. In the second, we have the option to scan the computer for virtual pests. The third and fourth squares are for upgrades and configurations.
Norton™ Safe Web and Safe Search
Just with the standard installation your computer is already safe, but Norton offers several additional features that are implemented along with the standard protection. One is Norton™ Safe Web and Safe Search. This feature provides an addition to standard protection. It investigates the origin of the site, assuring the user that this is the page he is looking for.
Antivirus for Facebook
Norton Safe Web for Facebook analyzes your social network news feeds, removing possible malicious links that contain virus downloads and other virtual pests. With this, any new viruses that are spreading on the social network are immediately detected and deleted from your news feed.
Once known by Windows users, Norton was one of the first companies to arrive in Brazil selling its package of solutions against virtual pests. In fact, Norton continues Norton’s tradition of offering security options with interface simplicity.
Looking at its home screen, Norton Security for Internet looks like just an antivirus application. Blame it on the minimalist interface that focuses the user’s attention on four big squares. But Internet Security offers more protection than meets the eye. In addition to antivirus, it is a Firewall, antispyware and has additional options that complement the use of other Norton tools such as Mobile Antivirus, aimed at smartphones and tablets.
The weakness of this security suite is the excessive consumption of resources. When installed on a computer with a medium configuration, it is possible to experience a negative impact on the machine’s performance. To complicate the situation, Norton even monitors the traffic of data from Youtube, making the video playback slow and with some crashes.
In order to make the general operation of the computer faster, the user can disable protections that he does not consider necessary. How to release specific websites or disable some network protections. If you are connected to a secure network with a good firewall, you can disable this function, for example.
Offering several protections integrated in a single program, Internet Security BY Norton stands out for its simplicity in installing and maintaining system security routines. However, a considerable drop in performance has been observed for medium configuration computers. Still, Norton Security for internet is a recommended tool, especially if you are experiencing a lot of problems with viruses, worms, phishing attacks, and so on.
Pros And Cons
- Easy-to-use interface.
- Comprehensive protection covering a wide range of threats.
- Enhanced safety features for social media.
- Time-consuming installation.
- Make the computer slow
Is Norton suitable for older computers?
It may slow down older or medium-specification computers due to its high resource consumption. Users can optimize performance by disabling non-essential features.
Does Norton Security protect social media accounts?
Yes, Norton includes Safe Web for Facebook, which scans and removes malicious links from your social media feed.
How does Norton handle website safety?
Norton’s Safe Web and Safe Search features actively verify the safety of websites, helping users avoid phishing and other online threats.
Can the suite be customized to reduce performance impact?
Users can customize by disabling certain protections, such as network protection if they are using a secure network with its own firewall.
Is Internet Security by Norton available in languages other than English?
It is available primarily in English, with a minimalist interface designed to be easy to use even for non-native speakers.
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Advancing the security of record management of record management in education using blockchain technology
A. Sekinat Olaniyan,
O. Motunrayo Moradeyo,
O. Peter Popoola and
A. Adekunle Araromi
EconStor Research Reports from ZBW - Leibniz Information Centre for Economics
Blockchain technology has gained considerable attention due to its unique features including decentralization, security, reliability, and data integrity. Despite this, much is yet to be known about the current state of knowledge and practice regarding using blockchain technology in education. This paper highlight the use cases of blockchain technology in Record management, discuss the major components of Block-chain-based Educational Record management, and then propose a system architecture for advancing the security of result/record database in education using a consortium system to create certificate records on the network. Comparison to related work has shown that block-chain-based record management offers better possibilities for advancing the security of student database record management and transferring information, certificate, or credentials at lesser cost and time.
Keywords: blockchain; educational technology; decentralized Block-certs; consortium (search for similar items in EconPapers)
New Economics Papers: this item is included in nep-pay
References: View complete reference list from CitEc
Citations: Track citations by RSS feed
Downloads: (external link)
This item may be available elsewhere in EconPapers: Search for items with the same title.
Export reference: BibTeX
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Persistent link: https://EconPapers.repec.org/RePEc:zbw:esrepo:268372
Access Statistics for this paper
More papers in EconStor Research Reports from ZBW - Leibniz Information Centre for Economics Contact information at EDIRC.
Bibliographic data for series maintained by ZBW - Leibniz Information Centre for Economics ().
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Further evidence has surfaced of sophisticated actors increasingly compromising edge devices and network appliances to improve stealth and persistence: in this case an accomplished but little known China-nexus espionage group named Velvet Ant.
On July 1, 2024, Cisco released an advisory detailing a CLI command injection vulnerability affecting NX-OS software used by its Nexus switches. On the same day, Sygnia announced how it discovered and reported this vulnerability having been used by a China-nexus threat group it tracked as Velvet Ant. Sygnia has now released further information on Velvet Ant’s TTPs.
Velvet Ant is Sygnia’s name for the actor. The company has found no evidence to suggest that other researchers have studied the same group but given it a different name.
This Velvet Ant/ Cisco incident is a classic example of sophisticated actors attacking networks through edge or network appliances. Such devices are often designed to operate almost as black boxes with limited user access, often no logging, and no visibility to the security stack. The advantage to a successful attacker is dramatically increased stealth and persistence.
(See Forescout’s analysis of ‘risky devices’, including network appliances, in ‘Dangerous Liaisons…‘)
In a new blog, Sygnia describes how Velvet Ant has, over the years, transitioned to ‘deeper and darker’ parts of network infrastructures, culminating in this example with compromising Cisco switches.
Nexus switches run NX-OS. This has a layered architecture comprising a limited CLI ‘application’ level, and an underlying Linux-based OS level. An authorized administrator uses the application level CLI for network management tasks, but does not (or should not) have direct access to the protected OS level. Administration of the switch is abstracted from OS and constrained to the limits of the CLI. The OS level handles the core system functions, running processes and managing resources that are critical to the switch’s operation.
In terms of visibility, what happens in the OS level remains in the OS level – invisible to the administrator and the network security stack. “These switch appliances do not give the user access to the underlying operating system, making scanning for indicators of compromise nearly impossible,” point out the researchers.
In this incident, Velvet Ant first gained access to the switch using valid administrator credentials, and then ‘jailbroke’ (using a command injection vulnerability) from the application level into the OS level. The actor had access to the network through the application level, and a hidden persistence in the OS level.
The vulnerability has been assigned the CVE ID of CVE-2024-20399 but is still awaiting NVD analysis. The Cisco advisory gives it a medium severity rating, saying, “A vulnerability in the CLI of Cisco NX-OS Software could allow an authenticated user in possession of Administrator credentials to execute arbitrary commands as root on the underlying operating system of an affected device.”
With control of the switch, Velvet Ant was able to pivot directly to other devices on the network without resorting to the usual lateral movement methods – which is where most bad actor intrusions are detected. Velvet Ant’s purpose was espionage, but note that Sygnia’s use of the description ‘APT’ (used in conversation with SecurityWeek) is not meant to imply any evidence that Velvet Ant is a China state group – Sygnia currently describes it as a China-nexus rather than China-state actor.
“This access provided the attackers with elevated control over the switch, enabling them to execute malicious scripts and manipulate the system beyond the intended administrative capabilities,” say the researchers.
Discovery of the vulnerability came as part of a larger forensic investigation into Velvet Ant’s espionage campaign. During this, Sygnia discovered suspicious Base64-encoded commands that were executed using valid administrative credentials. These had been used to load and execute a binary and were traced to the switch.
Velvet Ant was no longer present, and its practice is to remove evidence of residence after exploitation. Nevertheless, Sygnia was able to reconstruct the malware that had been used from the device memory. It has named this malware VelvetShell – a hybrid construction of two open source tools, TinyShell (a Unix backdoor) and 3proxy.
While these tools have a long history of separate malicious use, Velvet Ant had incorporated them into a single binary. In this combined format, it enabled the execution of arbitrary commands, the download and upload of files, and the creation of tunnels for proxying network traffic. In short, it provided extensive control over the compromised system, enabling both data exfiltration and persistent access.
The initial zero-day vulnerability, now patched by Cisco, is not easy to exploit. The attacker must have access to the network and administrator credentials to access the Nexus switch. This complexity explains why the Nexus vulnerability is only given a ‘medium’ critical rating in Cisco’s own advisory. However, if that much can be achieved, the attacker can leverage the vulnerability to access and control the switch operating system, and from there access and exploit other devices while remaining hidden from the network security stack.
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For excellence in research for the best article published in Frontiers in Blockchain’s Research Topic entitled “Inclusive Stakeholding: Reimagining Incentives to Promote the Greater Good” edited by Natalie Geld. More information about this prize can be found here.
Winner: Andrej Zwitter and Jilles Hazenberg “Decentralized Network Governance: Blockchain Technology and the Future of Regulation”.
“This ground-breaking article presents the potential for blockchain technology to create a new model of governance that is transparent, secure, and efficient. The article explores the benefits of decentralized decision-making systems based on blockchain technology, including community representation, and the need for collaboration between government, the private sector, and civil society to develop this system. It also identifies the key challenges and opportunities of blockchain technology in the future of regulation. This award-winning article is a must-read for stakeholders that are interested in the potential of blockchain technology to create a fairer and more inclusive society.”
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Disclosure: This article does not represent investment advice. The content and materials featured on this page are for educational purposes only.
As altcoin season heats up, Solana and XRP show promise, but Rollblock’s presale offers potential for a huge return.
Altcoin season is upon us, and one can sense the breakout just waiting to happen. The Solana news looks encouraging but not great, but the XRP news looks optimistic for the short term as the beleaguered currency finally gets some traction. But no matter how good altcoin season is to coins like Solana and XRP, Rollblock, a new GambleFi token currently in presale, is set to do even better. Let’s find out why.
XRP looks great in the short term, falters medium term
Now that the SEC case is just about over and the Securities Exchange Commission is walking away with egg on its face, the XRP news is finally good. But is it good enough? In the short term, XRP is slated to climb by up to 20% in no time to $0.70 and then $0.75, to peak at $1.60 in six months’ time. But that’s where the XRP news stops being good. Next March, the altcoin season is set to end, and XRP will fall back to about $0.80.
Solana: A mediocre prospect during altcoin season
Solana is an extremely strong currency, but it seems to be maxed out for now. Altcoin season is set to see Solana double in the next six months, but the same story holds. After the altcoin season, Solana will plummet back to its current levels, and analysts expect Solana to be about $175 a year from now after hitting its peak of about $400 in May. Solana is a brilliant long-term ‘invest-and-forget’ token, but it is not set to explode. Solana will merely double during the altcoin season.
Rollblock: Altcoin season drives presale interest
Rollblock is stepping up to bat with a probable massive 100x return. This pattern is well worn in crypto: presale tokens released on the open markets spike skywards, giving early investors enormous ROI. When the presale token is Rollblock, investors can expect not only ROI on release day but also a growing investment that will pay for years to come.
Rollblock harnesses the $500 billion online gambling market and brings it to the cryptosphere on an easy-to-use, no KYC play-to-earn platform. With over 150 games to choose from, Rollblock is luring punters and gamblers from other platforms. Rollblock provides peace of mind to both investors and players, with every roll of the dice immutable recorded on the Ethereum chain. This publicly auditable ledger ensures no funny business is at hand.
But where Rollblock really drives interest is with its investment option. Rollblock is limited to a billion tokens, and regular burns keep supply low and demand up, ensuring the price only goes upwards. However, it’s the revenue share model grabbing investor attention. Rollblock pays out a weekly revenue share to all token holders, meaning that RBLK price goes up with the crypto market and delivers a weekly residual income.
10,000 subscribers have already invested almost $2.7 million in the Rollblock presale. Tokens are available at $0.022.
Disclosure: This content is provided by a third party. crypto.news does not endorse any product mentioned on this page. Users must do their own research before taking any actions related to the company.
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Are you seeking a reliable and secure way to manage your crypto assets? If so, you are in luck, there are many different wallets available on the market for you to choose from these days. Each offers certain benefits and features; however, there are a few options that are, admittedly, more dominant! In this article, let’s take a look at Wallacy wallet to see what makes it stand out from the others.
Right now, don’t waste any time, let’s get straight to discussing what Wallacy is, and how you can start using it, today!
Table of Contents:
What is Wallacy Wallet?
Before we delve deeper into the wallet, a proper introduction is absolutely necessary! If you are new to Wallacy, you will get a good overall impression of the wallet.
So, what is Wallacy wallet? Put simply, Wallacy is a hybrid and gamified crypto wallet that not only provides secure management of crypto assets but also delivers an easy-to-use and enjoyable experience for users. Let’s break that down, shall we?
The very first part - “a hybrid crypto wallet” - refers to the fact that Wallacy is a fusion of the most excellent features from both worlds - decentralized (DEX) and centralized (CEX). With this combination, users can enjoy huge benefits of both types. Decentralized wallets are known for their security and transparency, while centralized ones are acknowledged for their liquidity and user-friendly interface.
With Wallacy, users can keep their cryptocurrencies anonymously and without any oversight. It also allows users to store a wide range of assets from different blockchains in a single wallet.
However, what sets it apart is its gamification feature where users can earn rewards and compete with others. Each game consists of two modes: Training and Tournament. The Training mode helps enhance your proficiency, while the Tournament mode allows you to engage in competitive play with other skilled players and get rewarded.
Once you’re in thrilling game tournaments, strive to secure a top spot to claim your reward - GEM prizes - that can be converted into Stable coin. Don’t miss out on this exciting opportunity to win big!
How to Use Wallacy: The Basics
How to Start Using Wallacy
To begin transferring your cryptocurrencies in the Wallacy wallet or to make use of its DeFi capabilities, you must first download and install it. Presently, Wallacy is available for Android devices, with the iOS version set to launch shortly.
Step 1: First, download and install the Wallacy wallet app at: https://play.google.com/store/apps/details?id=io.wallacy.cryptowallet
Or you can also get the download link by going to the Wallacy official website
Step 2: Once you’ve installed the wallet to your smartphone, you’ll be prompted to either create a new wallet or import an existing one.
Step 3: In the case of creating a new one, your next step is to back up your wallet, with a 12-word secret phrase. Be sure to write these words somewhere secure as this is the only way to restore your cryptocurrencies if you lose access to your wallet.
So far - so good! We have finished creating the wallet. To continue with our “what is Wallacy?” article, let’s now open the newly created wallet and make our first cryptocurrency transfer.
How to Transfer and Receive tokens on Wallacy?
- TRANSFER TOKENS
Step 1: Tap the Send button on the home screen.
Step 2: Choose the asset that you want to send, in correct mainnet, for example: USDT on Binance smart chain. Then fill in the receive wallet address and the amount of token.
Step 3: Now you’re presented with the estimated gas fees of your transaction, which you can also adjust. Before clicking ‘Confirm’, it is a good idea to double-check the recipient address.
Now, press Confirm and just need to wait a few seconds for the transaction to register and be approved!
- RECEIVE TOKENS
Step 1: Select the Receive button on the screen
Step 2: Choose the asset you want to receive from another wallet by token name or contract address. Example: BUSD.
Step 3.1: Copy and send that wallet address to the sender to execute the receive command.
Step 3.2: (Switch to the Request tab) You can also generate a QR code containing your Wallacy wallet address and the amount of tokens you want to receive, then share it with the sender.
How to Exchange Cryptocurrencies on Wallacy Swap?
Step 1: Enter Swap mode by clicking the Swap icon on the home screen.
Step 2: Swap between two different coins. Choose available coins from the menu, for example, swap BNB to USDT on BNB smart chain.
Step 3: Input an amount for a coin and view transaction data. Note that the first coin amount entered will be the exact amount, and the other will be estimated. The information below provides additional details about each transaction (slippage, price impact, transaction fee).
Step 4: To proceed with the swap, click on “Confirm”. You’ll see a box pop up to re-confirm. In this box, you can adjust your gas fee to speed up or speed down the time of your transaction. The more gas fee you pay, the faster the swap will be completed. Then press Confirm to be done!
|
<urn:uuid:5f04edb0-1509-4dc7-aa4a-b96118933533>
|
{
"probability": 0.9296875,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://wallacy.io/news/what-is-wallacy-wallet-and-how-to-use-it-an-in-depth-tutorial-for-beginners/",
"date": "2024-09-19T03:52:35",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700651981.99/warc/CC-MAIN-20240919025412-20240919055412-00864.warc.gz",
"language": "en",
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|
Responsible Disclosure Policy
RESPONSIBLE DISCLOSURE POLICY
RESPONSIBLE DISCLOSURE POLICY
At 17 Looms, safeguarding the integrity of our systems is paramount. We are committed to maintaining a secure environment for our customers. Should you, whether a security researcher or a member of the general public, discover any vulnerability within our systems, we value your contribution and pledge to work collaboratively with you to promptly address any reported issues. We are also dedicated to publicly acknowledging your efforts.
How to report a bug:
If you identify a vulnerability on any of our web platforms, please follow these steps:
- You can visit https://17looms.com/pages/contact . send us an email on email@example.com Please provide the necessary details to recreate the vulnerability scenario, such as screenshots, videos, or text instructions.
- Share your contact details (email, phone number) for our security team to reach out if further information is required to address the issue.
- Provide sufficient information to replicate the problem to facilitate a swift resolution.
- Refrain from disclosing the problem to others until it has been resolved.
- Do not engage in attacks on physical security, social engineering, distributed denial of service, spam, etc.
Any bug that presents a significant vulnerability may be eligible for recognition, subject to our discretion. Security issues typically eligible for recognition are listed under Vulnerability Categories.
- Cross-Site Request Forgery (CSRF)
- Cross-Site Scripting (XSS)
- Code Executions
- SQL Injections
- Server-Side Request Forgery (SSRF)
- Privilege Escalations
- Authentication Bypasses
- File Inclusions (Local & Remote)
- Protection Mechanism Bypasses (CSRF bypass, etc.)
- Leakage of Sensitive Data
- Directory Traversal
- Payment Manipulation
- Administration Portals Without Authentication Mechanism
- Open Redirects Allowing Theft of Tokens/Secrets
- Respect the privacy of other users, and refrain from destroying data or disrupting our services.
- Only investigate bugs or findings within your own accounts. Do not target or disrupt other users' accounts.
- Do not attempt to compromise physical security measures or engage in social engineering, spam, distributed denial of service (DDOS) attacks, etc.
- If a severe vulnerability allowing system access is discovered, do not proceed further.
- The decision to address and fix bugs lies with 17 Looms.
- Bug reports must not be disclosed to parties other than 17 Looms and are subject to our discretion.
- Any form of threat will disqualify you from the programme automatically.
- Exploiting or misusing a vulnerability for personal gain or benefit will disqualify the report automatically.
- Communications regarding bug disclosure with 17 Looms' Security/Technology Team must remain confidential. Researchers must delete all artefacts created to document vulnerabilities (POC code, videos, screenshots) after the bug report is closed.
While we do not operate a cash/bug bounty programme, we are pleased to issue a certificate of recognition to individuals who report security issues responsibly and contribute to enhancing the security of 17 Looms' systems.
Contributors - 17 Looms Responsible Disclosure Programme:
We extend our gratitude to all individuals who have identified and reported vulnerabilities in 17 Looms' systems as part of the responsible disclosure programme. We sincerely appreciate their technical skills, security expertise, and constructive engagement with 17 Looms.
|
<urn:uuid:1e6a1897-50f4-4079-95bc-506e84dff013>
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{
"probability": 0.96875,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://17looms.com/pages/responsible-disclosure-policy",
"date": "2024-09-20T11:13:58",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700652246.93/warc/CC-MAIN-20240920090502-20240920120502-00764.warc.gz",
"language": "en",
"language_score": 0.8936159014701843,
"token_count": 730,
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|
SINGAPORE: A 35-year-old Chinese national, Wang Yunhe, has been arrested in Singapore for his alleged involvement in creating and operating malware, which enabled cybercriminals to pilfer billions of dollars globally.
Wang’s arrest on 24 May was part of a multi-jurisdictional operation spearheaded by the United States Department of Justice (DOJ).
The arrest follows a meticulous investigation by international law enforcement agencies, including the Singapore Police Force (SPF).
Wang, who also holds citizenship in St Kitts and Nevis, faces charges stemming from his role in deploying malware and operating a residential proxy service known as “911 S5.”
As per a press statement released by the US Department of Justice on 29 May, Wang and his associates are accused of creating and disseminating malware from 2014 to July 2022.
This malware infected millions of residential Windows computers worldwide, amassing a network of over 19 million unique IP addresses, including more than 600,000 in the United States.
Wang allegedly profited by offering cybercriminals access to these infected IP addresses for a fee.
Attorney General Merrick B. Garland highlighted the collaborative effort among global law enforcement partners to disrupt 911 S5, a botnet that facilitated various cybercrimes ranging from fraud to child exploitation.
FBI Director Christopher Wray emphasized the significant impact of dismantling the 911 S5 Botnet, which infected computers in nearly 200 countries and enabled a myriad of computer-enabled offences.
Wang’s holdings spanning 21 properties worldwide
According to the US Court documents, Wang’s modus operandi allegedly involved propagating malware through Virtual Private Network (VPN) programs, such as MaskVPN and DewVPN (torrent distribution models that he operated) and pay-per-install services, thereby compromising millions of computers globally.
He managed approximately 150 dedicated servers worldwide, with a significant portion leased from U.S.-based service providers, to operate his criminal enterprise.
The indictment further reveals that Wang amassed approximately US$99 million, either in cryptocurrency or fiat currency, in illicit proceeds from his 911 S5 operation.
He used these funds to fuel an extravagant lifestyle, purchasing 21 properties across various countries, including the United States, St. Kitts and Nevis, China, Singapore, Thailand, and the United Arab Emirates.
Among Wang’s extravagant acquisitions were top-tier vehicles such as a 2022 Ferrari F8 Spider S-A, a BMW i8, a BMW X7 M50d, and a Rolls Royce.
Additionally, he maintained more than a dozen domestic and international bank accounts, over two dozen cryptocurrency wallets, and a collection of luxury wristwatches.
Further scrutiny of U.S. court documents reveals Wang’s ownership and operation of several companies across various jurisdictions.
Notably, Eternal Code in Singapore, which has since been dissolved, was registered at an office building on Robinson Road and specialized in the wholesale distribution of computer software.
Court documents characterized the firms registered by Wang as “shell companies he used to conceal the identity and illegitimate nature of his 911 S5 service and its related proceeds”.
DOJ indicated that dozens of his assets and properties could be subject to seizure.
The scope of the operation extended into various criminal activities, encompassing financial fraud, identity theft, and illegal exportation of goods, resulting in losses amounting to billions of dollars.
Wang faces charges including conspiracy to commit computer fraud, substantive computer fraud, conspiracy to commit wire fraud, and conspiracy to commit money laundering, carrying a maximum penalty of 65 years in prison if convicted on all counts.
According to the DOJ, Wang’s customers allegedly targeted Covid-19 relief programs in the US, leading to losses exceeding US$5.9 billion due to fraudulent claims made from compromised IP addresses.
Collaborative efforts among law enforcement agencies in the United States, Singapore, Thailand, and Germany resulted in the seizure of assets valued at approximately US$30 million, with additional forfeitable property identified at a similar value.
Law enforcement agencies also confiscated 23 domains and more than 70 servers located worldwide, which served as the backbone of Wang’s criminal activities.
Moreover, the U.S. Treasury Department’s Office of Foreign Assets Control (OFAC) imposed financial sanctions against Wang and his associates, Jingping Liu and Yanni Zheng, for their involvement with 911 S5. The sanctions also targeted three entities owned or controlled by Wang.
Liu, identified as Wang’s co-conspirator in laundering proceeds from criminal activities, shares a common address with Wang at the condominium in Angullia Park in Singapore.
Meanwhile, Zheng, who had no residential information in Singapore according to the Treasury Department, was described as an individual involved in conducting business transactions and purchasing real estate property on Wang’s behalf.
The three firms associated with Wang are all based in Chonburi, located south of the Thai capital Bangkok.
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|
<urn:uuid:e5c7dbc5-5a88-4a42-adca-c433d0d5b4d0>
|
{
"probability": 0.90234375,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://gutzy.asia/2024/05/30/chinese-national-arrested-in-singapore-for-operating-multi-billion-dollar-cybercrime-network/",
"date": "2024-09-09T17:52:06",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700651133.92/warc/CC-MAIN-20240909170505-20240909200505-00064.warc.gz",
"language": "en",
"language_score": 0.9425584673881531,
"token_count": 1238,
"idx": 126469,
"score": null,
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}
|
Mexico. Dahua Technology reported its partnership with PCH Connect to expand the scope in the commercialization of video surveillance, security and connectivity solutions in the Mexican territory.
Ericka Verdin, New Business Channel Manager Dahua Mexico, explains that through the extensive network of distributors that work with PCH in the IT segment, more momentum will be given to the new Dahua product lines, ensuring that technological innovation reaches more companies throughout the country.
For her part, Monserrat Baltazar Camacho, Commercial Director at PCH Connect, commented that this new alliance is aligned with its commitment as a wholesaler to offer innovative solutions that allow distributors to reach their full potential. "The addition of switches, routers and WiFi cameras to our catalog expands the offer of high-quality and high-performance products, providing our customers with the connectivity and security solutions they need to boost their business," he said.
The new Dahua products available at PCH Connect are ideal for businesses, households and key sectors such as retail security and banking, which are looking for reliable and state-of-the-art solutions. And they are characterized by superior performance and intelligent features, including:
- Advanced network management: For total control over connectivity.
- Blind Spot Coverage: For a reliable signal in every space
- VPN encryption: For robust security and data protection.
"Dahua's quality and reliability are recognized globally, we are confident that these products will transform the way companies connect and protect their businesses, taking them to the next level of security and control," added Monserrat Baltazar.
"The collaboration with PCH will strengthen our sales channel by providing additional support to our business partners. Through joint training and support programs, we will ensure that our partners are fully equipped to offer and support the new solutions, thus facilitating faster and more effective adoption in the market," explained Ericka Verdin, New Business Channel Manager Dahua Mexico.
|
<urn:uuid:e3801e5b-947f-47d5-8638-2ec8ea11798e>
|
{
"probability": 0.8828125,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://www.ventasdeseguridad.com/en/2024090324500/news/enterprises/dahua-technology-mexico-and-pch-connect-seal-alliance.html",
"date": "2024-09-09T02:10:31",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700651053.52/warc/CC-MAIN-20240909004517-20240909034517-00714.warc.gz",
"language": "en",
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|
Antivirus application protects your laptop or computer from malicious software. Infections are unsafe files that can be downloaded from dodgy websites. They will cause your device to crash, spy on you through your webcam, https://mattiebrown.net/what-is-board-portal-software-and-how-it-s-helping-business-evolve and obtain your personal information.
Although antivirus software program can look after your system, its also wise to take additional steps to safeguarded your data. For instance using a VPN (virtual individual network) and limiting your time about sketchy websites.
It’s also important to protect your identity. Cyber-terrorist can steal your individual information through phishing scams. Using a security password manager can help ensure you won’t inadvertently log into a shady web page.
There are three different kinds of recognition: signature-based, heuristic-based, and behavior-based. Each of these provides some protection, but when put together they work best.
Generally, ant-virus software works incoming info for noted malware and matches it to the repository. Once a meet is found, this software marks the infected apply for removal.
A large number of antivirus applications offer additional features, which include parental equipment and a network fire wall. Some applications even incorporate a browser off shoot.
Choosing the right ant-virus software will depend on your needs. You might like to get an antivirus which has a high recognition rate, or one that possesses a manual diagnostic.
Ideally, you’ll be wanting a solution that combines global threat intellect with advanced threat reduction engines. In addition , look for anti virus software that provides identity thievery protection.
Many antivirus programs come with a password manager and a scam protection application. Additionally , several offer functions, like a equipment optimization application and a VPN.
|
<urn:uuid:d1372afa-8ece-44ff-a7d8-8556c6e75b86>
|
{
"probability": 0.8984375,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://www.logicospericia.com.br/2023/01/30/malware-software-what-you-need-to-know/",
"date": "2024-09-19T23:32:30",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700652073.91/warc/CC-MAIN-20240919230146-20240920020146-00464.warc.gz",
"language": "en",
"language_score": 0.9124799370765686,
"token_count": 387,
"idx": 3085,
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}
|
The preferable way to contact me in the average case is e-mail. It’s relatively reliable, fast, suits almost all needs, and even works asynchronously with all advantages that brings.
Replacing the first ‘.’ in henk.hnjs.ch with an ‘@’ should work.
Pretty Good Privacy (PGP)
Please consider using PGP to send me encrypted emails.
My Public Key’s fingerprint is:
DBE1 CA16 DCC4 56E1 C2DD 9C32 1B7E ADFD DF72 0123
Please try to understand how PGP needs to be used to actually help securing your communication! E.g. you will have to verify that you have got the correct key in some way. Do not blindly trust the key because ‘it looks right’!
I am present on a few networks usually with the nick ‘henk’, in particular on my own server.
Please contact me via one of the other channels to obtain my telephone number. But please keep in mind the above: e-mail is a very efficient way of communication! Thank you very much.
|
<urn:uuid:689502a6-1335-430d-8312-a5a7184b7800>
|
{
"probability": 0.875,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://henk.hnjs.ch/contact/",
"date": "2024-09-15T07:19:55",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700651616.56/warc/CC-MAIN-20240915052902-20240915082902-00214.warc.gz",
"language": "en",
"language_score": 0.9248793721199036,
"token_count": 247,
"idx": 746013,
"score": null,
"int_score": null
}
|
Are you passionate about biosecurity, intelligence gathering, and driving compliance in a government setting? We are seeking a dynamic and experienced Principal Intelligence Officer to join our client's team on a fixed-term, full-time basis in Brisbane. This is a great opportunity to be part of a critical mission to protect Queensland's agricultural prosperity, environment, and public health.
About the Role:
As the Principal Intelligence Officer, you will play a key role in establishing and enhancing the intelligence capability for biosecurity activities. Working closely with cross-functional teams, you will provide strategic insights, lead intelligence operations, and mentor officers to drive compliance with the relevant legislation.
|
<urn:uuid:bfb7e418-f99d-4b14-b79d-05f161375a61>
|
{
"probability": 0.98046875,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://www.randstad.com.au/jobs/principal-intelligence-officer_brisbane_44048092/",
"date": "2024-09-09T04:11:20",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700651072.23/warc/CC-MAIN-20240909040201-20240909070201-00814.warc.gz",
"language": "en",
"language_score": 0.9310683608055115,
"token_count": 135,
"idx": 763410,
"score": null,
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}
|
Attackers Pose as American Financial Group and Send Malware Disguised as Password-Protected Zip File
In this malware attack, cybercriminals impersonate American Financial Group, a reputable financial services company, and send a fraudulent document notification to their target. Using the spoofed email address "info@o3[.]gr", the attacker informs the recipient that requested documents, including an invoice and an insurance certificate, are attached in a password-protected ZIP file. The email includes a personal password purportedly to access the documents, giving it the appearance of legitimacy. However, the ZIP file actually contains malware designed to infect the recipient's system. The email exploits the trusted name of American Financial Group and the perceived security of password protection to manipulate the recipient into opening the malicious attachment without scrutinizing the email.
Older, legacy email security tools struggle to accurately identify this email as an attack because it originates from a spoofed email address, utilizes a password-protected attachment, and lacks obvious malicious links. Modern, AI-powered email security solutions recognize that the sender is unknown to the recipient, detect the suspicious nature of the attachment, and recognize the mismatch between the sender name and domain to correctly flag this email as an attack.
Threat actor impersonates AFG and uses a password-protected attachment in this malware attack
How Does This Attack Bypass Email Defenses?
This email attack bypasses traditional security solutions for multiple reasons, including the following:
- Spoofed Email Address: The attacker spoofs a legitimate email address "info@o3[.]gr", bypassing basic email verification checks and adding perceived authenticity.
- Password-Protected Attachment: The use of a password-protected ZIP file can bypass antivirus and anti-malware scanning, as the content within the ZIP file is not immediately accessible.
- Absence of Malicious Links: By not including suspicious links in the email body, the email avoids detection by link-scanning mechanisms used by legacy security tools.
How Did Abnormal Detect This Attack?
This attack was detected using AI and ML by analyzing various factors, including the following:
- Unknown Sender Consideration: The email is recognized as coming from an unknown sender who has never communicated with the recipient. Abnormal’s platform maintains a communication history and quickly flags deviations from established patterns of sender-recipient interactions.
- Suspicious Attachment Analysis: The presence of a password-protected ZIP file triggers Abnormal’s systems to scrutinize and flag the email for potentially malicious content, as this is a known tactic used to bypass traditional security measures.
- Sender Name and Domain Mismatch: The sender name (AFG Partners) does not match the domain "o3[.]gr", raising further suspicion during Abnormal’s analysis.
By recognizing established normal behavior and detecting these abnormal indicators, a modern email security solution has the ability to prevent this attack from reaching inboxes.
Please note the exact detection mechanism from Abnormal Security's system might include proprietary techniques and methodologies not disclosed here.
|
<urn:uuid:4ff44394-d1dd-4b4e-8412-f0bf489f60cd>
|
{
"probability": 0.984375,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://intelligence.abnormalsecurity.com/attack-library/attackers-pose-as-american-financial-group-and-send-malware-disguised-as-password-protected-zip-file",
"date": "2024-09-14T14:36:50",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700651579.38/warc/CC-MAIN-20240914125424-20240914155424-00564.warc.gz",
"language": "en",
"language_score": 0.9253708124160767,
"token_count": 627,
"idx": 137394,
"score": null,
"int_score": null
}
|
- 22 Aug 2024
- 2 Minutes to read
Halcyon - Set Device Mode
- Updated on 22 Aug 2024
- 2 Minutes to read
Halcyon - Set Device Mode changes the mode of the agent installed on the device between Learning and Blocking. The devices match the results of the selected saved query, and match the Enforcement Action Conditions, if defined or selected on the relevant asset page.
See Creating Enforcement Sets to learn more about adding Enforcement Actions to Enforcement Sets.
- Enforcement Set name (required) - The name of the Enforcement Set. A default value is added by Axonius. You can change the name according to your needs.
- Add description - Add a description of the Enforcement Set. It is recommended to describe what the Enforcement Set does.
- Run action on assets matching following query (required) - Select an asset category and a query. The Enforcement Action will be run on the assets that match the query parameters.
- A query only returns results for the asset type it was created for.
- Not all asset categories are supported for all Enforcement Actions.
- See Actions supported for Activity Logs, Adapters Fetch History, and Asset Investigation modules.
- See Actions supported for Vulnerabilities.
- See Actions supported for Software.
- Action name (required) - The name of the Main action. A default value is added by Axonius. You can change the name according to your needs.
- Configure Dynamic Values - Toggle on to enter a Dynamic Value statement. See Creating Enforcement Action Dynamic Value Statements to learn more about Dynamic Value statement syntax.
- Use stored credentials from Halcyon adapter - Select this option to use the first connected Halcyon adapter credentials.
- When you select this option, the Select Adapter Connection drop-down is available, and you can choose which adapter connection to use for this Enforcement Action. To use this option, you must successfully configure a Halcyon adapter connection.
These fields must be configured to run the Enforcement Set.
- Device Mode - Select between Learning and Blocking.
- Compute Node - The Axonius node to use when connecting to the specified host. For more details, see Connecting Additional Axonius Nodes.
These fields are optional.
If Use stored credentials from the Halcyon adapter is disabled, these fields are required:
- Base API url - Enter https://api.halcyon.ai/ to access the Halcyon server.
- User Name and Password - The credentials for a user account to log into the Halcyon application.
- Verify SSL (optional) - Select whether to verify the SSL certificate of the server against the CA database inside of Axonius. For more details, see SSL Trust & CA Settings.
- HTTPS Proxy (optional) - Connect the adapter to a proxy instead of directly connecting it to the domain.
- HTTPS Proxy User Name (optional) - The user name to use when connecting to the server using the HTTPS Proxy.
- HTTPS Proxy Password (optional) - The password to use when connecting to the server using the HTTPS Proxy.
- Gateway Name - Select the Gateway through which to connect to perform the action.
For more details about other Enforcement Actions available, see Action Library.
|
<urn:uuid:921c51a4-806e-40c7-ae09-4ff7aed27d55>
|
{
"probability": 0.9765625,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://docs.axonius.com/enforcements/docs/halcyon-set-device-mode",
"date": "2024-09-19T00:35:33",
"file_path": "s3://commoncrawl/crawl-data/CC-MAIN-2024-38/segments/1725700651944.55/warc/CC-MAIN-20240918233405-20240919023405-00764.warc.gz",
"language": "en",
"language_score": 0.8153608441352844,
"token_count": 674,
"idx": 58657,
"score": null,
"int_score": null
}
|
Artificial Intelligence (AI) has rapidly become a part of our daily lives. While it holds great potential for good, it's also being misused to create more sophisticated email scams and cyber trickery. AI scams can trick even the most cautious among us, putting our personal information and finances at risk.
AI Scams and The Evolving Nature of Digital Deception
Phishing emails used to be easy to spot, riddled with typos and obvious fakes. Now, with AI, attackers can create messages that look like they're from our banks, favorite stores, or even a friend. They can even use our names and details to make the email seem even more legitimate. This digital deception is a growing problem, and we must all be aware of the online dangers it presents.
The Impact of AI Scams on Our Community
Phishing isn't just a minor annoyance; it's a serious threat that can have devastating consequences. In our community, we've seen firsthand how these scams can lead to identity theft, financial losses, and emotional distress. We're committed to helping our clients and community members protect themselves from these threats.
Practical Tips to Stay Safe from AI Scams
Here are some easy-to-follow tips to help us stay safe from AI-powered phishing scams:
Think twice before we click: Always verify the sender's email address before clicking on links or opening attachments, even if the message seems to come from a trusted source.
Be wary of urgent requests: Scammers often create a sense of urgency to pressure us into acting quickly. Take a moment to pause and think before responding, especially, when we're feeling threatened or fearful.
Don’t Let Anyone Access your Device: As tempting as it may be to let an expert access our devices, just say “NO”.
Never Click on Links or Buttons: Never click on a link or button asking us to verify or authorize our account information. Never click on links or buttons from within an email if we are not 100% sure of the validity of the email.
Don't hesitate to ask for help: If unsure about an email or message, reach out to a trusted friend or family member for a second opinion. Also, we can contact AnewVista Community Services for assistance and guidance.
Empowering Our Community
At ANVCS.org, we believe that knowledge is power. By educating ourselves and each other about the dangers of phishing, we can empower our community to stay safe online.
Click on the link to watch the entire class on the impacts of AI on Scams.
|
<urn:uuid:74df5812-c379-40a2-8460-25070c127675>
|
{
"probability": 0.875,
"relevant": true,
"dump": "CC-MAIN-2024-38",
"url": "https://www.anvcs.org/post/ai-scams-more-email-and-messaging-trickery",
"date": "2024-09-20T23:38:31",
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Merlin Chain announced a strategic partnership with TRON DAO. The objectives of the partnership are to expand the interoperability of Bitcoin, diversify utilities, and push financial accessibility. Expressing their pride over the development, Merlin Chain said that the move would benefit over 210 million users of the ecosystem across the world. Further, Merlin Chain is known to host more than 50 billion stablecoins and 7+ billion transactions.
Members of the Tron community expressed their optimism about the strategic partnership. Most of them congratulated the team, while others said the partnership was indeed impressive.
Tron has confirmed the development on X by stating that Bitcoin was finally coming to the Tron Network via L2 integration to unlock insane potential. The trading value of TRON, the native token of the ecosystem, has reflected these sentiments, with a surge of 1.68% in the last 24 hours. It further reflects a rise of 3.13% and 27.18% in the previous seven days and 30 days, respectively. Moreover, its 24-hour volume was up by 12.74% at the time of articulating this piece.
Merlin Chain previously announced a partnership with GeniiData, enabling it to upgrade the real-time data service for all Bitcoin L2 solutions. This includes, with no limitation whatsoever, dApp, user data, and total value locked. GeniiData confirmed the development, also announcing how users earn exclusive loyalty badges and points.
All they have to do is follow both platforms on X, paste their X profit URL, and claim the reward. However, the URL has to be pasted only in the designated section.
Merlin Chain previously joined hands with bitSmiley. The idea was to deploy the bitUSD protocol on the Merlin Chain. This gives them a chance to create more native yields for users. As for the holders of bitUSD, they gain access to more liquidity and use cases in the BTC ecosystem.
That said, BTC can be seen exchanging hands at $59,301.24, with a surge of 4.86% in the last 24 hours. It could soon begin testing the new resistance level of $60,000 if the bullish trend continues at the current pace.
TRON DAO has previously joined hands with Ankr to host the TRON DAO Hackathon. It allows users to demonstrate their projects in front of some of the most influential venture capitalists in the industry. If selected, developers stand a chance to secure funding from VCs – TDV and HTX Ventures. This would be the sixth edition of the hackathon, backed by three Diamond Sponsors: Ankr, ChainGPT, and AITECH.
TRON DAO is fresh from achieving a major milestone. The ecosystem recently bagged 214,207,094 accounts. That means that TRON has more than 214 million accounts in the ecosystem, marking rapid development and constant efforts to decentralize the web.
Moving forward, all the members are waiting to see how the partnership between Merlin Chain and TRON DAO rolls out.
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In Legion of the Bouncy Castle BC before 1.55 and BC-FJA before 220.127.116.11, attackers can obtain sensitive information about a private exponent because of Observable Differences in Behavior to Error Inputs. This occurs in org.bouncycastle.crypto.encodings.OAEPEncoding. Sending invalid ciphertext that decrypts to a short payload in the OAEP Decoder could result in the throwing of an early exception, potentially leaking some information about the private exponent of the RSA private key performing the encryption.
CWE-203 - Observable Discrepancy
The product behaves differently or sends different responses under different circumstances in a way that is observable to an unauthorized actor, which exposes security-relevant information about the state of the product, such as whether a particular operation was successful or not.
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<urn:uuid:180bbe3c-a4f8-49cd-97ab-f49b7820b170>
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$TRLCO: Our Ecosystem & Rewards Token wrapped around the overall ecosystem to create a value added user experience enabling our community to live and earn within our products and services. This rewards ecosystem will have a singular utility token that allows the community to earn via stretch goals and other rewards-based mechanisms, and redeem the token to impactful real world benefits.
$TRLCO’s benefits to the community are paramount to the sustainability of the ecosystem for TRL. At the core of the utility, we have developed the access and utilization of the token to drive true tangible value to the community. The ability that the $TRLCO token can offset monthly subscriptions, synergize with rent-to-own products, sync with ancillary services such as home cleaning, utilities, and future lifestyle activities will now create rising independence for the consumer, enable increased cash flow for fiat currencies, and token holder benefits.
Refer here for more details: $TRLCO Token Ecosystem
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A vulnerability in Versa Networks’ software is being exploited by a Chinese hacking group called Volt Typhoon to target companies in the U.S. and India. While a fix has been released, not all companies have implemented it, resulting in multiple security breaches.
Volt Typhoon, a Chinese hacking group, has been using a security loophole in software developed by Versa Networks, a California-based startup, to launch attacks on internet companies in the United States and India.
As reported by Bloomberg, security researchers at Lumen Technologies’ Black Lotus Labs have revealed that the Volt Typhoon has taken advantage of this vulnerability to breach four American companies, including internet service providers, and one Indian company.
The security flaw was discovered in Versa Networks’ software, which manages network configurations. Despite Versa identifying the bug and providing a fix in June 2023, not all companies have promptly applied the patch, leaving them open to potential attacks. The hacking campaign is believed to be ongoing.
Volt Typhoon is suspected to be a Chinese state-sponsored hacking group. The U.S. government has previously accused the group of infiltrating critical infrastructure in the U.S., such as water facilities and the power grid, with the intention of causing disruptions during a potential crisis that may be linked to Taiwan.
The Chinese government has denied these allegations, asserting that the Volt Typhoon is a criminal group known as “Dark Power” and is not affiliated with the state. They have also suggested that U.S. intelligence agencies are falsely attributing cyberattacks to China to rationalize increased budgets and government contracts.
Versa Networks issued an emergency fix for the bug at the end of June but only widely notified customers in July after one customer reported a breach.
The company stated that this customer should have adhered to earlier guidelines to protect their systems, such as restricting internet access to a specific port. Versa has now updated its systems to be secure by default, ensuring they should still be protected even if customers do not follow the guidelines.
The National Vulnerability Database has rated the vulnerability as “high” severity. The Cybersecurity and Infrastructure Security Agency (CISA) of the United States has mandated federal agencies to rectify the vulnerability or cease using Versa products by September 13, 2023.
According to Versa, the hacking group has utilised the flaw at least once to breach a system, although they did not specify the group. Volt Typhoon’s operations have reportedly been ongoing for at least five years, targeting critical sectors such as communications, energy, and transportation.
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CINTECX actively supports staff training by periodically organizing courses that cover various fields. These include learning the skills to handle the scientific equipment acquired by the Centre, improving skills for using software for data handling and analysis, management of research and its results, and an introduction to gender mainstreaming in industrial and technological areas.
CINTECX also offers a mentoring programme for people who are undertaking or have recently finished Ph.D. work, providing them with academic and professional guidance, and accompanying them and supporting them in their professional career.
Throughout the programme, the CINTECX mentoring team will share their experiences and offer individualized advice on the concerns of early-stage researchers, the habits they should acquire at each stage, and the funding they can apply for.
People participating in the scheme will discover all the steps they need to take during their research career from the moment they begin their thesis, covering how to obtain pre-doctoral funding, organizing stays, deadlines to keep, accreditation of teachers, and post-doctoral scholarships.
The programme also includes a series of Scientific Seminars designed to improve the communication skills of people who intend to go to congresses, give talks or take part in other such events.
Training and Mentoring
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Have you ever heard the proverb, “Too many cooks spoil the broth”? It basically means if too many people are all trying to do one thing, with no clear direction, then things will go wrong. And this couldn’t be truer when responding to, and recovering from, an incident. It’s likely your business continuity plans will involve multi-agencies when it comes to responding and recovering after an incident. But, to make sure this is effective, you need to get everybody collaborating and coordinated. That means planning coordination strategies, so everyone knows what they’re doing. By the end of this course, you’ll be able to: • Define integrated response & recovery • Identify which agencies are necessary to make your response and recovery plans effective • Plan coordination strategies for response & recovery as part of your business continuity planning Why take this course? In an incident situation, you need solid integrated response & recovery plans. For operational leaders, and duty and senior managers, this course can help you develop an understanding of integrated response & recovery. It’ll also look at the types of agencies you’ll need, and how to coordinate them, so you can make informed decisions in your business continuity plans. 10 mins | SCORM | Workbook
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Compliance Hub: Your go-to resource for global privacy laws and ISP policies
Quiz the Hacker uses Ai to create cybersecurity quizzes for Certification & Job
Secure IoT Office is all things physical security from smart offices to ACLs.
Expert in scam prevention, cybersecurity insights, and protecting against fraud.
Hacker Noob Tips is a site for anyone to learn information security
We are monitoring the privacy and security of the gig work economy & smart home
My Privacy Blog is all things privacy from identity theft, web3 and blockchain
Breached Company tracks ongoing organizations and vendors getting breached
website providing information on which hot cybersecurity products to buy.
At Security Careers Help, we believe that knowledge is power. Lets find that job
Secure IoT House is all thing physical security identity theft with your home
Crypto Impact Hub is all things web3 and blockchain security to ensure assets
Thank you for visiting CISO Marketplace, Please visit our social media, we hope you enjoy! Dismiss
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Security Guard Job Application Form
This Security Guard Job Application Form Template can be used by security companies to collect information from potential job applicants. It can be used by security agencies, firms, or employers looking to hire security personnel. Its conversational UI makes it engaging for applicants, and white-label features help in branding.
Features of this security guard application form template
Collect Security Guard Job Applications hassle free!
Use Cases of Security Guard Job Application Form Template
In the hospitality industry, the template simplifies the hiring process for hotels and resorts. It efficiently collects applicant information, assesses qualifications, and ensures the selection of top-tier security personnel. This enhances guest safety and overall satisfaction, making it a valuable tool for maintaining a secure and welcoming environment.
The retail sector benefits from this template by streamlining the recruitment of security guards. It enables the quick collection of applicant data, evaluation of qualifications, and the assurance of a safe shopping environment for customers. Preventing theft and ensuring a secure shopping experience is paramount, and this template helps achieve those goals efficiently.
Corporate offices can enhance their security protocols by utilizing this form. It simplifies the process of collecting essential applicant details, such as qualifications and certifications. This ensures the hiring of competent security personnel who contribute to a safe and secure workplace environment.
Event managers can ensure the safety of attendees by using this template to recruit security guards for concerts, sports events, and festivals. It efficiently gathers applicant information and verifies credentials, enabling event organizers to provide a secure and enjoyable experience for participants.
Benefits of this security guard job application form template
Engaging Conversational Experience
The interactive UI provides a conversational form-filling process that engages job applicants. Utilize emojis, GIFs, and interactive messages to create an enjoyable and user-friendly experience, encouraging more applicants to complete the form.
Brand-Friendly and White Labeling
Customize the form’s appearance to match your organization’s brand guidelines. Adjust colors, fonts, button styles, and form backgrounds to create an authentic and trustworthy image. With custom domains and white-labeling, the form seamlessly integrates with your brand identity. Additionally, access a library of free images from Unsplash to enhance visual appeal.
Multiple Sharing Options
Share the job application form through various channels, including WhatsApp, SMS, unique links, QR codes, and webpage embedding. Whether inline or as a popup using shortcodes, applicants can access the form conveniently. Embed it on your career page to simplify the application process for potential hires.
File Upload and Signature Collection
Use the file upload question type to streamline resume and document submission by applicants. Additionally, collect digital signatures and consent using specific question types. This enhances the efficiency of application processing and record-keeping.
Customize the form by adding sections, allowing you to organize applicant information efficiently. Gather specific details and qualifications relevant to security guard roles, making the evaluation process more systematic.
Two User-Friendly Formats
Surveysparrow accommodates user preferences with two formats:
Conversational Format: Display one question at a time on a single screen for a seamless flow.
Single Page Form: Alternatively, present the entire form on a single page for applicants who prefer a comprehensive view.
How to use this security guard job application form template
Step 1: Customize
Personalize the form to match your organization’s branding by adjusting colors, fonts, and backgrounds. Use white-labeling to ensure a professional and consistent appearance in line with your brand guidelines. Create an informative welcome page for the form. Set the tone, explain the purpose, and provide any necessary instructions to streamline the application process. Customize the thank you page to express appreciation and provide information about what they can expect next.
Step 2: Integrate
Seamlessly integrate your job application form with Google Sheets. This integration automatically collects and updates responses in a Google Sheets document, simplifying data management and organization. Alternatively, you can integrate your form with Excel Online for data storage and analysis. This option provides flexibility in managing applicant information.
Step 3: Share
Make it easy for applicants to access your form through various channels. Utilize options like a unique link, SMS, email, or webpage embed to suit their preferences.
Step 4: Analyze and Export Results:
Effortlessly export the collected applicant data to CSV files for further analysis, reporting, or sharing with your HR team or hiring managers. Use dashboard features to gain insights from your applicant data. Use filters and widgets to customize the view, analyze trends, and track key performance indicators related to your hiring process. Use ticket management feature to conduct the selection process.
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<urn:uuid:c6298b93-29f6-4610-afca-7b9ae9aa0d15>
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{
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Multi-tenant buildings, whether residential, commercial, or mixed-use, face unique security challenges. Ensuring the safety and security of all tenants while maintaining convenient access is a delicate balance. But don’t worry! We’re here to highlight the top security concerns in multi-tenant buildings, and even better, provide you with effective solutions to keep your space secure and comfortable. Let’s dive in.
One of the biggest security concerns in multi-tenant buildings is unauthorised access. There are countless stories of thefts happening in new apartment complexes within the first year. Why? Because traditional mechanical keys can be stolen, copied, or lost, making it easy for thieves to get in. This problem isn’t just for new buildings; it can happen anytime a key goes missing. Replacing all the locks is expensive, time-consuming, and a hassle. Plus, there’s a big security risk between losing a key and changing the locks.
The Solution: Smart Access Control
Smart access control systems, like Tapkey, offer a robust solution to this problem. These systems use encrypted digital keys, which can be managed and monitored remotely. Tenants can use their smartphones or NFC transponders to enter the building, ensuring only authorised individuals gain access. If someone loses their access, it can be easily revoked or reassigned without changing the locks, making the building much more secure.
Tailgating, a form of unauthorised access, is particularly problematic in busy buildings where monitoring every entry is challenging. But what even is tailgating? Tailgating occurs when an unauthorised person follows an authorised individual into a secure area. This issue becomes more pronounced when multiple people need access simultaneously, as you don’t want a queue forming at the front door due to slow access processes. How can this be overcome without causing delays?
Solution: Security Turnstiles
Implementing security turnstiles integrated with smart access control can mitigate tailgating. Turnstiles require individual credentials for each person, preventing unauthorised entry. When combined with a smart access control system, it ensures that only those with valid digital keys can pass through. Quickly and conveniently, without compromising security.
Lack of Surveillance
Insufficient surveillance can lead to increased criminal activity, as there are fewer deterrents for potential offenders. Without proper monitoring, it’s difficult to track and respond to security incidents effectively. Areas like lobbies, corridors, parking garages, and stairwells are particularly vulnerable without adequate surveillance.
Solution: Comprehensive CCTV Systems
A comprehensive CCTV system is essential for monitoring common areas, entry points, and other critical zones. Footage can be reviewed to identify unauthorized access attempts and support investigations if an incident occurs. Smart access control systems also allow for real-time monitoring and access logs, providing an extra layer of security.
Poor Visitor Management
Managing visitors in multi-tenant buildings can be chaotic, leading to security breaches if visitors are not properly tracked and authorised. Traditional sign-in sheets or unmanaged access points can result in unauthorised individuals roaming the premises. Yet again unauthorised access! This can lead to potential threats to both property and personal safety. Not to mention with traditional security there is no flexibility when a technician has to quickly gain access to a building. It always requires a utility manager on site.
The Solution? You guessed it—smart access management systems.
Smart access systems streamline the process of registering and tracking visitors. With remote issuing of temporary digital keys to visitors, ensuring they have access only to designated areas and times. This system can be integrated with smart access control for seamless entry and exit.
Wrapping It Up
Security in multi-tenant buildings is multifaceted, requiring a combination of advanced technologies and proactive management. Smart access control systems, such as those provided by Tapkey, address many of these challenges by providing secure, convenient, and manageable access solutions. By integrating these systems with other security measures like CCTV and visitor management building managers can create a safe and secure environment for all tenants.
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The correct service is the one specifically designed to create, control, and manage encryption keys and policies. It enables administrators to define user permissions and outline the scope of actions that can be performed with these keys. This service is integral to managing the lifecycle of encryption keys and their accessibility, helping to uphold the principles of confidentiality and integrity in cloud data security.
AI Generated Content may display inaccurate information, always double-check anything important.
What is AWS Key Management Service (KMS)?
How do IAM roles interact with KMS?
What are some best practices for using KMS in AWS?
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Enhancing Urban Security with Advanced IoT Solutions
Leveraging IoT for Real-Time Urban Security Enhancements
The innovative approaches in public safety projects using IoT for urban security are revolutionizing how cities like Riyadh and Dubai protect their citizens. As urban areas expand and populations grow, the need for more sophisticated and responsive security measures becomes critical. By integrating the Internet of Things (IoT) into public safety initiatives, municipalities can create smart, interconnected systems that provide real-time monitoring, rapid response capabilities, and predictive analytics. These innovations are essential for addressing the complex security challenges faced by modern cities.
One of the most impactful innovative approaches involves the use of IoT-enabled surveillance systems. Smart cameras equipped with AI-powered analytics can monitor public spaces continuously, detecting unusual activities or potential threats. In Dubai, such systems are already in use, providing city officials with real-time insights that allow for quick intervention when necessary. These cameras can identify anomalies like unattended bags or suspicious behavior, alerting security personnel instantly to mitigate risks. This proactive approach to urban security not only enhances safety but also builds public trust in the effectiveness of city management.
Another critical element of IoT in public safety is the deployment of connected sensors throughout urban environments. These sensors can monitor a wide range of factors, from air quality and noise levels to structural integrity and environmental hazards. In Riyadh, for instance, IoT sensors are used to detect gas leaks, water contamination, and other potential dangers that could pose risks to residents. By providing a constant stream of data, these sensors enable city authorities to respond swiftly to emerging threats, ensuring that urban spaces remain safe and livable. This data-driven approach is crucial for the ongoing efforts to create smarter, more resilient cities in Saudi Arabia and the UAE.
Improving Emergency Response and Citizen Engagement
The innovative approaches in public safety projects using IoT for urban security also extend to enhancing emergency response and citizen engagement. IoT technologies facilitate faster and more coordinated responses to emergencies by connecting first responders with real-time information from the field. For example, smart traffic management systems can prioritize routes for emergency vehicles, reducing response times and improving the effectiveness of interventions. In Dubai, the integration of IoT in public safety has enabled the deployment of drones to assess situations from the air, providing critical information to ground teams and ensuring a rapid, well-informed response.
Additionally, IoT-enabled communication platforms are transforming how cities engage with their residents on matters of public safety. Mobile applications and digital alerts allow citizens to receive real-time updates about ongoing incidents, safety advisories, or evacuation orders. In Riyadh, the use of smart city apps that connect residents to emergency services and provide guidance during crises has become an integral part of the city’s safety strategy. This direct line of communication between authorities and the public not only enhances safety but also empowers citizens to play an active role in their own security.
Moreover, predictive analytics powered by AI and IoT data is another innovative approach enhancing urban security. By analyzing patterns and trends from historical data, these systems can forecast potential security incidents, allowing city planners to take preventive measures. For instance, in high-traffic areas or during major events, predictive models can identify potential bottlenecks or crowd-related risks, enabling authorities to adjust resources and strategies accordingly. This foresight helps cities like Riyadh and Dubai maintain order and safety, even in complex urban settings.
Conclusion: The Future of Urban Security with IoT Innovations
In conclusion, the innovative approaches in public safety projects using IoT for urban security are setting new standards for how cities can protect their populations. By leveraging advanced technologies such as AI-powered surveillance, connected sensors, and predictive analytics, cities like Riyadh and Dubai are not only improving their immediate response capabilities but also building a more secure and resilient urban environment for the future. These IoT-driven solutions provide the agility and intelligence needed to address evolving security challenges in a rapidly changing world.
For business executives, mid-level managers, and entrepreneurs, understanding these innovative approaches to public safety is essential for identifying new opportunities in the growing field of smart city technologies. By investing in IoT solutions that enhance urban security, organizations can contribute to safer, more sustainable communities while also gaining a competitive edge in the market. As Saudi Arabia, the UAE, and other forward-looking regions continue to expand their use of smart technologies, the integration of IoT into public safety projects will be a cornerstone of future urban development and success.
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When Elon Musk interviewed Donald Trump on X, the billionaire owner of the social network blamed prolonged delays in getting started on a Distributed Denial of Service (DDoS) attack. “There appears to be a massive DDOS attack on X,” Musk tweeted, although the rest of X seemed to be working just fine. Some X employees have, anonymously, rejected the claim outright.
I mention this because the incident has, unsurprisingly, meant the media is talking about DDoS attacks again. The truth is it should never have been ignoring them. Radware’s H1 2024 Global Threat Analysis Report reveals why: DDoS attacks are the geopolitical attacker’s weapon of choice.
“Web DDoS attacks have continued to rise since the start of 2023 due to several trends in the new threat landscape,” the report states. “A good portion of the activity, especially in Europe, can be attributed to hacktivists motivated by political tensions in the region.”
Continued to rise by how much? I trust you are sitting down. These worldwide geopolitical tensions have driven Web DDoS attacks to climb by an astonishing 265% in just six months.
Who is under DDOS attack?
The most targeted country, according to the Radware analysts, was Ukraine, while the most active threat actor was the pro-Russia ‘NoName057(16)’. That’s a long title for a group with no name, but hey. We know it collaborates with groups including the Cyber Army of Russia.
The majority of Web DDoS attacks appear to have targeted organisations within the EMEA region, with sporting events and elections proving popular catalysts.
Business organisations did not escape the attention of DDoS attackers. Far from it, in fact. When it came to network attackers against business, finance was, by far, the most popular target accounting for some 44% of the total.
The closest in terms of DDoS targeting was healthcare (17%) followed by technology (10%).
Digging into the global attack data further, organisations in the e-commerce, energy and automotive sectors saw the greatest rise compared to the same period during 2023. Research and education, telecoms, finance and gaming also showed considerable growth. Utilities, service providers and retail were “considerably less targeted” however.
Gcore report reveals scale of DDOS attacks
Another report, this time from Gcore, also reported a substantial increase in both the volume and scale of attacks across the first half of 2024.
Andrey Slastenov, Head of Security at Gcore, said “a mere 300Gbps attack will take an unprotected server offline in seconds. The payload of any attack measured in terabits is immense and any rise in attack potency, no matter how small, can have serious repercussions at these levels.”
As far as the attack volume was concerned, Slastenov is concerned about the rise.
“Industries must think about why they are being targeted so they can protect themselves,” Slastenov said. “In gaming, some attacks are carried out between competitors. Others are designed to affect the monetisation of the gaming industry, which is directly affected if a DDoS attack takes the gaming service offline.”
Can you prepare for a DDoS attack?
So, how can you protect your business against a DDOS attack? One of the problems, explained Donny Chong, Director at Nexusguard, is that the methods keep changing.
“On top of the raw power of modern DDoS, attackers are constantly evolving their methods to identify new attack vectors and overcome defences. There is no real ‘reacting’ to a DDoS attack, you need to be prepared before it happens.”
Referring to a recently confirmed DDoS attack against Microsoft Azure, Erfan Shadabi, a cybersecurity expert at comforte AG, concludes that “no entity, regardless of its size and resources, is immune to cyber threats”.
To safeguard against similar threats, organisations should focus on the following key areas, Shadabi says:
- Protect Your Data: Ensure that all sensitive and critical data is adequately protected through tokenization, encryption and access controls.
- Regular Tests: Conduct frequent security assessments and penetration tests.
- Review Security Posture: Continuously review and update security policies and defences in response to the evolving threat landscape.
- Crisis Response Planning: Develop and regularly update an incident response plan.
- Staff Training: Educate and train employees on cybersecurity best practices and the importance of vigilance to prevent and respond to cyber threats effectively.
Paul Carolan, VP of EMEA Sales at GoTo: “There is a growing opportunity for AI to boost sales efficiency”
We interview Paul Carolan, VP of EMEA Sales at GoTo where he oversees GoTo’s EMEA growth and strategy.
Email validation specialist ZeroBounce has discovered the words that recur the most, as well as pose the most danger, in scam mails.
The makers of the popular low-code and no-code app development tool, Flextudio, have launched a new SaaS version of the software
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The Terra Classic Foundation recently made a significant announcement on X (formerly Twitter). The Terra Luna Classic team has delegated an additional 30 million LUNC to Hexxagon. This brings their total delegation on Terra Classic to a substantial 930 million LUNC. The Foundation expressed optimism about the future, celebrating the milestone.
Hexxagon is a key player in the Terra Luna Classic ecosystem. It runs and maintains important platforms like Galaxy Station and Galaxy Finder. These platforms are crucial for the Terra Classic community. Moreover, they offer node hosting and staking services, ensuring the smooth operation of the network.
Background On Hexxagon In Terra Luna Classic Community
Almost a year ago, on July 28, 2023, Terra Luna Classic‘s core developer group, Joint L1 Task Force (L1TF), unveiled a collaboration with Hexxagon. Hexxagon is not just a validator but also a team of skilled developers. The collaboration aimed to enhance security for the community-owned Station, Finder, and web wallet extension.
However, the community had mixed reactions to this partnership. The skepticism stemmed from Hexxagon’s links to the developer group Terra Rebels, which the community distrusts. Despite this, the partnership went ahead with a clear goal: to build a secure, community-owned wallet. This initiative was funded through Proposal 11645, which the community approved.
Hexxagon took on the responsibility of developing key components like the Station, Finder, and wallet web extension. They also manage the maintenance and infrastructure related to these platforms. In addition, the Joint L1 Task Force assists by conducting assessments, reviewing, and checking all pull requests to ensure everything runs smoothly.
A unique aspect of this collaboration is the operational structure. Hexxagon and L1TF operate under the same account, owned by the Joint L1 Task Force. The alliance is known as the Terra Classic Task Force. Professor Edward Kim has authority over the “terraclassic.community” domain, adding another layer of oversight.
Also Read:Breaking: Binance Burns 1.7 Billion Terra Luna Classic (LUNC), What’s Ahead?
Potential Impact On LUNC Price
The recent delegation of 30 million LUNC to Hexxagon has garnered attention within the Terra Classic community. Most members view this as a positive step towards strengthening the network’s infrastructure. Moreover, they believe that Hexxagon’s involvement will enhance the reliability and security of the Terra Classic ecosystem.
From an economic perspective, this significant delegation could impact the price of LUNC. Increased delegation often signals confidence in the network, which can attract more investors. If Hexxagon successfully enhances the network’s infrastructure, it could lead to increased usage and demand for LUNC.
However, the community’s trust is crucial. If Hexxagon and L1TF can demonstrate transparency and effective management, it might positively influence LUNC price. Conversely, any missteps could lead to volatility and uncertainty due to the network’s infamous history.
At press time, the Terra Classic price was down by 1.83% to $0.00008063 on Tuesday, July 2. Meanwhile, the LUNC market capitalization stood at $441.41 million. Whilst, Terra Classic trading volume slumped 7.59% to $14.24 million.
However, the Terra Luna Classic community has rallied efforts to initiate LUNC token burns. On Monday, Binance, the biggest cryptocurrency exchange in the world, sent 1.7 billion Terra Luna Classic (LUNC) tokens to its burn wallet. This marks the 23rd batch in Binance’s ongoing effort to reduce the LUNC supply.
With this latest transaction, Binance has burned almost 62 billion LUNC in total. Moreover, the Terra Luna Classic community has collectively burned more than 125 billion LUNC tokens so far. Since 2022, Binance has supported the Terra Luna Classic community’s revival efforts through its monthly token burn mechanism.
Also Read:Bitcoin Price Slips Below $63K As Entity Dumps $114M BTC To Binance, What’s Next?
- Terra (LUNA)
- Terra Classic
- Terra Luna Classic
- terra price analysis
- Price Analysis
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- About author
Kritika boasts over 2 years of experience in the financial news sector. Currently working as a crypto journalist at Coingape, she has consistently shown a knack for blockchain technology and cryptocurrencies. Kritika combines insightful analysis with a deep understanding of market trends. With a keen interest in technical analysis, she brings a nuanced perspective to her reporting, exploring the intersection of finance, technology, and emerging trends in the crypto space.
The presented content may include the personal opinion of the author and is subject to market condition. Do your market research before investing in cryptocurrencies. The author or the publication does not hold any responsibility for your personal financial loss.
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Over the past few years, the days of long commutes and working only at the office have been replaced by hybrid or fully remote work schedules. A recent survey showed that approximately 41% of U.S. workers are fully remote or have a hybrid schedule. The survey also found that by 2025, more than one in five Americans will work remotely. Working remotely has many benefits including a better work-life balance, time and frustration saved by not having to deal with traffic, and reduced stress/burnout. However, for all the benefits that come with working remotely, there are some challenges and ensuring security practices are in place to address cybersecurity threats is at the top of the list.
With 73% of executives perceiving remote workers as an increased security risk, it is critical that businesses have clear and strong security protocols in place as well as security awareness education for all employees, not just those who work from home.
By requiring your staff to follow the tips below, you can ensure top-notch security for your remote employees.
Secure Home Networks
Strong Wi-Fi Encryption
Ensure that home Wi-Fi is encrypted with the latest security protocols, such as WPA3. This is a foundational step in securing a home network and will prevent unauthorized users from accessing the network and intercepting data.
Changing Default Router Settings
Many routers come with default usernames and passwords which are well-known to cyber criminals. Change these to unique, strong credentials to help prevent unauthorized access to the home network.
Regular Firmware Updates
Routers, like any other digital device, need updates to patch security vulnerabilities. Make sure to check for and install firmware updates from the manufacturer. This helps to keep the router secure.
Use Strong, Unique Passwords
Remote workers use several accounts and services to access their work which means managing passwords can be a daunting task. Password managers can generate, store, and autofill complex passwords to help ensure that each account has a unique and strong password.
Multi-Factor Authentication (MFA)
Installing MFA adds an extra layer of security. Even if a hacker compromises a password, MFA requires a second form of verification such as a text message code or app authentication. This second step makes it much harder for attackers to breach accounts.
Ensure that all devices used for work purposes have up-to-date anti-malware software installed. These tools can detect and prevent threats before they cause significant damage.
Regular Software Updates
Outdated software can have vulnerabilities that are exploited by cybercriminals. To stay protected against the latest threats, enable automatic updates for your:
- Operating system
- Security software
Use encrypted storage for sensitive data. This ensures that even if a device is lost or stolen, the data remains inaccessible to hackers. You can use both built-in options and third-party solutions.
Secure Communication Channels
Virtual Private Networks (VPNs)
A VPN encrypts your internet traffic and makes it difficult for attackers to intercept and access your data. Using a reputable VPN service is crucial, especially when accessing company resources over public or unsecured networks.
Encrypted Messaging and Email
Use encrypted communication tools to protect the content of your messages and emails. When choosing messaging and email services, research the encryption that is available as this can ensure that your communications remain private and secure.
Safe Browsing Practices
Ensure that your web browser is up-to-date and configured for security. This includes:
- Enabling features such as pop-up blockers
- Disabling third-party cookies
- Using secure (HTTPS) connections whenever possible
Avoiding Phishing Attacks
Phishing attacks are a common threat to remote workers. Be vigilant about unsolicited emails or messages asking for sensitive information. Verify the sender’s identity before clicking on links or downloading attachments. Report suspicious communications to your IT team. This helps others on your team avoid the same emails.
Use of Ad Blockers
Ad blockers can prevent malicious ads from displaying on your browser that often contain malware or phishing links from displaying on your browser. This adds an extra layer of security while browsing the web.
Education and Training
Regular Security Training
Continuous education on the latest security practices and threats is essential. This includes phishing simulations and best practices for device and data security. Teams should also be updated when new security protocols are implemented.
Incident Response Plan
Develop a clear incident response plan and make sure all staff are knowledgeable about it. This ensures that all employees know what steps to take in the event of a security breach. This should include:
- Reporting procedures
- Mitigation steps
- Contact information for the IT support team
The shift to remote work definitely has a lot of benefits! With the introduction of remote workers, more attention to and investment in security is not optional, it is a requirement to ensure you stay ahead of the bad actors that exist amongst us.
Need assistance? Our experts can help you secure your remote work environment. Contact us today to schedule a conversation about your cybersecurity needs.
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Integrating Ethical Practices into Your Intelligence Gathering Operations
In today's information age, gathering intelligence is essential for various sectors, from national security to corporate security. However, with increased capabilities also comes a heightened responsibility to ensure ethical practices are woven into the very fabric of intelligence gathering operations. Here at Marie Landry's Spy Shop, we believe ethical intelligence gathering is not just desirable, it's vital. So, let's explore how to integrate ethical practices into your intelligence gathering activities:
Transparency and Accountability:
- Clear Objectives: Clearly define the purpose and scope of intelligence gathering activities. Who needs the information? Why is it being collected? Transparency fosters trust and ensures resources are directed towards legitimate goals.
- Legal Compliance: Operate within the legal boundaries of your region. Familiarize yourself with data privacy laws, surveillance regulations, and restrictions on information gathering methods.
- Oversight Mechanisms: Establish clear oversight mechanisms for intelligence gathering activities. This could involve independent review boards or internal accountability procedures.
Privacy and Data Protection:
- Minimizing Data Collection: Collect only the information that is strictly necessary to achieve the designated objectives. Avoid collecting irrelevant or excessive personal data.
- Data Security Measures: Implement robust data security measures to protect collected information from unauthorized access, misuse, or accidental disclosure.
- Data Retention Policies: Establish clear data retention policies with designated timeframes for storing collected information. Unnecessary data should be securely deleted upon reaching its expiration date.
Respecting Individual Rights:
- Proportionality: The methods employed for intelligence gathering should be proportionate to the threat or risk being investigated. Invasive techniques should be a last resort, used only when justified by the seriousness of the situation.
- Respecting Privacy Rights: Recognize and respect the privacy rights of individuals, even those suspected of wrongdoing. Avoid unnecessary intrusion into private lives or communications.
- Avoiding Discrimination: Intelligence gathering activities should not be discriminatory or target specific groups based on religion, ethnicity, or political beliefs.
Building Trust and Collaboration:
- Transparency with Partners: When working with partners or collaborating with other organizations, be transparent about intelligence gathering methods and data collection practices. Foster trust and open communication.
- Public Disclosure: When appropriate, consider publicly disclosing the findings of intelligence gathering activities, particularly if they have broader societal implications. Transparency builds public trust and fosters cooperation.
Ethical intelligence gathering is not a luxury – it's a necessity. By integrating the principles outlined above, you can ensure that your intelligence gathering activities are not only effective but also conducted with respect for individual rights and the rule of law. Marie Landry's Spy Shop recognizes the importance of ethical practices in intelligence gathering. We offer resources and training programs that equip professionals with the skills to gather intelligence ethically and responsibly. Stay tuned for future blog posts where we'll delve deeper into specific ethical considerations within various intelligence gathering disciplines.
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HACKERS, THE NEW THUGS
A threat to our very existence
Hackers have been responsible for an estimated 11 billion euros worth of damage worldwide in 2018, a figure that's constantly rising and underestimates reality, as many victims prefer to keep silent to preserve their image.
Even if, officially, no one is giving in, the hackers are calling the shots, to the point of recently demanding 50 million euros from French retail companies.
These large-scale break-ins worry the authorities, who are being battered by these hackers, sometimes barely out of their teens, attracted by easy money and the prospect of a life of luxury won in a few clicks. Today, they represent a threat to our very existence and that of businesses worldwide.
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Blackwing and Initia will be launching their incentivized Testnet soon. Blackwing is currently running an 2-in-1 airdrop, participants can earn rewards by completing tasks. Here is our Blackwing x Initia double token airdrop guide.
What is the Project?
Blackwing is a margin trading protocol built on Initia, a network for interwoven rollups. These projects aim to address data availability issues and scalability challenges faced by Layer 1 blockchains.
Blackwing – a modular blockchain for margin trading built using Initia. It allows users to trade any asset natively by low fee and fast execution, without the risk of liquidation. It offers liquidation-free leverage trading for a wide range of assets, focusing on those with high growth potential.
Initia – a network for interwoven rollups, solving fragmentation issues in modular blockchains. They have recently secured a $7.5m seed fundraise led by Delphi Ventures and Hack VC. Initia is also backed by Binance Labs.
1. Complete the onboarding task
Visit Blackwing’s website, you will need an invite code to get into Blackwing. Here’s a few you can use:
2. Sign up and complete tasks
Connect your X account and optionally your email, join their telegram and sign up for the airdrop. Note you should complete all the tasks in order to get the maximum number of Blackwing XP points.
3. Deposit on Blakcwing
Depositing $USDC and $wETH on BSC, Arbitrum, or Ethereum Mainnet will further enhance your participation. We recommend Arbitrum network as this costs the least gas fees. Then choose the type of asset you wish to deposit and the amount. You will earn 11 Blackwing XP points for completing this task.
4. Share invite code
Go to “Earn” at Blackwing to find your invite codes and share it with your friends. You will earn 10 Blackwing XP points for each invitee that deposits at least 10 USD worth of crypto assets. You will also get an additional 10% of your 1st degree invitee’s BXP yield and 5% of your 2nd degree invitee’s BXP yield.
5. Complete Blackwing Galxe Tasks
Go to Blackwing Glaxe and complete the social tasks to mint OATs.
Both Blackwing and Initia’s testnet are set to be launched at the end of April, 2024. keep an eye on their social media accounts for the latest details of any launches as this will mean you can be the first ones to complete any Testnet tasks in order to get their potential airdrops.
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The world of information security is constantly evolving, and the need for qualified professionals to safeguard sensitive data is ever-growing. If you're interested in a challenging and rewarding career path, becoming an ISO 27001 Lead Auditor could be the perfect fit. The ISO 27001 standard gives a framework for organizations to carry out an Information Security Management System (ISMS). This system helps organizations identify, assess, and manage risks associated with their information assets.
This training equips individuals with the knowledge and skills necessary to lead and manage audits against the ISO 27001 standard. These comprehensive programs delve into the intricacies of the standard, auditing methodologies, risk assessment, and information security best practices. ISO 27001 Lead Auditor Training courses can also provide a strong foundation for those interested in pursuing Lead Auditor certification. This blog post will guide you through everything you need to know about developing your career in this exciting field.
A Career as an ISO 27001 Lead Auditor
- High Demand: As cyber threats continue to rise, the demand for skilled ISO 27001 Lead Auditors is on the rise. This translates to ample job opportunities across various industries, including IT, finance, healthcare, and government.
- Global Recognition: An ISO 27001 Lead Auditor certification is a globally recognized credential that demonstrates your expertise in information security management. This can open doors to exciting career prospects both domestically and internationally.
- Impactful Role: As a Lead Auditor, you play a crucial role in helping organizations strengthen their information security posture. You'll have the opportunity to contribute significantly to their success and ensure the protection of their valuable data assets.
- Skill Development & Expertise: Throughout your career as a Lead Auditor, you'll continuously develop your skills and expertise in information security. This ongoing learning process not only keeps you up-to-date with the latest threats and best practices but also allows you to specialize in specific areas of information security that interest you.
- Continuous Learning: The information security landscape is constantly evolving. As a Lead Auditor, you'll be required to stay up-to-date with the latest threats, vulnerabilities, and best practices. This ongoing learning process keeps your skillset sharp and ensures you're providing the most valuable insights to organizations.
- Future-Proof Career & Evolving Landscape: The information security landscape is constantly evolving, with new threats and vulnerabilities emerging all the time. As an ISO 27001 Lead Auditor, you'll be at the forefront of this ever-changing environment. Your skills and expertise will remain in high demand as organizations strive to adapt and secure their information assets in the face of these ongoing challenges.
Becoming an ISO 27001 Lead Auditor is an investment in your professional development. It opens doors to a rewarding career path where you can make a real difference in the world of information security. If you're passionate about information security and eager to take on a leadership role, consider pursuing ISO 27001 Lead Auditor training and certification. It could be the key to unlocking a successful and fulfilling career with long-term stability in a dynamic field. Embark on this journey and become a sought-after expert in the ever-growing information security domain, shaping the future of secure information management for organizations across the globe.
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August 14, 2024
CommScope (NASDAQ: COMM), a global leader in network connectivity, announced the first major sale of the company's recently acquired Casa Systems® virtual CMTS and QAM video solution to Kábelszatnet, one of Hungary's leading providers of cable, Internet, and voice services. The sale also includes CommScope's Distributed Access Architecture (DAA) Remote PHY (R-PHY) shelves and DC2180 DAA Cabinet Nodes. The announcement comes only seven weeks after CommScope announced the company’s acquisition of Casa Systems' cable assets in May.
CommScope's vCMTS and QAM video solution will be the key operating component of Kábelszatnet’s DAA deployment, which will enable Kábelszatnet to move DOCSIS® signal generation from specialized CCAP or CMTS hardware to the R-PHY shelves and DC2180 nodes. CommScope's vCMTS and QAM video solution is an agile, flexible solution that will support the introduction of new network services in Kábelszatnet's cable access network more quickly and efficiently than hardware-based CMTS platforms. This agility includes centralized, automated provisioning, configuration, and monitoring of the R-PHY shelves, the DC2180 nodes, and other devices throughout the network. CommScope's vCMTS and QAM video solution runs on commercial, off-the-shelf (COTS) servers, enabling Kábelszatnet to realize significant energy and cost savings in the headend.
Kábelszatnet will deploy CommScope's vCMTS and QAM video solution to a nationally accessible hub and the DAA nodes and R-PHY shelves in select areas of the company's network. The vCMTS and QAM video solution will operate in the cloud to complement Kábelszatnet existing population of chassis-based E6000® Controlled Edge Routers (CER). CommScope channel partner HFC Technics will work in tandem with Kábelszatnet to install and integrate the vCMTS and QAM video solution and DAA devices into the network.
Read the full press release here.
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- Video Surveillance Systems (CCTV): The most common type, CCTV systems use cameras to capture video footage that can be monitored live or recorded for later review. These systems can be wired or wireless, and cameras can be overt (visible) or covert (hidden).
- Access Control Systems: These systems regulate who can enter specific areas by using key cards, codes, or biometrics (e.g., fingerprints). They can be integrated with surveillance systems to provide a complete security solution.
- Alarm Systems: These systems trigger an audible or visual alert when they detect unauthorized activity, such as motion, smoke, or fire. They can be connected to a monitoring service that will dispatch law enforcement or other emergency personnel.
- Network Video Recorders (NVRs) and Digital Video Recorders (DVRs): These devices store the video footage captured by CCTV cameras. NVRs work with IP cameras that transmit data over a network, while DVRs work with analog cameras that use coaxial cables.
Benefits of Surveillance Systems:
- Deter Crime: The presence of visible cameras can act as a deterrent to potential criminals.
- Monitor Activity: Surveillance systems allow you to keep an eye on your property remotely, whether you’re at home, work, or traveling.
- Gather Evidence: Recorded footage can be used as evidence in criminal investigations and insurance claims.
- Improve Safety: Surveillance systems can help identify safety hazards and improve overall security measures.
Things to Consider When Choosing a Surveillance System:
- Needs and Budget: Determine your specific security needs and set a realistic budget for the system.
- Location and Coverage: Consider the size and layout of the area you want to monitor.
- Camera Features: Choose cameras with appropriate features such as night vision, motion detection, and weatherproofing.
- Recording and Storage: Decide how long you need to store footage and choose a system with sufficient storage capacity.
- Privacy Laws: Be aware of any local laws and regulations regarding surveillance in your area.
Surveillance systems can be a valuable tool for enhancing security and peace of mind. By carefully considering your needs and researching the available options, you can choose a system that effectively meets your security requirements. Remember, consulting with a qualified security professional can help you navigate the options and design a system tailored to your specific needs.
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You've heard of Cloud Security Posture Management (CSPM) – or at least, you may have if you follow modern security trends. But what about Kubernetes Security Posture Management (KSPM)?
By adapting security principles to the unique challenges of securing Kubernetes cluster infrastructure and workloads, KSPM plays a central role in protecting K8s environments from risks. Keep reading for a deep dive into the topic as we discuss what KSPM means, how it works, how it relates to CSPM and how to implement an effective KSPM strategy.
What is Kubernetes Security Posture Management (KSPM)?
Kubernetes Security Posture Management (KSPM) is the practice of managing all of the security risks and threats that can affect Kubernetes.
KSPM addresses security challenges related to Kubernetes infrastructure – such as the control plane and worker nodes. It also helps protect workloads hosted on Kubernetes – meaning the applications that run inside Pods and containers.
The term Kubernetes Security Posture Management reflects the concept of treating overall security capabilities as a measurement of an organization's "security posture" – meaning its state of readiness against security threats. Just as having a healthy body posture helps protect you from negative health consequences, a strong security posture minimizes your risk of experiencing a breach.
KSPM vs. CSPM
In a conceptual sense, Kubernetes Security Posture Management is similar to Cloud Security Posture Management (CSPM), a practice that focuses on managing the security risks specific to cloud infrastructure and workloads to improve overall security posture in any cloud environment.
However, because Kubernetes is different in certain respects from generic cloud platforms, there are important differences between KSPM and CSPM. For example:
- Although managing access control configurations is an important part of both KSPM and CSPM, KSPM focuses on permissions configured using the Kubernetes Role-Based Access Control (RBAC) framework, whereas CSPM manages settings via cloud providers' Identity and Access Management (IAM) frameworks.
- KSPM addresses security challenges that are specific to Kubernetes-based, containerized workloads, such as insecure container images. This isn't a key focus of CSPM, since cloud-based applications are not necessarily containerized.
- Because cloud computing is a broader category than Kubernetes, CSPM is associated with a broader set of practices and tools. In contrast, KSPM focuses rather narrowly on security protections that apply to Kubernetes alone.
We should note that many Kubernetes environments are hosted in public clouds (although Kubernetes on-premises is also, of course, very much a thing). In that sense, there is a lot of overlap between KSPM and CSPM. But you can think of KSPM as a practice that deals with the Kubernetes-based parts of your cloud environment, whereas CSPM is a broader practice that extends to managing security posture for all types of cloud workloads, not just those running inside a Kubernetes cluster.
How does KSPM work?
KSPM is a high-level practice that different organizations can implement in different ways. That said, in most cases an effective KSPM strategy boils down to the following key steps:
- Identify security goals: First, organizations decide which security policies they want to establish in their Kubernetes clusters. The rules should reflect the overall security posture they aim to enforce. For instance, they may want to ensure that certain workloads are isolated at the namespace level, or restrict which resources a given service account can access.
- Define security policies: After setting goals, Kubernetes admins can write rules for their KSPM tooling that describe which types of security policies the tools should enforce. These rules provide the context that KSPM solutions need to determine what constitutes a risk. In some cases – like a vulnerable container image – risks are obvious. But in others, the definition of risk depends on what a given resource or workload is supposed to do and which level or risk the organization can tolerate for it.
- Scan configurations: Using automated Kubernetes security scanners, security teams can review settings inside Kubernetes for misconfigurations that might lead to unintended access.
- Detect, assess and alert: In addition to scanning security policies, teams can monitor Kubernetes to detect unusual activity, such as anomalous actions recorded by the Kubernetes auditing framework, then generate alerts as needed.
- Remediate: When Kubernetes security tools reveal risks, security teams respond by mitigating each issue at its source – or, if that's not possible, taking steps to isolate the issue in order to minimize the scope of affected resources.
Key components of KSPM solutions
Because Kubernetes Security Posture Management addresses multiple types of security threats and risks, it includes several different components.
Continuous monitoring is the practice of collecting data from Kubernetes and analyzing it in real time to detect risks.
Kubernetes audit logs, which record access events inside Kubernetes, are one key data source for monitoring. Applications may also produce their own authentication or auditing logs, which KSPM software can scan. Kubernetes network traffic data, too, is a valuable source of monitoring insights.
Configuration scanning and validation
In Kubernetes, virtually all configurations are defined in code. By scanning this code, KSPM solutions can detect issues, such as accounts with unnecessary privileges, that could expose Kubernetes clusters or workloads to attack.
Security alerting and reporting
KSPM solutions can generate alerts so that admins are aware of the risks that exist in their environments. They can also produce reports that track overall security trends. Reports are valuable for understanding how your security strategy and outcomes change over time. They may also be important for auditing purposes because they allow you to demonstrate that you have security practices in place.
In addition to generating alerts, Kubernetes Security Posture Management solutions can in some cases automatically remediate issues. This is valuable because it allows organizations to block active threats immediately, without waiting for humans to respond.
In the context of KSPM, security automations can't mitigate every type of threat or risk. But they can fix many routine issues, such as correcting typos in security policies or updating network policies to block malicious traffic.
Benefits of KSPM for cloud security strategy: examples
To illustrate what KSPM looks like in practice, consider the following examples of common Kubernetes vulnerabilities and how KSPM can help mitigate them.
Identifying issues with Role-Based Access Control
Although Kubernetes offers a built-in RBAC framework to manage user identities and permissions, it doesn't automatically detect mistakes or oversights in RBAC rules that could lead to risks. For example, mismatches between Roles and RoleBindings could result in some users receiving permissions that should not be available to them. Or, simple typos might cause Kubernetes to misinterpret an RBAC configuration in a way that leads to excess privileges.
By automatically scanning RBAC configurations, however, KSPM helps to ensure that RBAC policies are configured properly. This is true not just at the time when admins initially set up RBAC rules, but also whenever they make a change.
Detecting deviations from network security policies
Alongside detecting mistakes in RBAC configurations, KSPM can identify oversights in Kubernetes Network Policies – such as configurations that accidentally open up ports that should not be open, or that expose private workloads to the public Internet.
Recommending or automating remediation
KSPM isn't just for detecting risks. It can also assist with remediation by recommending fixes, or even applying them automatically in some cases.
For example, imagine that you've deployed a container based on a container image that is subject to known security vulnerabilities. A Kubernetes Security Posture Management tool might suggest a newer version of the image that includes a patch to fix the security vulnerabilities. Or, the tool could potentially even update your configuration and redeploy the container for you based on the patched image.
Catching human errors and oversights
We've already mentioned some examples of how KSPM can help mitigate issues caused by human errors and oversights, such as typos in RBAC policies. But we'll mention it again because protecting admins from themselves is one of the key purposes of KSPM.
In addition to typos that lead to misinterpretation of security policies in Kubernetes, KSPM provides a means of helping to catch issues such as workloads that don't have any security or access controls in place at all because an admin forgot to set them up. It can also protect against improperly indented YAML code – a simple yet pervasive problem that can be another reason why Kubenetes fails to apply security policies properly.
Validating third-party configurations
One of the nice things about living in today's cloud-native world is that there is a whole plethora of resources available from third parties that you can apply inside a Kubernetes environment. For example, you can find thousands of Kubernetes manifests on GitHub, which you can copy and paste into your Kubernetes cluster to deploy workloads. This saves you from having to configure the resources yourself from scratch.
But the problem with borrowing third-party configurations, of course, is that no one can guarantee they're secure. By allowing you to scan and validate resources you obtain from outside sources, KSPM helps protect against risks introduced via third-party configurations.
Enforcing Kubernetes compliance
KSPM helps enforce Kubernetes compliance, meaning best practices that organizations should follow when configuring and managing Kubernetes clusters.
There are no major compliance policies that focus on Kubernetes specifically. However, many regulations include rules requiring organizations to take reasonable measures to mitigate cybersecurity risks and threats. For instance, PCI DSS (a compliance standard that applies to organizations that process digital payments) generally requires security monitoring. Deploying KSPM tools that validate configurations and scan for threats could be one way to help meet this requirement for organizations that use Kubernetes.
4 best practices for making the most of KSPM
Adopting a KSPM strategy is a step toward improving overall Kubernetes security. How effective your KSPM practices turn out to be, however, depends on how well you adhere to KSPM best practices, such as the following.
1. Adopting KSPM alongside other security tools
Since KSPM is only one element of a broader security strategy, most organizations should use KSPM in conjunction with other types of security tools or solutions.
For instance, a KSPM tool could help to validate network policies inside Kubernetes from a security perspective. At the same time, a cloud security scanner could examine networking rules that you set up using your cloud provider's tooling. Since the latter are external to Kubernetes, KSPM tools wouldn't detect security issues inside them.
2. Scan continuously
Threat actors don't give you a grace period after breaking into your environment before they start doing bad things. For that reason, you should scan your Kubernetes configurations continuously, rather than scanning in batches or on a periodic basis. Continuous scanning maximizes your chances of detecting risks as soon as they arise – which in turn means you can remediate them before the bad guys exploit them.
3. Keep rules up-to-date
Most Kubernetes clusters and workloads change frequently. As a result, a configuration that might be secure at one moment could be insecure the next due to changes in a workload's purpose or the users that should have access to it.
For this reason, it's important to keep the rules that power KSPM tools up to date. These rules allow KSPM solutions to determine what's normal and what's a risk at any given moment, based on your organization's defined risks.
4. Categorize risks
In cases where KSPM tools reveal a high volume of risks, remediating all of them at once may not be feasible. That's why you should categorize risks by identifying which ones are most serious for your organization.
For instance, a vulnerable container image that is deployed inside a dev/test namespace and isolated from the network probably does not pose as serious of a risk as an app running in production based on a vulnerable image.
What to look for in a KSPM solution
There are plenty of tools out there today that market themselves as KSPM solutions. When evaluating your options, consider how each tool compares in the following key categories.
1. Continuous monitoring
Can the KSPM solution monitor your Kubernetes clusters and workloads on an ongoing basis? Or does it only allow you to perform one-off scans?
Consider, too, whether continuous monitoring features are limited to collecting and analyzing certain types of data sources, or whether the tool can continuously monitor any type of data.
2. Compliance assessments
Compliance assessments allow you to determine automatically how well your configurations conform to compliance mandates or standard security best practices. A successful compliance assessment by a KSPM tool doesn't guarantee that your workloads are as secure as they can, but running this type of analysis is a simple and effective way of reviewing the overall effectiveness of your security policies or configurations.
3. Built-in rules
KSPM solutions that offer built-in rules for defining threats make it easier to get started because you don't have to write all rules from scratch. Typically, you'll need to customize and add to the built-in rules because they won't cover every type of risk your organization wants to control. But they're a start.
4. Automated remediation
As we mentioned, some KSPM tools can automatically fix security issues. If automated remediation is important to your organization – as it may be if you have limited security staff – consider KSPM tooling that offers this type of feature.
Kubernetes Security Posture Management with groundcover
We built groundcover primarily to be a Kubernetes monitoring and observability solution, not a KSPM tool. We're not going to tell you that groundcover can handle all of your Kubernetes security needs, because it can't. What groundcover can help you do, however, is analyze Kubernetes metrics related to performance and resource consumption trends, then use that data to contextualize and correlate security issues.
For instance, if you want to know whether a service has stopped responding because your Kubernetes cluster simply ran short on CPU or because someone is DDoSing it, groundcover provides the insight you need to tell the difference. Likewise, groundcover can help identify unusual spikes in resource consumption, which could be a sign of malicious activity like cryptojacking.
Put simply, groundcover delivers additional context for analyzing and troubleshooting Kubernetes security issues – and when it comes to security especially, context is everything.
KSPM: Not just another acronym
If you came into this article wondering what KSPM meant or why you should have to learn yet another IT acronym, we hope we've made clear why KSPM is much more than just another buzzword. Kubernetes presents some unique security challenges, and KSPM is key for helping to address them. Think of it as a Kubernetes health check, but one that addresses security instead of performance.
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High Speed Arm Barrier Gate | Intelligent Security Access Control Solutions
Introducing our high speed arm barrier gate, the latest addition to our top-of-the-line intelligent security access control solutions. With advanced technology and robust construction, our arm barrier gates are designed to provide efficient and secure access control for various applications. Whether you need to manage vehicle traffic in parking facilities, industrial sites, or commercial buildings, our high speed arm barrier gate is the perfect solution.
Our arm barrier gates are engineered for high-speed operation, ensuring quick and reliable access control for vehicles. With cutting-edge motor technology and precision engineering, our barrier gates are capable of swift opening and closing, allowing for seamless traffic flow without compromising security.
Durable and Reliable:
At Guangdong Lide Tech Co., Ltd., we prioritize durability and reliability in all our products. Our high speed arm barrier gates are built to withstand heavy-duty use in diverse environments. Constructed with premium materials and quality components, our barrier gates provide long-lasting performance and minimal maintenance requirements.
Intelligent Access Control:
Experience intelligent access control with our high speed arm barrier gate. Equipped with advanced features such as RFID/ticketing parking system and license plate recognition, our barrier gates offer seamless integration with your security infrastructure. With customizable access settings and real-time monitoring capabilities, our barrier gates provide comprehensive control over vehicle entry and exit.
We understand that every business has unique access control requirements. That's why our high speed arm barrier gates are available with customizable options to suit your specific needs. Choose from a range of arm lengths, barrier colors, and additional features to create a tailored solution that meets your exact specifications.
Easy Installation and Maintenance:
Simplify the installation and maintenance of your access control system with our high speed arm barrier gate. Our barrier gates are designed for easy setup and hassle-free upkeep, allowing you to optimize your security infrastructure without unnecessary downtime or complicated maintenance procedures. With comprehensive training and after-sales support from Guangdong Lide Tech Co., Ltd., you can ensure optimal performance of your barrier gates.
In conclusion, our high speed arm barrier gate is the perfect choice for businesses seeking a reliable, efficient, and intelligent access control solution. With innovative technology, durable construction, and customizable options, our barrier gates offer unmatched performance for managing vehicle traffic. Trust Guangdong Lide Tech Co., Ltd. to provide you with the best security access control solutions tailored to your needs.
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How long is your warranty period?
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How about the lead time?
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How about your company's actual strength?
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Wholesale Pedestrian Turnstile Gate Manufacturer Brand in Asia: LIDE
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When we think about cybersecurity, the term “vulnerability” stands out. It’s simply a weakness that can be exploited by attackers, leading to various levels of damage. But how do we find these vulnerabilities before they become a problem? That’s where vulnerability assessment tools come into play.
What Are Vulnerability Assessment Tools?
At their core, these tools help organizations identify, analyze, and prioritize vulnerabilities in their systems and networks. While it sounds straightforward, the landscape of threats is constantly evolving, making it crucial for these tools to be up-to-date and effective.
The goal of a vulnerability assessment tool is to provide a snapshot of security risks within your infrastructure. This snapshot enables businesses to take action before vulnerabilities can be exploited. Imagine having a map of your home, complete with potential entry points for thieves. This map would help you secure those spots before anyone can take advantage of them. Vulnerability assessments do the same for networks and systems.
Types of Vulnerability Assessment Tools
There are several types of tools available, each serving different needs:
- Network Vulnerability Scanners: These tools scan networks for potential security vulnerabilities. They analyze open ports, system configurations, and installed software to find weaknesses.
- Web Application Scanners: Focused on web applications, these tools assess security issues like SQL injections, cross-site scripting, and insecure configurations.
- Cloud Security Assessors: With the growing emphasis on cloud services, these tools help identify vulnerabilities specific to cloud environments.
- Configuration and Compliance Scanners: These ensure that systems are configured in accordance with security best practices and regulatory compliance.
- Endpoint Security Assessors: These tools check for vulnerabilities on devices like laptops, desktops, and mobile devices.
Why Use Vulnerability Assessment Tools?
The answer to this question is quite simple: prevention. Identifying vulnerabilities before they can be exploited saves time, money, and reputation. However, here are some key reasons why these tools are essential:
- Proactive Approach: By regularly assessing vulnerabilities, organizations can adopt a proactive cybersecurity strategy, rather than just reacting to incidents.
- Risk Prioritization: Not all vulnerabilities are created equal. These tools can help categorize vulnerabilities based on severity, allowing teams to focus on the most dangerous threats first.
- Improves Security Posture: Continuous assessments lead to a stronger overall security infrastructure, minimizing the chances of successful attacks.
- Regulatory Compliance: Many industries have regulations requiring regular vulnerability assessments. Using these tools helps organizations stay compliant and avoid penalties.
Choosing the Right Tool
Not all vulnerability assessment tools are suitable for every organization. Factors to consider include:
- Size of the Organization: Smaller businesses might need simpler tools, while larger enterprises require more robust solutions.
- Specific Needs: Depending on the type of systems and applications in use, some tools might be more appropriate than others.
- Budget: Vulnerability assessment tools come in a variety of price ranges, from open-source options to premium solutions. It’s essential to find a balance between quality and cost.
- Integration: The tool should integrate seamlessly with existing security frameworks and practices.
Limitations of Vulnerability Assessment Tools
While vulnerability assessment tools are incredibly useful, they are not foolproof. Here are some limitations to keep in mind:
- False Positives: Sometimes, these tools might flag issues that aren’t actual vulnerabilities. Proper interpretation of scan results is crucial.
- Static Analysis: Many tools rely on scanning at a specific point in time. They may not account for new vulnerabilities that arise after the scan.
- Skill Dependency: The effectiveness of a tool often relies on the skill and expertise of the user. Misconfigurations can lead to inaccurate results.
- Over-reliance: Relying solely on these tools can lead to complacency. Regular manual assessments and updates are still required.
Best Practices for Vulnerability Assessment
To maximize the effectiveness of vulnerability assessments, consider implementing these best practices:
- Regular Scans: Schedule regular scans to ensure that new vulnerabilities are identified promptly.
- Prioritize Findings: Develop a systematic approach to assess and prioritize vulnerabilities based on risk levels.
- Collaborate: Engage IT, development, and security teams in the vulnerability management process.
- Educate Staff: Continuous education about vulnerabilities and security can help staff recognize risks early.
Vulnerability assessment tools are essential in today’s digital landscape. They not only help organizations identify and mitigate risks but also enhance overall security posture. By understanding and implementing these tools effectively, businesses can better protect themselves from the ever-evolving threats present in cyberspace.
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Defactor Announced as Community Partner for TOKEN2049 - The Premier Crypto Event
Dublin- 27/08/2024 – Defactor is proud to announce our official partnership with TOKEN2049, the leading crypto event that brings together industry leaders, innovators, and enthusiasts from around the world. TOKEN2049 is set to take place on the 18th - 19th of September in Singapore, and we are thrilled to be part of this landmark event.
As a community partner, Defactor is excited to contribute to the event's success by sharing insights, amplifying the event's reach, and engaging with the vibrant crypto community. TOKEN2049 is renowned for its lineup of thought-provoking speakers, cutting-edge topics, and unparalleled networking opportunities, making it a must-attend event for anyone interested in the future of DeFi and cryptocurrency.
“It’s an honour to partner with TOKEN2049 and support an event that plays such an important role in shaping the future of our industry,” said Adam Bouktila, Co-Founder and Head of Partnerships at Defactor.
In celebration of our partnership, Defactor is offering an exclusive discount code to our community members. This special offer provides a reduced ticket price, making it easier than ever to attend TOKEN2049 and connect with the best and brightest in the industry.
- Event Name: TOKEN2049
- Dates: 18th - 19th of September
- Location: Marina Bay Sands, Singapore
- Discount Code: [DEFACTOR15]
We encourage everyone in our community to take advantage of this offer and join us at TOKEN2049 for what promises to be an unforgettable experience. Stay tuned to our channels for more updates and exclusive content leading up to the event.
For more information about TOKEN2049, please visit TOKEN2049 | 18-19 September 2024 | Singapore.
To learn more about Defactor and our involvement, please get in touch: email@example.com.
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Fumbi Will Support Render (RNDR) Migration & Token Swap
Fumbi will support the migration and swap of the Render (RNDR) token for the new Render token (RENDER). This migration is scheduled for Monday, July 29, 2024.
What Is Token Migration & Swap?
A token migration & swap is the process by which an old token (RNDR in this case) is swapped for a new token (RENDER). The reason for this process is the Render Foundation’s decision to migrate the RNDR token from the Ethereum Blockchain to the Solana blockchain, which will have the new ticker RENDER.
- Fumbi will handle the entire migration process. No action is required on the part of the clients.
- All RNDR tokens will be swapped for RENDER tokens in the ratio 1 RNDR = 1 RENDER.
- Your current RNDR token balance will be identical to the pre-migration balance once the migration is complete – but the new Render Network tokens will be tagged under the RENDER ticker.
- The migration is expected to begin on Monday, July 29, 2024 and will be completed within 24 – 48 hours.
Fumbi will make a separate announcement once this event is complete.
Read more about RNDR token migration to RENDER: Render Network Upgrade Portal FAQ
INVEST WITH FUMBI
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Sony Group Announces New Ethereum Based Blockchain Initiative
Sony Group and Startale have unveiled their new joint blockchain venture, Soneium, which is their initial Ethereum Layer-2 solution designed to enhance scalability and user experience with the goal of mainstream adoption.
Last December, SBI Holdings, the primary cryptocurrency finance group of Japan, and Saudi Aramco, the second largest company in the entire world, disclosed a strategic collaboration. The partnership aimed to delve into mutual investment in their respective digital asset portfolios and the development of semiconductor facilities in both countries.
Supporting Web3 Applications
Upon its introduction, Soneium aims to support Web3 applications in various domains such as entertainment, gaming, and finance, according to Sony Block Solutions Labs. Sony Group has robust distribution networks across numerous industries and a large user base in everyday life, stated Sota Watanabe, Founder of Astar Network and Director of Sony Block Solutions Labs.
The venture is currently preparing for an upcoming testnet launch, although the specific date has not yet been announced. Technical details regarding the platform and its tools as well as developer requirements will be revealed in the coming weeks, according to Sony Block Solutions Labs.
For the testnet phase, Astar Network will integrate its zkEVM assets and infrastructure with Soneium to enhance the initial liquidity of the new blockchain. Sony Block Solutions Labs mentioned that future applications of Soneium could include safeguarding creator rights and establishing new methods for equitable profit-sharing between creators and their audience.
Additionally, it was reported last month that Sony is working on launching a local cryptocurrency trading platform in Japan. The Asian country is quickly becoming a popular destination for crypto due to its advanced technological infrastructure, supportive regulatory environment, and high levels of public interest and adoption in digital currencies.
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Following are descriptions of the ACL entry types that specify masks:
The mask_obj entry establishes the permission set that masks all privilege attribute entry types except the user_obj and other_obj types.
The unauthenticated entry establishes the permission set that masks the permission set in a privilege attribute entry that corresponds to a principal whose privilege attributes have not been certified by an authority such as the privilege service.
The two masks are similar in that the permission set specified in the mask entry is intersected (logically ANDed) with the permission set in a privilege attribute entry. This masking operation yields the effective permission set (the permissions that may be granted to the principal) for the principal possessing the privilege attribute. For example, if a privilege attribute entry specifies the permissions ab, and a mask entry that specifies the permissions bc masks that privilege attribute entry, the effective permission set is b. Similarly, a mask entry that specifies the empty permission set means that none of the permissions in any privilege attribute entry that mask entry masks is granted to the principal possessing the privilege attribute.
The two masks are dissimilar in one notable respect. Adding an unauthenticated mask entry with an empty permission set to an ACL is equivalent to omitting the unauthenticated mask entry from the ACL; in both cases, the set of effective permissions for principals possessing unauthenticated privilege attributes is empty. However, adding a mask_obj entry with an empty permission set to an ACL is different from having no mask_obj entry in the ACL. In the first case, the effective permission set is empty; in the second case, the effective permission set is identical to the permission set in the privilege attribute entry.
ACL entries for masks consist of two fields in the following form:
Following are descriptions of the fields:
· The entry_type field specifies one of the two masks entry types: mask_obj or unauthenticated.
· The permissions field specifies the permission set that masks the permission set in any privilege attribute entry masked by the mask entry.
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Email remains one of the easiest ways to connect with your customers. However, this method of communication is prone to threats like spam, malware, and phishing attacks. Not only can this be frustrating, but it can result in compromised accounts and data theft.
You can secure your business inbox using powerful email protection software. This way, you can quickly detect email fraud, block denial of service attacks, prevent data leaks, and encrypt data to make it indecipherable to anyone who intercepts it.
In this post, we’ll take a closer look at email protection software and the factors to look for when choosing a security tool. Then, we’ll explore five of the best options and discuss how to secure your inbox with NameHero. Let’s get started!
What Is Email Protection Software?
As email security attacks get more sophisticated, it’s important for any organization to properly protect mailboxes against known and emerging threats.
For example, spam is a major concern. Last year, spam emails accounted for approximately 50 percent of total email traffic.
However, your email accounts may also be susceptible to phishing attacks, malware attacks, and credential-based attacks like brute force attacks. That’s why it’s important to implement email protection software for a multi-layered security approach with up-to-date threat intelligence.
Better yet, you can opt for on-premise email protection software. This is usually installed on your organization’s hardware infrastructure.
Alternatively, you’ll find plenty of cloud-based options that are hosted on your provider’s servers.
Typically, you’ll receive complete protection against advanced email threats. You might also have access to email management tools like email continuity and archiving.
Additionally, you’ll be able to encrypt emails to protect sensitive data. This also helps you prevent data loss, identity theft, and reputation damage.
Factors to Consider When Choosing Email Protection Software
When choosing email security software for your business, it’s important to consider some factors to make sure that you select a high-quality tool. Here are some key features to look out for:
- Usability. The best email security solutions should be easy to set up and use. This is especially important if you lack a dedicated IT team.
- Customer support. You’ll want to select email security tools that offer accessible customer support (live chat or phone is better than email). The best solutions provide a 24/7 service.
- Phishing protection. Phishing attacks can result in the loss of sensitive information, reputation damage, and even financial loss. Therefore, it’s important to choose email security software that protects your mailbox against phishing attempts and educates users about them.
- Strong filtering accuracy. You’ll want an email security tool that filters out unwanted or malicious emails (like spam emails) to prevent inbox clutter and reduce the chance of security breaches.
- Email authentication and encryption. You should have a way to verify and authenticate user identities to prevent unauthorized access. Plus, encrypted email protection software is important because it makes sensitive data unreadable.
- Email archiving. You can find email protection software that stores and retrieves old emails for email compliance, legal, and business continuity concerns.
As you can see, you’ll want to find a tool that offers comprehensive protection for your organization’s inbox.
Email Protection Software: 5 Options for Your Business
Now that you know a bit more about email protection software, let’s take a look at five of the best options for businesses.
Mimecast Email Security blocks the most advanced email threats like phishing attacks, ransomware attacks, and payment fraud. This sophisticated solution detects email-based attacks using AI, machine learning, and social graphing.
Additionally, Mimecast provides advanced spam filtering, email content restrictions, and mobile device protection. It also offers sandboxing capabilities. This creates a secure environment for suspicious attachments to be analyzed.
For small to medium businesses, you can opt for the integrated cloud solution with out-of-the-box settings.
Meanwhile, larger businesses might prefer the cloud gateway. This provides more advanced, granular controls. Both plans come with AI detection, 365 integration, and an intuitive threat dashboard.
You’ll need to contact the sales team to access Mimecast’s pricing information.
The Barracuda Email Security Gateway is a high-quality and reliable email security solution with round-the-clock customer support. It protects against all 13 types of email threats, so you don’t need to use multiple email and data protection solutions.
Barracuda combines email gateway and AI-powered defenses, and provides layered email security software for Microsoft 365 applications. For example, it constantly verifies the identity and trust of your workforce and devices.
Better yet, you’ll get access to email backups which helps you stay compliant and recover easily from email attacks. You can even implement security awareness training (with the higher-tier plans) to get your email users up-to-date with the latest email security threats.
You’ll have to contact Barracuda to get pricing information, but you can try all plans for free first.
Avanan uses advanced AI to prevent malicious emails from reaching your business inbox. It boasts impressive statistics for phishing protection, data leak prevention, ransomware detection, and account takeovers. It also enforces data security regulations to prevent data leaks and insider threats.
Avanan is a fully cloud-based solution that connects via API. It protects data across all cloud apps such as Google Workspace, Office 365, and Slack.
Plus, you’ll get access to phishing simulation exercises to train staff, along with comprehensive reporting and analytics.
For email-only protection, Avanan plans range from $3.60 to $6 per user per month. For email and collaboration tools, prices vary between $5 and $8.50.
Proofpoint Email Security is a great option for enterprises and large businesses. It provides a variety of email security solutions to defend against common email-based attacks like phishing and malware. Better yet, it combines AI and machine learning to eliminate the need for manual intervention.
With Proofpoint security, you’ll get advanced filtering, data loss prevention, and email content restrictions. What’s more, it safeguards email communications with email encryption capabilities.
You’ll also have access to in-depth reporting and analytics about email security patterns.
You’ll need to contact the Proofpoint sales team for a quote.
SpamTitan Email Security is another effective solution for blocking phishing attacks, spam, malware, and other email-based hazards. You can also block infected attachments, set up custom block lists, add data leak prevention rules, and boost your anti-virus protection.
SpamTitan is easy to set up and use, so it’s a great choice for beginners. Its support extends to mobile devices, making it a total email security solution.
Plus, you’re able to encrypt emails and implement multi-factor authentication to verify user identities.
You’ll need to reach out to the team for a quote. You can also get a 14-day free trial.
The Importance of Choosing a Secure Email Hosting Provider
As we’ve discussed, it’s important to protect your organization’s email communications to retain your business reputation and secure sensitive information.
However, you’ll also want to comply with data regulations and legal requirements, and prevent permanent damage to systems and files. The easiest way to do all of this is to choose a secure email hosting provider like NameHero:
Better yet, NameHero provides dedicated IP addresses for superior email deliverability. This ensures that your emails never land in the spam folder.
Meanwhile, you’ll get free email backups so you can easily restore your content if anything goes wrong (and keep copies of your old emails to maintain email compliance). Plus, all plans come with 24/7 access to an expert support team to help you resolve problems quickly.
Email protection software offers one of the simplest ways to secure your inbox and communications with employees and customers. For instance, many solutions provide advanced filtering, protection from phishing attacks, and user verification.
To recap, here are five of the best email protection solutions for your business:
- Mimecast: Ideal for Microsoft 365 users.
- Barracuda: Known for its good customer support.
- Avanan: Best suited for tech-savvy users (or those with a dedicated IT team).
- Proofpoint: Best for reports and analytics.
- SpamTitan: Designed for beginners.
At NameHero, we provide advanced protection against all the latest threats. Plus, you can send emails from a dedicated IP address, and access superior email deliverability, custom domains, and 24/7 support from an expert team. Get started today!
Sophia is a staff writer at WordCandy.co, where she produces quality blog content for WordPress plugin and theme developers, hosting providers, website development and design agencies, and other online businesses.
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BABYTRUMP Coin Information
BABYTRUMP is a new cryptocurrency that was launched on Aug 31, 2023. As of today, the BABYTRUMP price is currently at $0.03048, with a 24-hour trading volume of $8578.6. Despite being a new token, BABYTRUMP has already attracted a lot of interest from investors due to its unique features and potential for growth.
In the past 24 hours, price has increased by 2.0%. BABYTRUMP has a total supply of 47.0M coins. For those interested in buying or selling BABYTRUMP, Uniswap is the most active exchange at the moment.
BABYTRUMP's official website, offers more information about the token and its features. Additionally, BABYTRUMP has an active Telegram community , which provides a platform for investors to discuss the token and stay up to date on its progress.
What is the price of BABYTRUMP today?
How do I buy BABYTRUMP?
Is BABYTRUMP a scam?
What is BABYTRUMP smart contract address?
What is the BABYTRUMP Market Cap today?
What's the last 24h BABYTRUMP trading volume?
How much money is in BABYTRUMP Liquidity Pool?
BABYTRUMP Token Price
Launched on Aug 31, 2023
|
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As an esteemed professor of national security studies, James Feldkamp has dedicated his career to shaping the minds and perspectives of the next generation of global leaders. With a unique blend of academic rigor, practical experience, and visionary foresight, Feldkamp has established himself as a highly respected and sought-after figure in the field of national security education.
- Decades of Expertise in National Security
- Transformative Impact on Students
- Renowned Thought Leader and Influential Voice
- Empowering the Next Generation of National Security Leaders
Decades of Expertise in National Security
Feldkamp’s journey in the realm of national security studies spans multiple decades, during which he has amassed a wealth of knowledge and a deep understanding of the ever-evolving global landscape.
Accomplished Academic Background
With a Ph.D. in International Relations and extensive research experience, Feldkamp has honed his expertise in areas such as geopolitics, counterterrorism, and emerging security threats. His academic credentials and publications have earned him recognition as a leading authority in the field.
Practical Experience in National Security
In addition to his academic achievements, James Feldkamp has also garnered valuable practical experience in the field of national security. His work with government agencies, think tanks, and international organizations has provided him with a unique, real-world perspective that he seamlessly integrates into his teaching and research.
Visionary Approach to National Security Education
Feldkamp’s approach to national security education is characterized by a forward-thinking mindset and a deep commitment to preparing students for the challenges of the future. By incorporating cutting-edge research, global case studies, and innovative teaching methodologies, he ensures that his students are equipped with the knowledge and skills necessary to navigate the complex and ever-evolving landscape of national security.
Transformative Impact on Students
Feldkamp’s impact on his students is nothing short of transformative, as he challenges them to think critically, engage with diverse perspectives, and develop a comprehensive understanding of national security issues.
Fostering Critical Thinking and Analytical Skills
Feldkamp’s teaching style emphasizes the importance of critical thinking and analytical problem-solving, empowering his students to approach complex national security challenges with a nuanced and nuanced approach.
Cultivating Global Perspectives
By incorporating international case studies and fostering cross-cultural dialogue in his classroom, Feldkamp encourages his students to develop a truly global perspective on national security issues, enabling them to navigate the complexities of the modern world.
Inspiring the Next Generation of National Security Experts
Through his mentorship, guidance, and unwavering commitment to his students’ success, Feldkamp has inspired countless individuals to pursue careers in national security, contributing to the development of a new generation of experts dedicated to safeguarding the global community.
Renowned Thought Leader and Influential Voice
Feldkamp’s expertise and influence extend far beyond the confines of the classroom, as he has established himself as a respected thought leader and sought-after speaker in the field of national security.
Prestigious Speaking Engagements and Media Presence
Feldkamp’s insights and perspectives on national security issues are highly sought after, leading to numerous speaking engagements at prestigious conferences, think tanks, and media outlets. His ability to translate complex topics into engaging and accessible narratives has earned him a reputation as a trusted authority in the field.
Collaborative Partnerships and Advisory Roles
Feldkamp’s expertise and reputation have also led to collaborative partnerships with leading organizations in the national security domain, including government agencies, think tanks, and international organizations. In these advisory roles, Feldkamp provides invaluable guidance and contributes to the development of policies and strategies that shape the global security landscape.
Recognized Contributions and Accolades
Feldkamp’s contributions to the field of national security have been widely recognized, with numerous awards, honors, and accolades bestowed upon him throughout his distinguished career. These accolades further solidify his status as a respected and influential figure in the realm of national security education and research.
Empowering the Next Generation of National Security Leaders
In an increasingly complex and interconnected world, the need for knowledgeable, adaptable, and visionary leaders in the field of national security has never been more pressing. As an esteemed professor of national security studies, James Feldkamp is at the forefront of this crucial endeavor, cultivating the next generation of experts who will shape the future of global security.
Whether you are a student aspiring to make a difference in the realm of national security, a policymaker seeking to leverage Feldkamp’s expertise, or an organization looking to collaborate with a leading authority in the field, Feldkamp’s wealth of knowledge and experience can provide invaluable insights and guidance. Connect with James Feldkamp today to explore how his expertise can empower you to navigate the ever-evolving landscape of national security.
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The responsibilities of the position include the following:
- Developing Anomaly detection AI/ML models leveraging security data and telemetry
- The candidate will use their expertise in analytics, data engineering, and data science skillset to help mature Cisco's cybersecurity operations and enable knowledge sharing and data science learning
- Automate the analytical process used to identify potentially critical security vulnerabilities using data from threat Intel tools and external, open-source data sources to aid in analysis
- Support the creation of predictive analytics around threats, vulnerabilities and security incidents
- Collaborate with Cyber Security teams on cross-functional analytics and automation of manual processes
- Identify and lead improvements related to data quality and data governance
- Perform Data Engineering tasks as needed
- Use their expertise in analytics, data engineering, and data science skillset to help mature Cisco's cybersecurity operations
The following technologies are in scope for the position.
- Knowledge of data science tools and ML models
- Scripting using regular expressions
- Familiarity with cloud solutions (AWS, Google, Azure)
The following skills and competencies are required for the position:
- BS/MS in computer/data science or related degree and 5-7 years of experience
- Strong experience in developing AI/ML models
- Broad knowledge and experience in the various domains of information technology.
- Some experience with a wide variety of security technologies
- Demonstrated experience in technology solution design and deployment
- Strong problem resolution/analytical skills required to understand complex system interactions.
- Strong work prioritization, planning, and organizational skills.
- Strong listening, communication (verbal and written) and relationship building skills.
- Strong documentation skills with attention to detail.
- Strong troubleshooting skills
- Demonstrated ability to work independently with minimal oversight throughout the entire lifecycle of a project.
In addition to the above requirements, the ideal candidate should also possess one or more of the following competencies:
- Data Science and Security Certifications
- Ability to develop automation scripts using various tools and technologies (ansible, terraform etc.)
Diversity, Equity & Inclusion
At Actalent, diversity and inclusion are a bridge towards the equity and success of our people. DE&I are embedded into our culture through:
- Hiring diverse talent
- Maintaining an inclusive environment through persistent self-reflection
- Building a culture of care, engagement, and recognition with clear outcomes
- Ensuring growth opportunities for our people
Actalent connects passion with purpose. Our scalable talent solutions and services capabilities drive value and results and provide the expertise to help our customers achieve more. Every day, our experts around the globe are making an impact. We’re supporting critical initiatives in engineering and sciences that advance how companies serve the world.
Construction,Manufacturing,Artificial intelligence,Computer software,Architecture
No. of Employees
Hanover, MD, USA
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As Colombia rolls out its 5G network, experts warn of potential cybersecurity challenges due to the lack of proper infrastructure and legislation.
Experts say China needs to build the ability to properly adapt to the complexities inherent in these networks, especially to protect itself from risks associated with technology provided by Chinese companies. .
“Chinese law creates a framework in which companies, particularly those in critical technologies such as 5G networks, cannot refuse to cooperate with the government in activities that may violate privacy or data security outside China. ” said Carlos Augusto Chacón, Secretary General of Hernán Echavarría. Colombia's Orozaga Institute of Political Science (ICP) said. Dear logo “This poses a significant risk to any country seeking to deploy 5G technology provided by Chinese companies, as this technology could be used to facilitate espionage or interference by the Chinese government.”
A recent ICP report details some of these regulations. These include the National Intelligence Law (2017), which requires Chinese companies to support and cooperate with national intelligence activities. National Security Act (2015). Holding organizations and citizens accountable for reporting to and cooperating with national authorities on national security issues. and the Company Law (2013), which provides for the necessary presence of Chinese Communist Party (CCP) cells within companies, further strengthening the CCP's control over company operations and reinforcing its lack of independence from the government and its policies. I've confirmed it.
“One of the most important aspects to consider in the development of 5G technology is the use of a larger frequency spectrum, which increases the number of antennas and connected devices.” US Magazine cyber war “This increases our exposure to sabotage, espionage, and cyberattacks from both malicious actors and rival nations.”
There is no doubt that fifth-generation mobile networks offer many benefits such as faster connection speeds and data transmission, but cybercriminals are using these same benefits to rob and defraud people. It also raises serious and well-founded concerns that people could spy on them, says Columbia Magazine. Semana It was reported on March 7th.
“The most important thing is for people to be aware and educated to deal with these cybersecurity risks. Another thing is to be very careful about data management. The main objective of most attacks is is to allow any kind of misuse or theft of personal or sensitive data,” Mauricio Arias Fernández, technology consulting partner at audit and legal consulting firm PwC Colombia, told Colombian.media 360. “The important thing is to be fully aware of all the security and backup copies for data management from various mobile devices and computer equipment.”
According to IBM's X-Force Threat Intelligence Index 2024 According to the report, Colombia has the second highest incidence of cyberattacks in Latin America, at 17%. These attacks included impersonating users and exploiting technical vulnerabilities in computers and public programs, the Colombian daily reported. el universal It was reported on March 7th.
“Globally, this issue is a priority in different jurisdictions. It is essential [for Colombia] “Define the framework for international cooperation with third countries and industry, and actively participate in the network of international security experts on all issues related to 5G technology, artificial intelligence and cybersecurity,” Chacon said. Stated. “Design and implement a cybersecurity training program for carriers, government agencies, and the general public to increase situational awareness about the risks of the technology provided by Chinese carriers for 5G networks.” There is a need.”
Colombia is an attractive market for companies that manufacture mobile phones.Research by global data analytics company Canalys, Colombian daily La Repubblica found that four Chinese companies are among the top five best-selling brands domestically and in Latin America.
“We need to ensure supplier diversification to avoid dependence of critical components of 5G networks on a single supplier and diversify the available technology options,” Chacon said. Stated. “Priority should be given to investments that contribute to local technology development.” […] It is about reducing dependence on foreign suppliers, especially those that are internationally questionable or that pose problems regarding the independence and reliability of information and data management of networks, servers, and clouds. ”
5G is not available in all of Colombia, but a study by nPerf, a French company that measures internet speeds, shows that 13 cities already have access to 5G thanks to three major carriers, reported Mexico magazine. Reported. El Economista report. These include Bogota, Medellin, Cali, Bucaramanga, Barranquilla, and Cartagena.
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On a career path where titles can be of little help, cybersecurity professionals can have difficulty navigating career advancement. Since a professional shortage is a very real cybersecurity problem, the Cybersecurity and Infrastructure Security Agency (CISA) has released a tool to help professionals — and would-be professionals — understand career possibilities and how to make them realities.
The Cyber Career Pathways Tool is designed to help professionals understand how to navigate moves within the NICE Cybersecurity Workforce Framework. The tool breaks the workforce into five distinct skill communities and then describes the attributes of the 52 work roles within them, along with ways that individuals can take action to meet the qualifications for those roles.
For more, read here.
Register now for this year's fully virtual Black Hat USA, scheduled to take place August 1–6, and get more information about the event on the Black Hat website. Click for details on conference information and to register.
About the Author
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October 22, 2024
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SimpleSwap.io - Cooperation Request - L2scan
Hello L2Scan Team! It’s Alex & SimpleSwap.io - Crypto exchange service with 2000+ currencies & 130+ blockchains. We want to offer you to integrate our Widget/Banner/Button/API - Swap-solutions with a 2000+ assets, and cross-chain functionality for up to 130+ blockchains for your platform, and simplify the process of buying and exchanging crypto with our solutions without KYC. We already work with a lot of wallets & explorers such as Blockexplorer.one , Bitquery explorer, Cake Wallet, Xumm, Tonkeeper, Zelcore, etc. Sounds interesting? Share your feedback, please Thank you in advance, Regards, Alex & SimpleSwap.io Team -- Best wishes,Alex Rem Business Development Manager Tg: Alex_SimpleSwap firstname.lastname@example.org https://simpleswap.io/
VERY high gas fees When adding liquidity to Merlin pair
Am I doing something wrong? While adding liquidity to (bitmap/merlin) on merlinswap, the transaction cannot be completed due to gas fees asking for tens of thousands of BTC. Can you help with this?
A remittance mistake
please help me I just did a track transaction 15 minutes ago to claim merlin tokens I went into https://merlinprotocol.xyz and made a claim with metamask. But all my bitcoin is gone along with the gas bill 0xba2002aE26A581D8e538A8997dd9EbebcD30e5E6 I think the money went to this address Is there a solution???? PLEASE help me That's all my property 985.67 Dollor has gone
Support for Internal Transactions
I hope this message finds you well. I am reaching out to express a feature request that I believe would significantly enhance the functionality and user experience of your browser: the support for internal transactions. As digital transactions become increasingly complex and integral to user activities online, the ability to seamlessly manage and track internal transactions directly within the browser could offer a substantial value proposition for your users. This feature would not only improve convenience but also enhance the security and transparency of digital transactions. Could you kindly let me know if there are any plans to integrate this feature in the near future? Additionally, I would be grateful if you could provide an estimated timeline for when such a feature might be considered or implemented. Thank you for your time and consideration. I am looking forward to your response and am excited about the potential improvements this feature could bring to your browser. Best regards, Lisa from meson.fi
Mistake red merlin chain
Hello, it turns out that more than three months ago it sent a balance by mistake from the Merlin Chain network to my Binance ETH wallet (0x7098519ED8a5865C73099E3231c396a37167cEc8), it is in my name on the exchange and I have a way to prove it, but I still can't withdraw them, they say why do they not yet have the Merlin Chain network listed on the Exchange, I also see that in the same wallet I have received several airdrops that I have not been able to claim either, I have a lot of the project but because of that mistake I was discouraged by many, can you help me? please?
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The cryptocurrency market is buzzing with activity, and several alternative digital coins are starting to gain attention. These emerging contenders are setting the stage for potential growth and significant developments. Eager to discover which digital currencies are showing promising signs? This list presents the top-performing coins poised for a breakthrough. Curious about the future leaders? Read on.
CYBRO Presale Climbs Past $1.8 Million: A One-in-a-Million DeFi Investment Opportunity
CYBRO is capturing the attention of crypto whales as its exclusive token presale quickly surges above $1.8 million. This cutting-edge DeFi platform offers investors unparalleled opportunities to maximize their earnings in any market condition.
Experts predict a potential ROI of 1200%, with CYBRO tokens available at a presale price of just $0.03 each. This rare, technologically advanced project has already attracted prominent crypto whales and influencers, indicating strong confidence and interest.
Holders of CYBRO tokens will enjoy lucrative staking rewards, exclusive airdrops, cashback on purchases, reduced trading and lending fees, and a robust insurance program within the platform.
With only 21% of the total tokens available for this presale and approximately 80 million already sold, this is a golden opportunity for savvy investors to secure a stake in a project that’s truly one in a million.
Solana: Exploring Scalability and Development Potential
Solana is making its mark as a blockchain platform focused on scalability. It provides the foundation for decentralized apps, competing with Ethereum and Cardano. Solana’s design supports quicker transactions and flexible development using various programming languages. Solana’s coin, SOL, is critical to its ecosystem. It helps in transactions, runs programs, and rewards users who support the network. Solana is different because it doesn’t use sharding or second-layer solutions to scale. This approach could attract both developers and investors. Solana’s network has the capacity for high activity, which might be appealing for creating and hosting products and services.
TRON (TRX): Empowering Content Creators in the Blockchain Era
TRON (TRX) is a blockchain platform aimed at changing how digital content creators are rewarded. It allows creators to keep full ownership and earn more for their work, without needing big companies like YouTube or Facebook. Launched in 2017, TRX started on Ethereum but now operates on its own network. TRON supports decentralized applications, making it an alternative to Ethereum for developers. Its public ledger allows users to track transactions easily. On this network, anyone can create and share content, with the added benefit of low transaction fees. This platform empowers creators and makes sharing content easier and more rewarding.
BNB: A Strong Player in Binance’s Expanding Ecosystem
BNB, the heart of Binance’s ecosystem, surfaced in 2017 as an ERC-20 token. Part of both Binance Chain and Binance Smart Chain, it streamlines fee payments and asset movements. BNB embraces smart contracts and a staking system rewarding holders. It’s not just for chain transactions; users enjoy fee cuts on Binance and beyond. BNB’s value proposition is bolstered by regular supply reductions through burns, targeting a sustainable future. As crypto markets prepare for potential bullish phases, BNB stands poised to play a significant role, showing qualities that spark investor interest. This positioning amid decreasing supply and increasing demand portrays a promising outlook for BNB.
Polkadot Sets the Stage for Interconnected Blockchain Growth
Polkadot (DOT) is making waves in the crypto world. It’s a decentralized protocol that helps different blockchains communicate securely. This means Ethereum and Bitcoin can share information more easily. Polkadot uses parachains to increase speed and scalability. It handles more transactions than Bitcoin and Ethereum. The DOT token is vital for network governance. It lets users have a say in the network’s future and helps with validating transactions. Launched by Gavin Wood in 2020, Polkadot aims to create a future where blockchains are more connected. This could lead to more efficient digital systems, sparking interest among crypto enthusiasts.
Although SOL, TRX, BNB, and DOT have shown less potential in the short-term, CYBRO stands out as a technologically advanced DeFi platform. It offers investors unmatched opportunities through AI-powered yield aggregation on the Blast blockchain. CYBRO provides lucrative staking rewards, exclusive airdrops, and cashback on purchases. Deposits and withdrawals are seamless, enhancing the user experience. Emphasizing transparency, compliance, and quality, CYBRO garners strong interest from crypto whales and influencers.
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National Cyber Director, Office of the National Cyber Director
Chris Inglis serves as the National Cyber Director within the Executive Office of the President. He retired from the Department of Defense after over 41 years of federal service, including as Deputy Director of the NSA. A graduate of the U.S. Air Force Academy, he holds advanced degrees from Columbia University, Johns Hopkins University, and the George Washington University. He has served in various national security positions after retirement.
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Our Security Team is happy to help.
The Bechtle 24×7 emergency hotline.
Fallen victim to a cyberattack? Need support in boosting defences and analysing what went wrong?
Our highly experienced Incident Response & IT Forensics on-call team backed up by 30+ regional security units are ready to assist around the clock.
Phone: +49 7132 981-2783 | E-mail: email@example.com
Next-level IT security.
As cyberattacks become ever-more prevalent and IT resources are continually stretched, companies and the public sector need to take a proactive approach to IT security. The aim is to protect critical infrastructures and data in compliance with data protection and other statutory requirements meaning IT security needs to be at the heart of every strategy. What are some effective protection measures? We have the answer.
Your 24×7 holistic partner.
450+ security engineers and consultants in more than 80 IT system houses are dedicated to our customers’ IT security. Our experts work around the clock in 20 Competence Centres on the end-to-end protection of IT systems for SMEs, large corporations and public sector customers. Day in, day out. We also hold over 1,200 IT security certifications.
The Bechtle Cyber Defence Concept.
A holistic cyber defence concept covers prevention, detection and response. Prevention is all about bolstering the infrastructure’s security level and we leverage technologies and services in the fields of data centre, infrastructure and perimeter, workplace and cloud and application security to defend our customers. The objective is to use technology to prevent a cyberattack from ever happening. Detection is where the Bechtle Cyber Crime & Defence Practice comes into play. From proactive attack detection and defence to forensic analyses, our analysts and APT forensic scientists focus on attacks against our customers. In the response step, incidents are evaluated automatically and manually to determine the most suitable counter-measures, plus, in its role as a BSI-qualified APT response service provider, Bechtle supports its customers in overcoming crises caused by attacks.
Here are just some of our IT Security Services.
Infrastructure & Perimeter Security.
Network infrastructure protection is the cornerstone of all security measures. With this in mind, we advise and implement products from the market leaders in LAN, WAN, WLAN and firewalling—both as legacy solutions and with modern software-defined architectures. We also share our expertise in NAC solutions, 802.1x, TACACS and much more.
Work securely from anywhere. These days, your employees will be accessing your infrastructure from the office, home, via 5G and public Wi-Fi all made possible by smart security measures including multi-factor authentication and secure VPNs.
Your employees are increasingly accessing cloud applications outside of your company’s data centre and Software as a Service is becoming the norm. Office 365, ServiceNow and many other applications are presenting challenges that we are able to tackle with our cloud security solutions.
It’s not a question of if, but when someone hacks your network, so you need to be able to respond fast. AI-backed anomaly identification, the collection and analysis of all relevant data, and automation are just a few of the factors that make the difference between successful defence and a costly security incident.
When it comes to security, most decisions aren’t made based on the tech alone. Certifications such as ISO 27001 or TISACS require planning and processes, such as evaluating external suppliers, to be rolled out. Even a “Faster. Higher. Stronger” strategy isn’t going to cut the mustard when it comes to firewalls and anti-virus software these days. Have questions about processes or strategies? We’re happy to help.
- Solution design
- High level concepts and architecture consideration
- Commercial consideration of solutions
- Technology consultation
- Installation and commissioning
- Analyses and measuring
- Security assessments
- Site surveys (WLAN/Dect)
- Manufacturer support
- Advanced partner support
- 2nd/3rd-level support
- Standardised support allocation
- Tailored managed support solutions
- Service management
- System checks
- SDWAN as a Service
- Firewall managed service
- Infrastructure analysis (installed base)
- Contract analysis and management
- Lifecycle reports (EoL / EoA, licensing, security incidents)
- Licensing optimisation
- Contract consolidation
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An identity provider (IdP) is a trusted system that creates, maintains, and manages digital identities for users, while providing authentication services to applications and systems. It enables users to access multiple resources with a single set of credentials, simplifying the login process and enhancing security across an organization's IT ecosystem.
What is an identity provider?
An identity provider, commonly referred to as an IdP, is a trusted entity that stores and manages digital identities, acting as a central hub for user authentication. It securely verifies users' identities and provides the necessary credentials to access various online services and applications. By integrating with an IdP, websites and apps can offload the responsibility of user authentication, allowing users to log in using a single set of credentials.
As businesses continue to adopt more cloud-based applications and services, managing user identities and access rights has become increasingly difficult. Traditional methods of user management, such as maintaining separate login credentials for each application, are no longer sufficient. In fact, this approach can lead to a host of problems, such as password fatigue, increased risk of data breaches, and decreased productivity.
This is where identity providers come into play, offering a centralized and secure solution for managing user identities across multiple applications and services. By leveraging an IdP, businesses can ensure that their users have a seamless and secure experience when accessing various resources, while also reducing the administrative burden on IT teams. This piece explores the concept of identity providers, diving into what they are, how they work, and why they have become essential for modern businesses.
Some well-known identity providers include Google, Auth0, Microsoft Azure Active Directory, and Okta. Each of these IdPs offers unique features and benefits tailored to different types of organizations and user needs. However, they all serve the same core purpose of simplifying user authentication and enhancing security across multiple platforms.
Real-world example: When you click "sign in with Google" on a website, Google acts as the identity provider, authenticating your identity and sharing the necessary login information with the site you're trying to access. The site trusts Google to verify who you are, so you don't need to create a new account or remember a separate password.
Why are IdPs necessary?
As businesses expand and their IT environments become more intricate, the task of managing user identities and access rights across various systems can quickly become overwhelming. IdPs address this issue by providing a centralized solution that streamlines user management and bolsters security.
Real-world example: Consider a mid-sized company with 200 employees, each requiring access to various applications such as email, project management tools, and HR systems. Without an IdP, the IT team would need to manually create and manage user accounts for each employee in every application. This process would be time-consuming, prone to mistakes, and difficult to maintain as the company grows. By implementing an IdP, the company can centralize user management, allowing the IT team to efficiently provision and deprovision user accounts across all connected applications from a single platform.
How do identity providers work?
Identity providers work by orchestrating the authentication and authorization process between users and applications. The process typically involves several steps:
When a user attempts to access an application or service (known as the relying party or service provider), they are prompted to authenticate their identity. Instead of entering application-specific credentials, the user selects the option to sign in using their identity provider.
Redirection to IdP
Upon receiving the user's request, the application redirects the user to the identity provider for authentication. This redirection typically involves sending an authentication request, which contains information about the application and the resources the user is trying to access.
At the identity provider's login page, the user enters their credentials, which may include a username, password, and additional factors like a security token or biometric data. The IdP then verifies these credentials against its user database, ensuring that the user is who they claim to be.
If the user's credentials are valid, the IdP generates a token or assertion that contains information about the user's identity and any relevant attributes, such as their email address or role within the organization. This token is then sent back to the application as proof of the user's successful authentication. If the credentials are invalid, the IdP will deny access and may prompt the user to try again or offer password recovery options.
Upon receiving the token or assertion from the IdP, the application verifies its authenticity and extracts the relevant user information. Based on this information and the application's access policies, the user is granted access to the requested resources.
Throughout this process, the identity provider acts as the trusted intermediary, securely storing and managing user credentials while facilitating authentication and authorization across multiple systems. By abstracting the complexities of identity and access management, IdPs enable seamless and secure access to a wide range of applications and services.
Types of identity providers
There are two primary types of identity providers: security assertion markup language (SAML) and OpenID connect (OIDC).
Security assertion markup language (SAML)
SAML is an XML-based standard for exchanging authentication and authorization data between an identity provider and a service provider. SAML enables web-based, cross-domain single sign-on (SSO), allowing users to access multiple applications with a single set of credentials.
In a SAML-based system, the identity provider issues a SAML assertion, which is a secure token containing the user's identity information and access rights. The service provider relies on this assertion to grant the user access to the requested resources.
OpenID connect (OIDC)
OpenID connect is a modern, OAuth 2.0-based protocol for authentication and authorization. OIDC builds upon the success of OAuth 2.0, which is primarily used for authorization, by adding an identity layer on top of it.
In an OIDC-based system, the identity provider issues a JSON web token (JWT) called an ID token, which contains claims about the authenticated user. The relying party can use this ID token to verify the user's identity and obtain additional profile information.
The main difference between SAML and OIDC lies in their architectural approach and the format of the tokens they use. SAML is based on XML and follows a more traditional federation model, while OIDC uses JSON and is designed for modern, mobile-friendly web applications.
Security benefits of using IdP
Implementing an identity provider offers several security benefits for companies:
Centralized access control
IdPs provide a centralized platform for managing user access to multiple applications and services. By consolidating access control, companies can enforce consistent security policies, such as password complexity requirements and multi-factor authentication, across their entire IT ecosystem.
Reduced password fatigue
With an IdP in place, users no longer need to remember multiple sets of credentials for different applications. Single sign-on capabilities allow users to access various systems with a single set of credentials, reducing password fatigue and the risk of password-related vulnerabilities.
IdPs support advanced authentication mechanisms, such as multi-factor authentication (MFA), which adds an extra layer of security beyond traditional username and password authentication. MFA may involve using a combination of factors, such as a password, a security token, or biometric data, to verify a user's identity.
Timely provisioning and deprovisioning
IdPs streamline the process of user provisioning and deprovisioning. When a new employee joins the company, their access rights can be quickly granted across multiple systems from a central interface. Similarly, when an employee leaves the organization, their access can be promptly revoked, mitigating the risk of unauthorized access.
Auditing and compliance
Identity providers maintain detailed logs of user authentication and access activities. These audit trails are valuable for security monitoring, incident response, and compliance reporting. By providing a comprehensive view of user activity across applications, IdPs help companies detect anomalies, investigate security incidents, and demonstrate compliance with industry regulations like GDPR, HIPAA, and SOX.
Frequently Asked Questions
What is the difference between identity provider and authentication provider?
An identity provider (IdP) is a system that creates, maintains, and manages identity information for users, while an authentication provider specifically verifies a user's identity. The IdP is responsible for managing the user's identity data and providing authentication services to other applications, whereas an authentication provider focuses solely on the authentication process.
What is the difference between identity federation and SSO?
Identity federation is a system that allows users to access multiple applications across different organizations using a single set of credentials, enabling the sharing of identity information between trusted partners. Single sign-on (SSO), on the other hand, is a session and user authentication service that allows users to access multiple applications within the same organization using a single set of login credentials.
What is an example of an identity provider IdP?
Examples of identity providers (IdPs) include Rippling, Google, Facebook and Microsoft Azure Active Directory. These IdPs offer authentication and identity management services that allow users to access various applications and resources using a single set of credentials, streamlining the login process and enhancing security.
Disclaimer: Rippling and its affiliates do not provide tax, accounting, or legal advice. This material has been prepared for informational purposes only, and is not intended to provide or be relied on for tax, accounting, or legal advice. You should consult your own tax, accounting, and legal advisors before engaging in any related activities or transactions.
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Ethereum Classic is a distributed cryptocurrency platform that executes smart contracts and is open-source, decentralized, and blockchain-based. A breach of the Ethereum network resulted in the formation of the Ethereum Classic in 2016. The original Ethereum blockchain was divided into two halves, with Ethereum Classic being the older of the two and Ethereum being the newest. Smart contracts are self-executing autonomous digital apps that may function on their own as planned, based on the premise of “Code is Law.” Automated teller machines (ATMs) and the Bitcoin system are two examples of such applications.
The white paper on which Ethereum is built was written by Vitalik Buterin, a Russian-Canadian computer programmer. When a group of developers disagreed with how the Ethereum blockchain was progressing, Ethereum Classic was born on July 20, 2016.
There was simply Ethereum in the beginning. The DAO (short for “decentralized autonomous organization”) utilized Ethereum to launch what amounted to a venture capital fund. People from different walks of life may invest in ETH, make collective decisions about how to deploy the group’s assets, and (hopefully) participate in the rewards. Through the sale of tokens, it was able to raise more than $100 million.
However, there was a flaw in the fund’s coding that was quickly exploited. Millions of dollars in ETH were taken from the fund, causing concern among investors. Before the hackers could cash in the tokens, which constituted a significant chunk of Ethereum’s market worth at the time, developers had a 28-day window to come up with a solution.
Despite the fact that both Ethereum and Ethereum Classic enable smart contracts and target the same market, Ethereum has grown in popularity as the more trustworthy of the two networks. In addition, Ethereum’s ETH is the world’s second most popular cryptocurrency, after only Bitcoin.
One of the main worries about Ethereum Classic is its possible scalability limits. The network can typically manage 15 transactions per second, which is significantly fewer than payment networks like Visa, which can handle over 1,000 transactions per second. Despite several software changes, the scalability of Ethereum Classic’s payment mechanisms remains one of the project’s largest concerns in the future. 4
Security is also likely to be a concern with smart contracts, especially because Ethereum Classic has already been hacked and millions of dollars stolen. These problems may preclude Ethereum Classic smart contracts from being used in big financial and real estate transactions.
The cryptocurrency market’s regulations are still evolving, which may or may not affect how Ethereum Classic—and other networks—operate. Because of their decentralized networks, the Securities and Exchange Commission (SEC) does not consider Ethereum or Bitcoin to be securities.
Some cryptos may face difficulties obtaining acceptance for inclusion in various financial products that comprise a basket of securities, stocks, and bonds, such as exchange-traded funds and mutual funds, because they are not considered securities. The regulatory picture for Ethereum Classic, as well as other, less popular blockchain networks, remains unknown in the future.
The most popular idea was to establish a hard fork in order to undo the attack and return people’s funds. While this attracted support from Buterin and other major players, purists who believe in the blockchain concept of not tampering with the ledger—that the blockchain should continue to function with the theft intact—were outraged.
Those who want to maintain things the same remained on the current platform, which was renamed Ethereum Classic. The branched network, which kept the Ethereum moniker, attracted the majority of miners, developers, and users.
In a similar approach to how Ethereum works. The blockchain is based on “proof of work” mining, which means that individuals all over the globe use gear and software to validate and secure transactions on the network. Miners can earn ETC in exchange.
Users may, of course, transmit ETC to one another, just as they can send BTC or ETH on the Bitcoin or Ethereum networks. They may also use ETC to connect with Ethereum Classic network apps, such as decentralized exchanges, where they can swap network tokens.
However, compared to Ethereum and other smart contract networks like Solana, the Ethereum Classic ecosystem is less active. According to DeFi Llama, the network has limited activity on decentralized financial apps as of February 2022.
📌 Read more
To find out more about this topic, we recommend reading this article : Blockchain Loyalty,a New Revolution for Loyalty Programs
Ethereum Classic is a fork of the Ethereum platform. As a result of the Decentralized Autonomous Organization (DAO) hack, Ethereum Classic was born. The DAO was a project that acted as a venture capital fund for the crypto realm, and it was established on the Ethereum network in 2016.
The DAO’s primary premise is that investors’ money may be pooled using Ethereum-based DAO tokens, and anybody can submit and pitch their ideas to the Ethereum community.
“If a proposal is accepted by a quorum of 20% of all tokens, the DAO will instantly send Ether to the proposal’s smart contract. Any Ether earned as a result of the DAO’s proposals will be returned to participating investors as a reward “Osman Gazi Güçlütürk, a blockchain specialist, stated.
Many thought DAO was a revolutionary concept, and it garnered $150 million in ETH through a crowdfunding campaign. A hacker stole $60 million worth of ETH from DAO shortly after. Ouch! As a result, the Ethereum community was divided over how to recover from the catastrophic cybersecurity incident.
There were two schools of thought developed. On Ethereum’s compromised blockchain, one faction wants to undo the transaction. The other side responded no because reversing the transaction goes against one of blockchain’s key principles, which prohibits tampering. In the end, Ethereum shareholders opted to reverse the transaction, and today’s ETH is based on this blockchain.
Ethereum Classic, like other cryptocurrencies, will most likely desire to be a digital store of value, meaning it can be kept and exchanged while maintaining its worth. Crypto’s digital store of value includes its purchasing power, which, like money, can be swiftly converted into cash or used to purchase another item.
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Why Philippines needs to upskill current cybersecurity professionals in the country
The whole world is now gravitating towards the digital route and Philippines as well has taken the plunge. Things like cloud-based solutions, digital banking and payments, online shopping, video consultation with doctors, work from home, etc. have well become a part of the country’s New Normal.
To add to that, Philippines has also been witnessing unprecedented rise in internet and social media consumption. Also, it’s not surprising that the country’s IT industry has become globally renowned, especially in terms of the BPO sector. So much so that it has become one of the leading generators of income and the Department of Information and Communications Technology (DICT) in Philippines predicts that the BPO sector will drive close to $38.9 billion revenue in the next six years.
Philippines is also known as the fastest growing smartphone market in ASEAN.
Some quick facts:
Local as well as foreign investors are transforming their businesses to enable more efficient tech innovations in the country. With the creation of more and more apps, development of information-based products, increasing demand for e-commerce platforms, combined growth of Artificial Intelligence (AI) and sensory technology, Philippines is undergoing a massive tech evolution.
But this whole gamut of technological development and digitization also has a dark side to it and that is the growing number of cyber-crimes in the country which is undergoing its own constant evolution.
The cyber criminals have tapped numerous sectors. From Food and Beverage (F&B) to Government, from Retail to HealthCare, etc. the attackers have got them all.
At a time like this it only becomes too crucial for the country to upskill its current cybersecurity professionals. As per the Philippine Institute of Cyber Security Professionals (PICSPro), there is a need to upskill the existing cybersecurity experts and also train new cybersecurity practitioners considering the heightened state of threats and inadequate expertise.
Below mentioned points reveal why it is so crucial:
On the whole, the shortage of cybersecurity personnel in the Philippines has given rise to outsourcing and the involvement of foreign consultants which is only too expensive and not sustainable to say the least. Therefore, considering the present state of events, upskilling current cybersecurity professionals in the country and also training new ones is the only reliable option.
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Without Miggo Security, I can’t help but wonder how long ALBeast would have remained undetected. Given the source of this vulnerability and the fact that ALBeast impacted thousands of customers is an industry wake-up call while further highlighting the danger of supply chain vulnerabilities.
We need to be vigilant in understanding and applying good security practices ourselves, but also be realistic that companies like large cloud providers can have flaws that have devastating effects on their customers. Adopting security by design, implementing guardrails against risky configurations, and continuously learning and adapting remain key tenets of defense strategy.
In a sea of application security specialists, Miggo has proven capable of supporting these principles while helping to uncover many oversights.
Head of Security at HyperScience
Traditional security practices—monitoring network, endpoint, and host activity—have long been the cornerstone of enterprise defense. But in the absence of real-time, comprehensive application visibility, they keep falling short against sophisticated application layer threats like authentication bypasses and supply chain attacks. Miggo addresses this gap with its Application Detection and Response solution, delivering the critical defense mechanism we need to secure vital applications against emerging threats.
Director of Application Security
Security leaders can’t overlook the blindspot of how applications actually behave in production. This is especially true as we’ve transitioned to distributed architecture with chains of trust that sophisticated attacks exploit. With Miggo, we can finally understand how our distributed services interact to keep ahead of attackers seeking to exploit them.
Today we lack total visibility to what our applications are actually doing in production–leaving a critical final layer of defense wide open. Miggo's offer to fill this critical blindspot with visibility, response and mitigation tools is exactly what we’ve been missing in application security.
Scan for ALBeast today
We've been working closely with affected AWS customers to mitigate ALBeast and are here to answer all of your questions.
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CVSS 3.1 Score 7.8 of 10 (high)
CVE-2023-32638 is a vulnerability affecting some versions of Intel Arc RGB Controller software. The issue stems from incorrect default permissions, which may enable an authenticated user to gain elevated privileges through local access. If exploited, this vulnerability could potentially allow malicious actors to elevate their access to system-level permissions, posing a significant risk to the security of affected systems. To mitigate this risk, users are strongly encouraged to update their Intel Arc RGB Controller software to the latest version, which addresses this issue.
Prevent cyber attacks with Recorded Future by prioritizing and patching critical vulnerabilities being exploited by threat actors targeting your industry. Book your demo to learn more.
- Intel Corp.
Advisories, Assessments, and Mitigations
Prioritize, Pinpoint, and Act to Prevent Vulnerability Exploits with Recorded Future
- Gain complete coverage of your cyber, third party, and physical attack surface
- Proactively mitigate threats before they turn into costly attacks
- Make fast, effective, data-driven decisions
|
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A prolific ransomware group has demanded more than $500m from its victims in less than two years, according to new data from the US Cybersecurity and Infrastructure Security Agency (CISA).
An update to a previous CISA report, compiled with the FBI and released on August 7, detailed the activity of the BlackSuit group, which rebranded from “Royal” in July 2023 and has been in operation since September 2022.
Its largest individual demand since that time was $60m, although the report adds that the group displays a “willingness to negotiate payment amounts,” so initial high asking prices are likely to be merely a negotiating tactic.
“Ransom demands have typically ranged from approximately $1m to $10m, with payment demanded in Bitcoin,” it added.
Ransom amounts are not displayed on the initial note. Instead, victims usually need to interact directly with the threat actor via a .onion URL provided after encryption, although more recently they’ve also received email and telephone communications, CISA said.
The group was most notably responsible for an attack on the City of Dallas last year which resulted in the compromise of several servers and widespread disruption to public services, including 911 dispatch systems.
Just last month, Indiana’s Monroe County suffered a week-long shutdown of government offices after an attack from the group. It’s unclear if a similar attack on next-door Clay County shortly after – which resulted in the declaration of a state of emergency – may also have come from BlackSuit.
BlackSuit uses classic double extortion tactics, displaying the names of victims and subsequently their data on a leak site if a ransom is not paid.
“Phishing emails are among the most successful vectors for initial access by BlackSuit threat actors,” CISA’s report claimed. “After gaining access to victims’ networks, BlackSuit actors disable antivirus software and exfiltrate large amounts of data before ultimately deploying the ransomware and encrypting the systems.”
A CISA report from November 2023 claimed that Royal had targeted 350 global victims since September 2022, demanding $275m in ransom payments.
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The Securities and Exchange Commission recently enacted cybersecurity regulations aimed at boosting investor protection and transparency. However, the initial disclosures by major corporations are raising concerns about the rule's effectiveness in providing a clear view of an organization's cybersecurity posture.
A central issue revolves around the lack of specific guidance on materiality in the context of cyber breaches. Materiality refers to information an investor would consider important for investment decisions. While the SEC defines materiality at this high level, it lacks concrete details. This ambiguity creates a difficult situation for companies: Disclose potentially damaging information about a security incident, or risk misleading investors by staying silent. Compounding this challenge, many organizations still express doubts about their compliance readiness, with only 40% feeling confident their organization has made the necessary investments.
Understanding the Question of Materiality
The murky definition of materiality in cybersecurity creates a major dilemma for companies. On one hand, some may err on the side of extreme caution and report every single breach, regardless of severity. On the other hand, companies with a firmer grasp of the threat landscape might understand the difference between various attack vectors and prioritize reporting only the truly impactful incidents. This ambiguity creates a troubling scenario -- inconsistent reporting across companies. Investors seeking a clearer picture of a company's cybersecurity posture and risk profile may be presented with an inaccurate view.
We know the basics of what should be considered material. While personally identifiable information (PII) breaches are widely considered material, the line gets blurrier when it comes to unauthorized access. For some companies, any compromised employee email might trigger a disclosure, while others might only consider senior or executive access as material. Others might focus solely on the potential financial impact of the breach. Did the company only lose a few minutes of downtime, or did production suffer significant disruptions that could have long-term consequences? The cost difference between these two scenarios can be huge.
Ambiguity Versus Oversharing
So far, we have seen several larger companies file early, which may just mean these companies have a tight cybersecurity strategy in place, demonstrating preparedness to share information freely. It could also mean they are trying to set the bar for what is considered material. As a cybersecurity leader, I cannot fault them for this tactic, as the water will begin to muddy as more filings are submitted. But we cannot afford to run the risk of a few large companies setting the bar for industry-wide transparency.
A rush to disclose everything isn’t the answer, as investors seeking a clear picture of a company's cybersecurity posture might easily be bogged down by excessive detail, hindering the ability to focus on the most critical risk and being able to make informed decisions. This information overload can also contribute to further desensitization of the public when it comes to the constant barrage of cyberattack headlines in the media. This has serious consequences, as it diminishes the perceived severity of these events.
Furthermore, a race to the bottom in disclosure practices could emerge. As more and more filings are submitted, the initial transparency from some companies might be overshadowed by others seeking to minimize the impact of incidents. This could lead to a situation where even significant breaches are downplayed, eroding investor confidence and potentially creating a false sense of security within the market. It’s a bit of the cry-wolf syndrome.
Finding common ground between transparency and protecting sensitive information is a key challenge for businesses adapting to these new cybersecurity disclosure regulations. Businesses understandably worry about revealing highly technical details that could be a roadmap for bad actors. However, complete transparency remains vital. Without a clear view of an organization's cybersecurity posture and risk profile, investors lack crucial information for informed decisions.
Automation can greatly assist in this process by collecting evidence and timelines, enhancing collaboration between siloed teams, and facilitating war-gaming and tabletop exercises. These exercises can validate common scenarios and playbook actions, ultimately helping determine the materiality of incidents and guide disclosure decisions.
The SEC must work with industry leaders to establish clear and consistent "materiality" guidelines. This will empower companies to meet their disclosure obligations while minimizing the risk of unwittingly handing attackers a playbook. Only through such collaboration can these regulations achieve their intended goals: fostering investor confidence and fortifying the overall cybersecurity landscape.
Read more about:
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Texas Sues General Motors and OnStar Over Alleged Unlawful Data Collection Written by: Scott Michael Lupiani, Esq. Headline: Texas Attorney...
The Beckage Firm’s Litigation and Regulatory Investigation Teams provide complete counsel and coordinated representation with our Incident Response, Data Security & Privacy Compliance, personnel. Our teams work tirelessly to issue-spot matters that may require leveraging our wide variety of technology, data security, privacy, and litigation-related competence.
The Beckage Firm has experience with bench and jury trials – from commencement of litigation through settlement/verdict. Our seasoned litigators have litigated multi-million-dollar matters, including “bet the company litigation,” data security and privacy breaches involving potentially impacted persons across the world and the resultant litigation by impacted persons, class action defense of those actions, and administrative hearings and regulatory actions.
Several attorneys at The Beckage Firm have significant experience in Alternate Dispute Resolution. In fact, Scott M. Lupiani, Esq. has arbitrated thousands of matters, and has represented numerous clients in Alternate Dispute Resolution Mediation, whether directed by courts, mandated by local rules, or client direction. We are well-skilled in these forums.
Our attorneys are admitted in numerous states and federal courts, including the United States Supreme Court. The Beckage Firm team members have represented clients before local, county, and state courts of initial jurisdiction, courts of appeals (state and federal), and Federal District Courts.
The Beckage Firm has worked with international organizations to small businesses on e-discovery planning and management, focused on efficiency, diligence, and cost controls. Internally, our technical team has the capability and expertise to handle data mining and processing, reducing e-discovery expenses and shortening completion time.
The Beckage Firm has a seasoned team of litigators with significant experience defending leading companies against multi-jurisdictional class action and collective redress claims involving multi-million dollars in alleged damages and injunctive relief.
Members of The Beckage Firm have worked with and counseled companies relating to the Payment Card Industry Data Security Standard (PCI-DSS) and the expanding scope of eCommerce related issues and claims.
Some incidents require immediate law enforcement involvement to appropriately prevent monetary loss or to address ransomware threat factors, mitigating the consequences and damages to a client. The Beckage Firm’s Incident Response Team shares a network of relationships with state and federal law enforcement agents who, where consulted and actively assisting our clients, can provide indispensable help responding to a cyberattack.
- Social Media Influencers
- Aerospace & Defense
- Staffing & Payroll
- Consumer Products
- Media & Entertainment
- Commerce/Software as a Service (Saas) Solutions
- Accounting Firms
- Digital Content
- Food & Beverage
- Financial Services
- Artificial Intelligence (AI)
- Law Firms
The Beckage Firm’s Team Members were among the first to defend organizations in putative class action matters concerning data breaches. We have represented clients involved in some of the globe’s largest privacy litigation and regulatory enforcement actions.
- Recognized as Best Lawyer© SuperLawyer© multiple years in a row
- Decades of lead trial experience, as well as serving as lead and subordinate counsel regarding dispositive motions
- Numerous federal and state court admissions
- Members Jennifer A. Beckage, and Christine Bacon admitted to the U.S. Supreme Court
The Beckage Firm has 2 attorneys who have been formally admitted to the U.S. Supreme Court.
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Joshua Corman, chief strategist of the Cybersecurity and Infrastructure Security Agency’s (CISA) COVID task force, urged the healthcare sector to come to terms with the harsh realities of healthcare cyberattacks at a recent WEDI Spotlight conference about privacy and security in healthcare.
“In the last 12 to 18 months, we've had successful electronic attacks of the water we drink, the food we put on our table, and the oil and gas that fuels our cars and our homes. The timely availability of patient care, the schools our children go to, the municipalities who run our towns and our cities, and even federal agencies have been the victims of state-sponsored and criminal attacks,” Corman said during his presentation.
“Things are on fire, and we're going to need a resilient workforce to deal with these shocks on all fronts.”
Corman cited data from an October CISA report that outlined the strains of COVID-19 on the nation’s critical infrastructure, particularly the healthcare sector’s ability to provide quality care. Data showed that as ICU beds filled, excess deaths increased.
“The strains on public health to provide medical care are leading to sickness, a loss of the workforce as we succumb to sickness, death, an injury that takes us out of the workplace, loss of our family support structure, Burnout, and retirement,” Corman reasoned.
“Not only are these, with each wave of the pandemic, eroding our strategic workforce and our ability to handle the next wave, but they are also beset on all sides by supply chain shocks, by cyber disruptions by workforce erosions, and by waning stamina from the public, from local officials, and even federal agencies.”
The report also found a direct correlation between cyberattacks and increased mortality, showing that cyber threats can have lasting effects on health systems on top of the strain of the pandemic.
Cyberattacks are known to impede EHR access, cause ambulance diversions, and delay the processing of test results, among other hurdles. CISA researchers found that hospitals that experienced cyber events were also more likely to experience hospital strain (measured by ICU bed utilization), worse health outcomes, and increased mortality.
“We can see across a five-month observation period that hospitals hit by ransoms both achieved these dangerous ICU strain levels sooner and stayed there longer,” Corman noted.
When it comes to time-sensitive medical emergencies such as heart attacks and strokes, every minute counts. When hospitals experience EHR downtime and ambulance diversions as a result of a cyberattack, patients may not be able to get the care they need when they need it.
“We have been so afraid to admit that cyberattacks and IT failures can impact patient care and patient safety, that if we continue to be in denial mode, we will go back to business as usual,” Corman emphasized.
Change must start within every organization, but many are unequipped to handle a cyberattack without disruption. Corman cited 2017 CISA data which found that 85 percent of hospitals lack a qualified security professional. He also predicted that that percentage may be even higher at this point, considering the multitude of mergers and acquisitions, along with layoffs.
At the very least, Corman urged healthcare organizations to avoid hard-coded maintenance passwords, unsupported software reachable by the internet, and single-factor remote administration tools. CISA’s list of “bad practices” outlines poor cyber hygiene practices that all organizations should avoid. Healthcare organizations can also refer to CISA’s “Cyber Essentials Starter Kit” for free and actionable cybersecurity tips.
“It's going to be it's going to be rough for some time,” Corman admitted.
“I am an optimist and a passionate change agent, so I wouldn't care if I didn't believe that these things could get better. But it is often darkest before the dawn, and it is pretty dark right now.”
On the bright side, Corman noted that the pandemic’s strain on hospitals and the increase in cyberattacks has given the healthcare sector a clearer picture of where the industry is now and where it needs to be.
“The silver lining here is sometimes you have to hit rock bottom. If we’re still talking about this as fines or records and not as human life and adverse patient outcomes, then we won’t bring the right tools to fix this,” Corman concluded.
“I think it starts with admitting we have a problem.”
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Pontem network business model canvas
- ✔ Fully Editable: Tailor To Your Needs In Excel Or Sheets
- ✔ Professional Design: Trusted, Industry-Standard Templates
- ✔ Pre-Built For Quick And Efficient Use
- ✔ No Expertise Is Needed; Easy To Follow
Pontem network business model canvas
- ✔Instant Download
- ✔Works on Mac & PC
- ✔Highly Customizable
- ✔Affordable Pricing
- Collaboration with Aptos blockchain: Pontem Network has established a collaboration with Aptos blockchain, a leading Layer 1 blockchain solution provider. This partnership allows Pontem Network to leverage the capabilities of Aptos blockchain to enhance its platform's scalability, security, and performance.
- Partnerships with other Layer 1 blockchains: In addition to Aptos blockchain, Pontem Network has formed partnerships with other Layer 1 blockchains to expand its ecosystem and provide users with access to a wide range of blockchain networks. These partnerships enable Pontem Network to offer cross-chain interoperability and support for various blockchain protocols.
- Strategic alliances with blockchain development agencies: Pontem Network has established strategic alliances with blockchain development agencies to drive innovation and accelerate the development of new features and functionalities on its platform. These partnerships bring together the expertise of blockchain development agencies with Pontem Network's vision to create a robust and user-friendly blockchain ecosystem.
- Relationships with cryptocurrency exchanges for product listing: Pontem Network has cultivated relationships with cryptocurrency exchanges for the listing of its native token and other digital assets on their platforms. These partnerships enable Pontem Network to provide liquidity and accessibility to its users, as well as enhance the overall utility and value of its ecosystem.
PONTEM NETWORK BUSINESS MODEL CANVAS
Developing blockchain products leveraging the Move programming language: Pontem Network will focus on creating blockchain products that utilize the Move programming language, which was developed by the Libra Association. This will involve designing and implementing various decentralized applications (dApps) that offer unique value propositions to users.
Research and development for new applications on Aptos and other L1s: The team at Pontem Network will continually engage in research and development efforts to explore innovative applications on the Aptos blockchain and other Layer 1 protocols. This will involve staying up-to-date with the latest blockchain technologies and trends to ensure that Pontem remains at the forefront of innovation.
Building and maintaining a developer community: Pontem Network recognizes the importance of a strong developer community in driving adoption and innovation on its platform. Therefore, the company will focus on creating engaging programming contests, hackathons, and other events to attract developers to build on the Pontem ecosystem. Additionally, Pontem will provide developers with the necessary tools, documentation, and support to facilitate their work.
Marketing and community engagement: Pontem Network will allocate resources towards marketing and community engagement efforts to increase awareness of its products and services. This will involve participating in industry conferences, creating content for social media platforms, and engaging with community members to gather feedback and address their needs.
- Developing blockchain products leveraging the Move programming language
- Research and development for new applications on Aptos and other L1s
- Building and maintaining a developer community
- Marketing and community engagement
By focusing on these key activities, Pontem Network aims to position itself as a leader in the blockchain space and drive widespread adoption of its decentralized applications.
Expertise in Move programming language and blockchain technology: Pontem Network's key resource is its expertise in Move programming language and blockchain technology. This allows the company to develop innovative solutions for the blockchain ecosystem.
Development team skilled in blockchain product creation: Pontem Network has a development team that is highly skilled in creating blockchain products. This team is responsible for building and maintaining the platform that powers Pontem Network's services.
Access to a network of blockchain communities: Pontem Network has built strong relationships within the blockchain community, giving them access to a network of like-minded individuals and organizations. This network helps Pontem Network stay up-to-date on industry trends and best practices.
Marketing and community management teams: Pontem Network has dedicated marketing and community management teams that are responsible for spreading awareness about the company and engaging with users. These teams play a crucial role in driving user adoption and building a strong community around Pontem Network.
- Expertise in Move programming language and blockchain technology
- Development team skilled in blockchain product creation
- Access to a network of blockchain communities
- Marketing and community management teams
The Pontem Network business model canvas identifies several key value propositions that set the company apart from competitors in the blockchain space. These value propositions include:
- Tailored blockchain solutions leveraging the Move language: Pontem Network offers customized blockchain solutions that leverage the Move language, a programming language developed by Facebook's Diem Association. By utilizing the Move language, Pontem is able to create tailored solutions that meet the unique needs of its clients.
- High-performance and scalable products on Aptos and other L1s: Pontem Network prides itself on delivering high-performance and scalable products on platforms like Aptos and other Layer 1 blockchains. This ensures that Pontem's solutions can handle a high volume of transactions while maintaining fast processing speeds.
- Innovative applications contributing to the blockchain ecosystem: Pontem Network is committed to developing innovative applications that contribute to the overall growth and development of the blockchain ecosystem. By creating new and unique applications, Pontem helps to drive adoption and innovation within the industry.
- Focused expertise in developing on new, cutting-edge platforms: Pontem Network's team of experts have focused expertise in developing on new, cutting-edge platforms in the blockchain space. This allows Pontem to stay ahead of the curve and deliver solutions that utilize the latest technology and advancements in the industry.
As a Pontem Network, we prioritize building strong relationships with our customers to ensure their satisfaction and loyalty. Our customer relationships strategy includes:
- Community engagement through forums and social media: We actively engage with our community through online forums and social media platforms to connect with customers, gather feedback, and foster a sense of belonging.
- Direct support for developers and enterprise clients: We offer direct support to developers and enterprise clients to help them navigate our platform, troubleshoot any issues they may encounter, and maximize the value they derive from our services.
- Providing educational resources and workshops: We provide customers with educational resources such as tutorials, webinars, and workshops to help them better understand our products and services, and learn how to leverage them effectively.
- Regular updates and feedback mechanisms for product improvement: We regularly update our products and services based on customer feedback and insights. We also have feedback mechanisms in place to gather suggestions and ideas from customers on how we can improve our offerings.
As a key component of our Pontem Network business model canvas, our channels play a vital role in reaching our target audience and acquiring new clients. We utilize a variety of channels to engage with potential users and promote our platform. The following are our primary channels:
- Official website: Our official website, pontem.network, serves as the central hub for all information related to Pontem Network. Users can learn about our platform, access resources, and contact our team for inquiries. The website also features regular updates and news about Pontem Network's latest developments.
- Social media platforms: We maintain a strong presence on social media platforms such as Twitter, LinkedIn, and Telegram. These channels allow us to engage with our community, share updates, and promote events. Through social media, we can interact with our audience in real-time and foster a sense of community among Pontem Network users.
- Blockchain developer forums and conferences: We actively participate in blockchain developer forums and conferences to connect with industry professionals and developers. By engaging in these events, we can showcase Pontem Network's capabilities, network with potential partners, and stay informed about the latest trends in the blockchain space.
- Direct outreach to potential enterprise clients: We also engage in direct outreach to potential enterprise clients to promote Pontem Network's enterprise solutions. By reaching out to businesses that could benefit from our platform, we can demonstrate the value of Pontem Network and onboard new clients.
The Pontem Network is designed to cater to a variety of customer segments within the blockchain space. These segments include:
- Blockchain developers looking for Move language resources: Pontem Network provides valuable resources and tools for developers who are interested in building on the Move language. By offering a platform that supports the development of decentralized applications on the Diem (formerly Libra) blockchain, Pontem Network appeals to developers who are seeking to leverage the power of this innovative programming language.
- Enterprises seeking blockchain solutions on Aptos and other L1s: For enterprises that are looking to implement blockchain solutions on Aptos and other layer 1 blockchains, Pontem Network offers a comprehensive platform that can meet their needs. Whether it's supply chain management, identity verification, or decentralized finance applications, Pontem Network provides a range of tools and services to help enterprises integrate blockchain technology into their operations.
- Cryptocurrency enthusiasts interested in novel blockchain applications: Pontem Network also targets cryptocurrency enthusiasts who are interested in exploring new and innovative blockchain applications. By providing access to a wide range of projects and applications built on the Pontem Network, cryptocurrency enthusiasts can discover and participate in cutting-edge developments within the blockchain space.
- Partners and investors in the blockchain space: Finally, Pontem Network aims to attract partners and investors who are looking to collaborate with or invest in promising blockchain projects. By offering a platform that fosters collaboration and innovation within the blockchain ecosystem, Pontem Network provides a valuable opportunity for partners and investors to engage with and support the development of groundbreaking blockchain solutions.
By targeting these diverse customer segments, Pontem Network aims to establish itself as a leading provider of blockchain infrastructure and services, catering to the needs of developers, enterprises, cryptocurrency enthusiasts, and partners and investors alike.
As with any business, Pontem Network has a variety of costs that need to be carefully managed in order to ensure long-term sustainability and profitability. The following are the key components of our cost structure:
Research and development expenses:- As a blockchain technology company, research and development are at the core of what we do. We invest a significant amount of resources into building and testing new features and functionalities for our platform.
- This includes hiring top talent in the industry, purchasing necessary equipment and tools, and conducting experiments to improve the efficiency and security of our network.
- Building a strong brand and establishing a loyal community are essential for the success of Pontem Network. We allocate funds for marketing campaigns, events, and partnerships to reach our target audience and engage with them effectively.
- We also invest in community management to ensure that our users are satisfied and actively contribute to the growth of our ecosystem.
- Our team is comprised of highly skilled individuals who are passionate about blockchain technology and dedicated to the success of Pontem Network. We allocate a portion of our budget to pay competitive salaries and provide benefits to our employees.
- This ensures that we can attract and retain top talent in the industry, maintain a positive work environment, and foster a culture of innovation and collaboration.
- In order to expand our reach and bring new opportunities to our users, we actively seek partnerships and collaborations with other companies and organizations in the blockchain space.
- This involves travel expenses, legal fees, and other costs associated with establishing and maintaining these relationships.
- As a technology company, we understand the importance of investing in the maintenance and updates of our systems and infrastructure. This includes costs for hosting services, security measures, and software licenses.
- We also budget for regular updates and improvements to ensure that our platform remains secure, efficient, and up-to-date with the latest technological advancements.
SaaS (Software as a Service) model for enterprise solutions: One of the key revenue streams for Pontem Network is the SaaS model for enterprise solutions. Businesses can subscribe to our platform and access a range of blockchain-related tools and services, tailored to their specific needs. This recurring revenue stream provides a steady income for the company.
Fees from custom blockchain product development: Pontem Network also generates revenue by offering custom blockchain product development services to clients. Businesses looking to integrate blockchain technology into their operations can pay for our expertise and resources, which in turn contributes to the company's bottom line.
Revenue from collaborative projects and partnerships: Another source of revenue for Pontem Network comes from collaborative projects and partnerships with other organizations. By working together on blockchain initiatives, the company can secure funding and generate income from joint ventures.
Possible tokenomics-related revenue streams from deployed blockchain applications: As Pontem Network deploys blockchain applications on its platform, there is potential for additional revenue streams through tokenomics. This could involve creating and managing tokens for specific use cases, generating income through token transactions, or offering token-based incentives to users of the platform.
- Technology partners for software development tools and resources
- Blockchain experts and consultants for specialized services
By diversifying its revenue streams and exploring various opportunities within the blockchain space, Pontem Network aims to build a sustainable business model that can thrive in the rapidly evolving industry.
PONTEM NETWORK BUSINESS MODEL CANVAS
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In the rapidly changing world of blockchain technology, the security and integrity of decentralised systems are of utmost importance. Worldcoin, a leading player in the cryptocurrency market, recently introduced its innovative Proof of Humanity Protocol. This protocol, designed to combat AI bots on the internet while protecting user privacy, has attracted significant attention since its public launch. To address concerns and bolster the credibility of their system, Worldcoin commissioned a thorough security audit. This article delves into the details of the audit reports conducted by Nethermind and Least Authority, evaluating the findings, remedial actions taken, and the overall effectiveness of Worldcoin's approach to user verification.
Nethermind's Audit Findings
Nethermind, known for its expertise in blockchain security, carried out a comprehensive assessment of Worldcoin's Proof of Humanity Protocol. The audit report identified 26 security issues, which further emphasises Worldcoin's commitment to transparency and openness by making the report public. These issues varied in severity, with 24 of them being promptly addressed during the verification process. Worldcoin's quick response in rectifying these vulnerabilities shows their dedication to providing a robust and secure platform.
Swift Remediation Efforts
Upon receiving Nethermind's audit report, Worldcoin's development team immediately took action. Within a commendable time frame, they successfully resolved 24 out of the 26 identified security issues, leaving no stone unturned when it comes to user safety and data protection. This rapid resolution serves as a testament to Worldcoin's proactive approach in addressing potential weaknesses and fortifying their Proof of Humanity Protocol.
Mitigation and Acknowledgment
While the majority of the issues were resolved, one was appropriately marked as "acknowledged." This distinction indicates Worldcoin's recognition of the concern while also highlighting the complexity involved in its immediate resolution. However, it's important to note that the acknowledged issue does not compromise the overall integrity of the system. Worldcoin remains committed to ongoing improvements, and plans are in place to address this particular concern in the near future.
Least Authority's Discoveries and Recommendations
Least Authority, a reputable security consulting firm, conducted its own thorough audit of Worldcoin's Proof of Humanity Protocol. Their assessment revealed three issues, which were promptly addressed, further affirming Worldcoin's dedication to robust security practices. Moreover, Least Authority provided six valuable suggestions, each contributing to the platform's continuous improvement.
Proactive Measures: Implementing Least Authority's Recommendations
Worldcoin seized the opportunity to enhance their protocol by incorporating the recommendations from the audit conducted by Least Authority. This proactive approach reinforces Worldcoin's commitment to staying ahead of potential security challenges. All six suggestions were thoroughly reviewed, and each one has either been successfully implemented or is in the process of being resolved.
Upholding User Privacy with Iris Scans
One of the key distinguishing features of Worldcoin's Proof of Humanity Protocol is its use of iris scans for user verification. This biometric authentication process serves as a formidable deterrent against AI bots attempting to exploit the system. Worldcoin's approach strikes a delicate balance between ensuring robust security measures and preserving user privacy. By relying on iris scans, the protocol mitigates the risk of impersonation and strengthens the overall integrity of the platform.
In conclusion Worldcoin's Proof of Humanity Protocol is a groundbreaking advancement in the realm of blockchain technology. Through its security audit collaboration with Nethermind and Least Authority, Worldcoin has demonstrated its unwavering dedication to providing a safe and secure environment for its users. By addressing identified vulnerabilities promptly and incorporating valuable suggestions from security experts, Worldcoin continues to set an exemplary standard for the industry.
As Worldcoin navigates the dynamic world of cryptocurrency, their commitment to transparency, user privacy, and proactive security measures will undoubtedly contribute to their continued success. The Proof of Humanity Protocol stands as a testament to the power of innovation and collaboration in creating a more secure and trustworthy digital landscape.
Worldcoin's vision for a secure and AI-resistant internet is rapidly becoming a reality through the diligent efforts and proactive measures reflected in their comprehensive security audit. The Proof of Humanity Protocol serves as a testament to the power of technology to foster trust and integrity in the digital age. As the blockchain landscape evolves, Worldcoin's commitment to excellence will undoubtedly propel them to new heights, securing their position as a leader in the cryptocurrency space.
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Cryptocurrency markets are known for their wild swings. Recently, Litecoin traders took a hit despite a promising halving event. Meanwhile, the BONK community is voting on a major token burn to stabilize its value. In contrast, BlockDAG has seen impressive growth during its $60.9 million presale, thanks to a partnership with UFC champion Alex Pereira. This collaboration has boosted BlockDAG’s visibility and drawn a diverse crowd, setting it apart in the fast-changing market.
Litecoin (LTC) traders recently faced losses despite a key bullish milestone. Litecoin’s halving, meant to cut block rewards in half and increase scarcity, initially caused a price surge. However, prices dropped sharply afterward, resulting in significant losses for those expecting sustained gains. This event highlights the risks of speculative trading, even with positive market events.
Analysts emphasize the need for cautious investment strategies and thorough market analysis to navigate such volatile conditions. This situation serves as a reminder that market movements can be unpredictable, and positive milestones like a halving event do not guarantee continued price rises. Traders should stay vigilant and informed, recognizing the significant fluctuations that can occur despite positive developments.
A community vote is underway to burn about 84 billion BONK tokens, accumulated by BONK DAO through revenue sharing with BONKBot in the second quarter. This decision aims to stabilize and potentially boost BONK’s value amid broader market uncertainties.
BonkDAO encourages all BONK holders to participate in the vote. Participants can withdraw their tokens after the six-day voting period ends, but they must deposit them to vote.
BlockDAG and UFC Star Alex Pereira: A Winning Combo for $60.9M Presale
BlockDAG’s presale has seen impressive growth, starting at $0.001 per coin and rising to $0.015 in recent batches. This success is due to its strong technology and promising platform, as well as its partnership with UFC champion Alex Pereira. Known for his UFC dominance, Pereira serves as BlockDAG’s brand ambassador, bringing his championship energy and broad appeal to the brand.
This collaboration has drawn a wider audience to BlockDAG, extending beyond traditional crypto fans to sports enthusiasts worldwide. Pereira’s association has added a fresh dynamic to the brand, leveraging his following to attract new investors interested in the intersection of sports and financial tech.
With 1400% growth since its initial offering, BlockDAG’s presale has exceeded $60.9 million, showcasing strong market confidence and investor interest. This blend of a top-tier sports celebrity and blockchain technology elevates BlockDAG’s market presence and shows how crypto platforms can engage wider demographics. BlockDAG is not just in the cryptocurrency market; it’s actively reshaping it, promising exciting prospects for its investors.
Cryptocurrency markets are unpredictable, as shown by Litecoin’s recent post-halving losses and BONK’s efforts to stabilize through a major token burn. However, BlockDAG stands out with its impressive $60.9 million presale growth and strategic alliance with UFC champion Alex Pereira. This partnership has significantly boosted its market presence and appeal, attracting a broader audience. As BlockDAG continues to redefine market engagement, it illustrates how strategic collaborations can lead to sustained success in the cryptocurrency world.
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SHIB and PEPE, leading meme coins in the crypto market, are encountering significant challenges as investor interest appears to be fading. In a recent X post, crypto analyst Crypto Sheriff pointed out that a green day might provide a short-term boost for SHIB. However, the broader outlook remains clouded by diminishing activity from large investors, known as whales.
Since March, SHIB has been stuck in a persistent downtrend, gradually eroding the confidence of its investors. This steady decline has led to a marked shift in market behavior, with many choosing to withdraw their involvement from the asset, resulting in lower trading volumes and reduced market activity.
Santiment, a well-known crypto analytics platform, has observed a significant decrease in investor participation within the SHIB market. The ongoing bearish sentiment has made SHIB less appealing to both new and existing investors, contributing to a decline in overall engagement with the cryptocurrency. This reduced activity is evident in the shrinking transaction volumes and lack of movement in SHIB’s market performance.
PEPE, another meme coin, faces similar market pressures and struggles to retain investor interest. As of press time, PEPE is trading at $0.057917 and expected to break out from a bullish descending wedge pattern, which could have signaled a strong recovery. However, the anticipated breakout now seems increasingly doubtful, as the declining investor enthusiasm weighs heavily on the coin’s potential for significant gains.
Whale Activity Sparks Movement in PEPE and ETH MarketsSantiment revealed that active addresses for PEPE have dropped to their lowest level in six months, indicating a steep decline in investor engagement. This lack of interest is compounded by whales’ reluctance to conduct large transactions, typically those valued at over $100,000, which are crucial for sustaining market momentum.
Renowned analytical platform IntoTheBlock highlights the seriousness of this trend. The platform reports a 60% decline in PEPE’s daily transaction volumes over the past two weeks. The drop, from $83 million to just $33 million, reflects whale activity’s critical role in maintaining the market’s health.
The future of SHIB and PEPE remains uncertain. Their prospects rely heavily on a revival of investor confidence, particularly from large-scale investors. Without renewed interest and activity from these key players, the outlook for these meme coins could remain bleak.
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