Technologies: Advanced Sensors; Controls; Automation; Intelligent Systems
Applications: Real-time monitoring of steel production; Process optimization; Energy consumption reduction; Quality control and improvement
Challenge: Technologies for Steel Production/Control Optimization
Description: Deployment of advanced sensors, controls and automation technologies to enable real-time monitoring and optimization of the steel production process. This challenge focuses on integrating intelligent systems to improve process efficiency, reduce energy consumption and improve product quality.


Technologies: High-Efficiency Energy Technologies; AI; IoT; Automation
Applications: Energy-efficient furnaces and heat recovery systems; AI-powered process optimization; IoT sensors for real-time monitoring of energy consumption; Automated waste heat recovery processes.
Challenge: Efficient Technologies for Steel Industry
Description: Explore and integrate the latest high-efficiency energy technologies into the steel industry. This challenge seeks to adopt cutting-edge solutions that significantly improve energy conversion and conservation, with the goal of setting new benchmarks in energy efficiency and sustainability in steel production.


Technologies: Solar;Wind;Hydroelectric;Nuclear
Applications: Solar panels for electricity generation;Wind turbines for power production;Hydroelectric dams for energy supply;Nuclear reactors for heat and electricity
Challenge: Alternative Energy Sources
Description: Incorporate renewable and low-carbon energy sources, such as solar, wind, hydroelectric and nuclear, into the energy mix of steel plants. This challenge involves creating a sustainable energy infrastructure to reduce dependence on fossil fuels, reduce carbon emissions and promote environmental sustainability.


Technologies: AI;Blockchain;Cloud Computing;Mobile Development;Social Media Integration
Applications: AI-powered content moderation;Blockchain-based rewards system;Cloud storage for user-generated content;Mobile app development;Social media integration for community building
Challenge: Genz Mobile App for Sportainment
Description: The main objective is to create a community of young people passionate about dance where they can upload their content and challenge other dancers to win points they can spend on partnered shops.


Technologies: Biomass;Biogas;Hydrogen
Applications: Biomass as a fuel source for steelmaking;Biogas production and utilization in industrial processes;Hydrogen-based energy systems for high-temperature processes
Challenge: Alternative Fuels in Steelmaking Process
Description: Explore and implement alternative fuels in the steelmaking process to reduce the environmental footprint. This challenge focuses on identifying and utilizing fuels such as biomass, biogas, or hydrogen that offer comparable energy output to conventional fuels but with a lower environmental impact.


Technologies: Heat Exchangers;Thermoelectric Generators;Waste Heat Recovery Systems
Applications: Heat Exchangers for Gas-to-Liquid Heat Transfer;Thermoelectric Generators for Converting Thermal Gradients;Waste Heat Recovery for Preheating Furnace Air
Challenge: Energy Recovery Systems
Description: Implementation of energy recovery solutions to capture and convert waste heat from the steelmaking process into useful energy. This involves using advanced technologies to recover heat lost through exhaust gases, cooling water, and hot surfaces, thereby improving overall energy efficiency and reducing waste


Technologies: AI;Machine Learning;AR/VR;Cloud Computing;Data Analytics
Applications: AI-powered Product Recommendations;Personalized Shopping Assistants;AR/VR for Virtual Try-on;Cloud-based Inventory Management;Predictive Analytics for Customer Insights
Challenge: Seamless Commerce
Description: We want to explore a wide range of innovative solutions that can address the challenges and opportunities within seamless commerce, focusing on integration, customer experience, operational efficiency, and leveraging technology for inclusivity and engagement. The focus is on creating a truly integrated and consistent shopping experience across all channels (physical stores, online platforms, apps, social media).


Technologies: AI;Machine Learning;AR/VR;Cloud Computing;Data Analytics
Applications: AI-powered product recommendations;Machine Learning for demand forecasting;AR for virtual try-on;Cloud-based inventory management;Data-driven customer segmentation
Challenge: Seamless Commerce
Description: We want to explore a wide range of innovative solutions that can address the challenges and opportunities within seamless commerce, focusing on integration, customer experience, operational efficiency, and leveraging technology for inclusivity and engagement. The focus is on creating a truly integrated and consistent shopping experience across all channels (physical stores, online platforms, apps, social media).


Technologies: AI;AR/VR;Cloud Computing;Data Analytics;IoT
Applications: AI for Personalized Recommendations;AR/VR for Immersive Shopping;Cloud-based Integration;Data-driven Customer Insights;IoT for Smart Retail Operations
Challenge: Seamless Commerce
Description: We want to explore a wide range of innovative solutions that can address the challenges and opportunities within seamless commerce, focusing on integration, customer experience, operational efficiency, and leveraging technology for inclusivity and engagement. The focus is on creating a truly integrated and consistent shopping experience across all channels (physical stores, online platforms, apps, social media).


Technologies: AI;Blockchain;Fintech;Mobile;Security
Applications: AI-powered Payment Systems;Blockchain for Secure Transactions;Fintech Solutions for Investment;Mobile Banking Apps;Enhanced Security Protocols for Digital Payments
Challenge: Fintech Innovation Challenge
Description: The challenge seeks to advance digital payments by developing innovative, secure, and fast payment solutions accessible to all. It aims to enhance financial accessibility by creating technologies that enable greater access to financial services for underserved populations. Participants are encouraged to innovate wealth management by designing user-friendly tools that revolutionize investment and wealth management.


Technologies: AI;AR/VR;Blockchain;Cloud Computing;Data Analytics;IoT;Mobile Apps;Robotics
Applications: AI-powered Tutoring Systems;AR/VR Learning Environments;Blockchain for Secure Education Platforms;Cloud-based Education Software;Data-driven Personalized Learning;IoT Smart Classrooms;Mobile Learning Apps;Robotic Teaching Assistants
Challenge: Transforming Education Technology Experiences
Description: The challenge seeks to enhance learning experiences by developing technologies that improve the quality and engagement of educational content. It aims to increase accessibility by creating solutions that provide greater access to education for underserved populations. Participants are encouraged to support educators by designing tools that assist teachers in delivering effective instruction and managing classrooms.


Technologies: AI;AR/VR;Cloud Computing;Data Analytics;IoT
Applications: AI for Personalized Recommendations;AR/VR for Virtual Try-on;Cloud-based Inventory Management;Data-driven Customer Insights;IoT for Smart Retail
Challenge: Seamless Commerce
Description: We want to explore a wide range of innovative solutions that can address the challenges and opportunities within seamless commerce, focusing on integration, customer experience, operational efficiency, and leveraging technology for inclusivity and engagement. The focus is on creating a truly integrated and consistent shopping experience across all channels (physical stores, online platforms, apps, social media).


Technologies: AI;AR/VR;Cloud Computing;Data Analytics;IoT
Applications: AI for Personalized Recommendations;AR/VR for Virtual Try-on;Cloud-based POS Systems;Data-driven Customer Insights;IoT for Smart Retail
Challenge: Seamless Commerce
Description: We want to explore a wide range of innovative solutions that can address the challenges and opportunities within seamless commerce, focusing on integration, customer experience, operational efficiency, and leveraging technology for inclusivity and engagement. The focus is on creating a truly integrated and consistent shopping experience across all channels (physical stores, online platforms, apps, social media).


Technologies: AI;IoT;Blockchain;Telemedicine;Data Analytics
Applications: AI-powered Decision Support Systems;IoT-enabled Remote Patient Monitoring;Blockchain for Secure Health Data Sharing;Telemedicine Platforms for Virtual Consultations;Data Analytics for Predictive Healthcare
Challenge: Evolving the Landscape of E-Healthcare
Description: The challenge seeks to improve patient care by developing technologies that enhance the quality and efficiency of healthcare services, and accessibility to healthcare for underserved populations. Participants are encouraged to optimize health data management through innovations to improve decision-making and patient outcomes. Strengthening telemedicine by designing tools that expand and improve remote healthcare services is another objective.


Technologies: AI;AR/VR;Cloud Computing;Data Analytics;IoT;Mobile Technology
Applications: AI for Personalized Recommendations;AR/VR for Virtual Try-on;Cloud-based Inventory Management;Data-driven Customer Insights;IoT for Smart Retail;Mobile Apps for Omnichannel Experience
Challenge: Seamless Commerce
Description: We want to explore a wide range of innovative solutions that can address the challenges and opportunities within seamless commerce, focusing on integration, customer experience, operational efficiency, and leveraging technology for inclusivity and engagement. The focus is on creating a truly integrated and consistent shopping experience across all channels (physical stores, online platforms, apps, social media).


Technologies: AI;IoT;Blockchain;Cloud Computing;AR/VR;Big Data Analytics;5G;Computer Vision;Natural Language Processing;Robotic Process Automation
Applications: AI-powered Chatbots for Customer Support;IoT Device Integration for Smart Homes;Blockchain-based Secure Payments;Cloud-based Collaboration Platforms;AR/VR for Immersive Shopping;Big Data Analytics for Customer Insights;5G-enabled Real-time Communication;Computer Vision for Product Recognition;NLP for Sentiment Analysis;RPA for Back-office Automation
Challenge: Innovating B2C and Marketplace Solutions
Description: The challenge aims to boost customer engagement by creating technologies that enhance interaction and satisfaction. Participants are encouraged to innovate marketplace models, designing new platforms that connect buyers and sellers in unique ways. Additionally, its focus
 is on improving operational efficiency with tools that streamline operations and logistics, ultimately optimizing user experience through seamless and intuitive interactions.


Technologies: Ingredient Science; Food Chemistry; Packaging Technology
Applications: Moisture-resistant coatings; Humidity-controlled packaging; Modified Atmosphere Packaging (MAP); Moisture-absorbing ingredients
Challenge: Moisture reduction in foodchain
Description: Moisture transmission can negatively affect the quality and shelf life of bakery products (pastries, cookies and bread) as it can cause loss of crunchiness, mold formation, and general spoilage.
We are looking for innovative strategies to address this problem, based either on the use of ingredients that act as barriers against moisture or based on other innovative technologies or creative solutions.


Technologies: AI;AR/VR;Blockchain;Cloud Computing;Computer Vision;Data Analytics;Natural Language Processing;Robotic Process Automation
Applications: AI-powered Content Generation;AR/VR Experiences for Engagement;Blockchain for Content Security;Cloud-based Content Management;Computer Vision for Visual Content Analysis;Data-driven Personalization;NLP for Content Understanding;Automated Content Distribution
Challenge: Innovative Content Solutions
Description: The challenge focuses on enhancing content creation through technologies that boost efficiency and creativity. It aims to optimize distribution by streamlining content dissemination across platforms. Participants are encouraged to innovate user engagement by designing interactive and immersive experiences. Improving personalization with tools that deliver tailored content to individual preferences is another key objective.


Technologies: AI;AR/VR;Cloud Computing;Data Analytics;IoT;Mobile Technologies
Applications: AI for Personalized Recommendations;AR/VR for Immersive Shopping;Cloud-based Integration;Data-driven Customer Insights;IoT for Smart Retail;Mobile Apps for Omnichannel Experience
Challenge: Seamless Commerce
Description: We want to explore a wide range of innovative solutions that can address the challenges and opportunities within seamless commerce, focusing on integration, customer experience, operational efficiency, and leveraging technology for inclusivity and engagement. The focus is on creating a truly integrated and consistent shopping experience across all channels (physical stores, online platforms, apps, social media).


Technologies: AI;AR;VR;Computer Vision;Graphics Rendering
Applications: AI-powered Game Characters;AR/VR Gaming Environments;Computer Vision for Motion Capture;Real-time Graphics Rendering
Challenge: Reality Reimagined: Gaming&VR Innovation
Description: The challenge seeks to enhance gaming experiences by developing technologies that improve gameplay, graphics, and user interactivity. It aims to innovate VR applications by creating immersive experiences that push the boundaries of current technology. Participants are encouraged to boost user engagement through tools and platforms that increase player retention and interaction.


Technologies: AI;IoT;Blockchain;Cloud Computing;AR/VR;5G;Computer Vision;Natural Language Processing;Edge Computing;Robotic Process Automation
Applications: AI-powered Product Recommendations;Smart Logistics and Delivery Tracking;Blockchain-based Marketplaces for SMEs;Cloud-based E-commerce Platforms;AR/VR Shopping Experiences;5G-enabled Real-time Inventory Management;Computer Vision for Visual Search;Chatbots for Customer Support;Edge Computing for Low-latency Transactions;Automated Payment Processing
Challenge: NextGen E-commerce Challenge
Description: The challenge seeks to enhance customer experience by developing technologies that improve the user experience from browsing to purchase. It aims to improve logistics and delivery by creating solutions that optimize these processes. Participants are encouraged to increase market access by designing platforms that enable small and medium-sized enterprises (SMEs) to reach broader markets.


Technologies: AI;IoT;Blockchain;AR/VR;Cloud Computing;Big Data Analytics
Applications: AI-powered Personalized Recommendations;IoT Smart Devices;Blockchain-based Secure Payments;AR/VR for Immersive Shopping;Cloud-based Customer Data Management;Big Data Analytics for Consumer Insights
Challenge: Consumer-Centric Innovation Challenge
Description: The challenge seeks to enhance consumer experiences by developing technologies that improve customer satisfaction and loyalty. It aims to optimize digital engagement through solutions that enhance interactions between consumers and brands. Participants are encouraged to innovate product offerings by designing new products tailored to the unique needs of Middle Eastern and African consumers.


Technologies: Nature-based solutions; Nature-positive solutions
Applications: Reefs restoration; Marine infrastructure development
Challenge: Reefs restoration in cable projects
Description: new techniques to improve the integration of reefs in their underwater infrastructures in order to get a net loss of biodiversity. Technologies to develop nature-based solutions or nature-positive solutions to improve the integration of their submarine power line at sea bottom. These solutions seek to be more adaptive for all types of marine infrastructure, in difference with the current solutions.


Technologies: AI;IoT;Blockchain;Renewable Energy Systems;Waste Management Technologies
Applications: AI for Carbon Footprint Analysis;IoT for Energy Efficiency;Blockchain for Sustainable Supply Chains;Renewable Energy Integration;Smart Waste Sorting Systems
Challenge: Groundbreaking Environmental Innovations
Description: The challenge seeks to reduce carbon emissions by developing technologies and solutions that significantly lower carbon output in various sectors. It aims to promote renewable energy by creating innovative solutions that enhance the adoption and efficiency of renewable sources. Participants are encouraged to enhance waste management by designing effective systems for reducing, reusing, and recycling materials.


Technologies: AI;Blockchain;IoT;EdTech
Applications: AI for Financial Services and Employment Matching;Blockchain for Digital Identity and Secure Transactions;IoT for Remote Monitoring and Smart Devices;EdTech for Online Learning and Skill Development
Challenge: Diversity Drives Innovation Challenge
Description: The challenge seeks to enhance digital inclusion by developing tech that provide affordable and accessible digital services to underserved communities. It aims to promote economic inclusion by creating solutions that facilitate access to financial services, employment, and entrepreneurial opportunities. Participants are encouraged to support social inclusion by designing initiatives that empower marginalized groups and promote social equity.


Technologies: AI;IoT;Blockchain;Telehealth;Digital Health
Applications: AI-powered Caregiver Assistance;IoT-based Remote Patient Monitoring;Blockchain for Secure Health Data Sharing;Telehealth Platforms for Underserved Areas;Digital Health Apps for Personalized Care
Challenge: Future of CareTech
Description: The challenge seeks to enhance patient care by developing technologies that improve the quality, efficiency, and personalization of care services. It aims to increase accessibility by creating solutions that make healthcare and caregiving services available to underserved populations. Participants are encouraged to support caregivers by designing tools and platforms that assist them in providing better care and managing their responsibilities.


Technologies: AI;IoT;Data Analytics;Simulation Software
Applications: AI for Energy Efficiency Analysis;IoT Sensor Networks for Building Management;Data Analytics for Consumption Patterns;Simulation Tools for Energy Management;AI-based Equipment Lifespan Prediction
Challenge: Energy management of public buildings
Description: This challenge aims to find a solution with the aim of:
-Know the energy savings for each type of action and its ratio. For example: Visualizations of energy efficiency actions; Communication with approval systems; Have a system for simulating expected successes.
-Be able to identify the useful life of each piece of equipment
-Be able to generate consumption data to cover data gaps.
-Obtain recommendations for the most energy efficient actions


Technologies: IoT;5G
Applications: IoT for Wildfire Detection;5G for Telecommunication
Challenge: Electrical assets value enhancement
Description: On the combination of new technological solutions with the features of the high voltage electrical assets.
Recent examples of innovative approaches to this challenge are:
Use high voltage towers to install IoT devices for early detection of wildfires;
Study the potential of the electrical towers base to connect high-value ecosystems to unprotected natural areas;
Use of electrical towers to host 5G antennas to help telecommunication operators.


Technologies: Desalination;Renewable Energy;Sustainable Materials
Applications: Water Treatment for Communities;Efficient Desalination Processes;Eco-friendly Materials for Water Infrastructure
Challenge: Revolutionizing desalination for water use
Description: Desalination solutions to enable future-proof water supply for communities and ecosystems. These solutions must be scalable, cost-effective, reliable, and resilient in a changing climate. They should demonstrate enhanced environmental sustainability across energy and materials and minimize harm to marine life. For detailed competition guidelines and entry requirements,


Technologies: AI;Blockchain;IoT
Applications: AI for material research and development;Blockchain for supply chain management;IoT for environmental monitoring
Challenge: Sustainability in the Value Chain
Description: new sustainable materials that can replace those that are harmful to the environment, such as polyurethane, elastane, polyamide and metals such as zinc or iron. In addition, the aim is to implement models that promote the circularity of garments.


Technologies: AI;IoT;Robotics;AR/VR;Computer Vision;Safety Sensors
Applications: AI-powered Safety Monitoring;IoT Sensor Networks for Hazard Detection;Robotic Assistants for Hazardous Tasks;AR/VR Safety Training Simulations;Computer Vision for Equipment Inspection;Advanced Safety Sensors for Personal Protective Equipment
Challenge: Safety improvement in power infrastructures
Description: This challenge wants to investigate technologies to move towards zero accidents in their activities. The target of this challenge is to identify new technical and technological solutions that contribute to increasing the safety of the employees in all their activities developed in the deployment and maintenance of critical infrastructures for high-voltage power transmission systems.


Technologies: AI;IoT;Data Analytics
Applications: AI for Demand Forecasting and Inventory Management;IoT for Supply Chain Tracking;Data Analytics for Returns Process Optimization
Challenge: Innovating in Operations and Logistics
Description: solutions that incorporate artificial intelligence to forecast demand and manage returns more efficiently. Possible applications:
- Use of artificial intelligence to predict product demand and optimize inventory levels.
- Development of tracking and tracing tools to improve supply chain visibility.
- Implementing solutions that streamline and simplify the returns process to provide better customer service.


Technologies: AI;Scheduling Software
Applications: AI for Staffing and Task Management;Scheduling Software for Employee Flexibility
Challenge: Talent Attraction and Development
Description: A tool that allows flexible time planning and adapts to changes or individualized situations.
Possible applications:
- Development of a platform/tool that facilitates flexible scheduling, taking into account the individual needs of employees.
- Use of AI to predict staffing needs and allocate tasks efficiently.
- Implementation of solutions that promote the professional and personal development of employees within the company.


Technologies: AI;Digital Platforms
Applications: AI for Design Optimization;Digital Platforms for Collaboration and Communication
Challenge: Digitalization of the Production Chain
Description: the digitalization of the production chain, optimizing design processes with high-quality standards, and competitive times in the fashion industry. Possible applications:
- Development of digital platforms that streamline collaboration and communication between actors involved in the production chain.
- Use of AI to optimize the design process and create mood boards more efficiently.


Technologies: Augmented Reality;Artificial Intelligence
Applications: Virtual Try-on;AI-driven Personalized Recommendations;Advanced Retail Analytics
Challenge: Improving customer shopping experience
Description: Companies that can enhance the customer shopping experience at Mango by using cutting-edge technologies such as augmented reality and artificial intelligence. We are looking for solutions that enable the creation of virtual try-on testers or advanced retail analytics tools to capture KPIs and insights more efficiently.


Technologies: Biodegradable Polymers; Nanomaterials; Composite Materials; Smart Materials; Recycled Materials
Applications: Biodegradable Packaging; Nanotechnology for Construction; Composite Structures; Adaptive Materials; Sustainable Manufacturing
Challenge: Advanced Materials
Description: By focusing on new materials, we aim to foster solutions that contribute to a more sustainable, efficient, and advanced world. Examples of this kind of solution include:
- Biodegradable Polymers
- Nanomaterials
- Composite Materials
- Smart Materials
- Recycled Materials


Technologies: Telemedicine;AI;Wearable Technology;Data Analytics
Applications: Remote Care;Enhanced Diagnostics;Health Monitoring;Healthcare Data Insights
Challenge: Digital Health Solutions
Description: Develop pioneering solutions in the digital health arena that push beyond current healthcare limitations, introducing transformative applications. They should address major challenges and seize new opportunities within digital health, providing sophisticated and visionary tools and systems applicable to various healthcare settings as:
- Telemedicine and Remote Care
- AI-Enhanced Diagnostics
- Wearable Health Technology
- Health Data Analytics


Technologies: Digital Payment;AI;Blockchain;Cryptocurrency
Applications: Innovative Payment Methods;Financial Data Analysis;Cryptocurrency Trading;Online Lending
Challenge: Fintech Innovations
Description: Innovate within the fintech space by creating solutions that redefine financial services and introduce novel applications. Looking for solutions that address key issues and explore fresh opportunities offering tools and services like:
- Digital Payment Innovations
- AI-Powered Financial Analytics
- Blockchain and Cryptocurrency Solutions
- Online Lending Platforms


Technologies: Hydrogen Production; Hydrogen Storage; Hydrogen Fuel Cells
Applications: Hydrogen Storage for Energy; Hydrogen Fuel Cells for Transportation; Hydrogen Production for Industrial Use
Challenge: Sustainable Hydrogen Solutions
Description: Hydrogen is set to play a pivotal role in the move towards a cleaner and more sustainable energy landscape. For this reason, we are looking for to  innovative hydrogen solutions that boost efficiency, cut down carbon emissions, and support the growth of a hydrogen-powered economy, such as:
- Hydrogen Production
- Hydrogen Storage
- Hydrogen Transportation
- Hydrogen Fuel Cells
- Industrial Applications of Hydrogen
- Hydrogen in Transportation


Technologies: Solar Energy;Wind Energy;Bioenergy;Hydroelectric Power;Energy Storage;Geothermal Energy;Ocean Energy;Hydrogen Fuel Cells
Applications: Solar Panels for Electricity Generation;Wind Turbines for Power Generation;Biomass Conversion;Hydroelectric Dams;Battery Storage Systems;Geothermal Heat Pumps;Tidal Power Plants;Hydrogen Production and Storage
Challenge: Innovative Renewable Solutions
Description: Develop solutions that enhance energy efficiency, harness natural resources more effectively, and contribute to a sustainable energy future through for example:
- Solar Energy
- Wind Energy
- Bioenergy
- Hydroelectric Power
- Energy Storage Systems
- Geothermal Energy
- Ocean Energy
- Hydrogen Fuel Cells


Technologies: Carbon Storage;Direct Air Capture;Carbon Sequestration;Enhanced Oil Recovery;Bioenergy with Carbon Capture
Applications: Carbon Capture and Storage;Carbon Removal;CO2 Utilization;Energy Recovery;Carbon Management
Challenge: Carbon Capture and Usage
Description: Carbon capture, removal, and utilization technologies offer promising solutions to reduce atmospheric CO2 levels and repurpose captured carbon for valuable uses. This can be reached through solutions like:
- Carbon Storage Solutions
- Direct Air Capture
- Carbon Sequestration
- Enhanced Oil Recovery with CO2
- Bioenergy with Carbon Capture
- Strategies for Carbon Management


Technologies: Advanced Battery Technologies;Grid-Scale Energy Storage;Battery Recycling;Energy Density Optimization;Thermal Management;Smart Battery Management
Applications: Innovative Battery Design;Large-Scale Energy Storage for Grids;Sustainable Battery Disposal and Reuse;Improving Battery Capacity;Heat Control in Batteries;Intelligent Battery Monitoring Systems
Challenge: Energy storage-batteries
Description: Offering innovative solutions in energy storage for efficient management and long-term sustainability. these include:
- Advanced Battery Technologies
- Grid-Scale Energy Storage
- Battery Recycling and Reuse
- Energy Density Optimization
- Thermal Management Systems
- Smart Battery Management Systems


Technologies: Battery Technology;Charging Infrastructure;Power Electronics
Applications: Battery Technology for EV Performance and Range;Charging Stations for Electric Vehicles;Power Electronics for EV Systems
Challenge: Ev Solutions
Description: EV technologies are essential for reducing greenhouse gas emissions and achieving sustainable transportation. Advancements in this field offer promising solutions to enhance the performance, affordability, and adoption of electric vehicles. This can be achieved through innovations such as:
- Battery Technology
- Charging Infrastructure
- Power Electronics
- EV Range Optimization
- Vehicle-to-Grid Integration
- Recycling and Reusing EV Batteries


Technologies: Novel RRP Designs;Advanced Inhalable Delivery Mechanisms;Consumer Experience Enhancements;Safety and Regulatory Compliance Innovations
Applications: Designing innovative Reduced Risk Products;Creating advanced inhalation systems for efficient delivery;Enhancing user experience for consumer satisfaction;Implementing safety measures and regulatory compliance strategies
Challenge: RRP & Delivery Innovation
Description: Develop pioneering solutions for Reduced Risk Products (RRP) and advanced delivery technologies that build upon existing innovations as:
- Novel RRP Designs
- Advanced Inhalable Delivery Mechanisms
- Consumer Experience Enhancements
- Safety and Regulatory Compliance Innovations


Technologies: AI;Blockchain;Sustainable Materials
Applications: AI for User Experience Enhancement;Blockchain for Supply Chain Management;Sustainable Materials for Tobacco Industry
Challenge: Sustainable Tobacco Solutions
Description: Create innovative solutions in sustainability for PMI, focusing on sustainable substrates, cost-effective or recyclable components, youth access prevention, and enhancing user experience.


Technologies: AI;IoT;Blockchain;Renewable Energy;Precision Agriculture
Applications: AI for Sustainable Energy Management;IoT for Environmental Monitoring;Blockchain for Traceability;Renewable Energy Integration;Precision Farming Techniques
Challenge: Cleantech, Agrotech, and User Access
Description: Driving sustainability and innovation by creating products and processes that enhance environmental and agricultural practices while improving accessibility. Your cutting-edge ideas should address for example:
- Renewable Energy Solutions
- Precision Agriculture Technologies
- Accessible and Inclusive Product Designs
- Waste Reduction and Management Systems
- Water Conservation Innovations


Technologies: AI;IoT;Sensors;Data Analytics;Machine Learning
Applications: AI-powered Sleep Induction Algorithms;IoT-enabled Sleep Trackers;Sensor-based Sleep Monitoring Systems;Data-driven Sleep Pattern Analysis;Machine Learning for Personalized Sleep Recommendations
Challenge: Innovative Sleep Solutions
Description: Develop innovative solutions to help individuals achieve better quality sleep. PMI is committed to enhancing well-being by creating products that improve sleep patterns and promote restful nights. Your groundbreaking concepts should concentrate for example on:
- Cutting-Edge Sleep Inducing Technologies
- Advanced Sleep Tracking and Monitoring Devices
- Sustainable and Efficient Sleep Solutions
- Personalized Sleep Enhancement Program


Technologies: High-speed connectivity;Low-latency connectivity
Applications: Connectivity for passengers;Digital connectivity for aircraft
Challenge: Connectivity Aerospace Solutions
Description: Airbus China Innovation Centre (ACIC) delivershigh-speed and low-latency connectivity technologies to better connect passengers and aircraft to the digital world via Airbus service-enabling solutions. Key focus: Air-to-Ground Connectivity / Chinese LEO Constellation.


Technologies: Tobacco Extraction; Nicotine Formulation; Substrate Transport and Release; Aerosol Technology
Applications: Tobacco Processing; Nicotine Product Development; Substrate Engineering; Aerosol-based Consumer Products
Challenge: Nicotine and Aerosol Technologies
Description: Develop groundbreaking solutions in the fields of tobacco extraction, nicotine formulation, substrate transport and release, and aerosol technology. We seek to advance our technological edge and consumer experience by enhancing these critical areas.


Technologies: AI;Natural Language Processing;Nutrition Science;Sustainable Materials
Applications: AI-powered personal assistants for health tracking;Natural language processing for ingredient analysis;Nutrition-focused apps;Sustainable packaging solutions
Challenge: Daytime Energy Solutions
Description: Develop innovative solutions that help people achieve more energy and focus during the day. PMI aims to improve overall well-being by creating products that support sustained energy and concentration. Develop s groundbreaking ideas in areas such as:
- Natural Energy-Boosting Ingredients
- Advanced Formulations for Focus
- Sustainable and Healthy Delivery Systems
- Enhancing User Experience for Daytime Productivity


Technologies: Natural Ingredients;Formulation Science;Sustainable Materials
Applications: Stress-Relief Product Development;Calming Supplements;Relaxation-focused Personal Care Products
Challenge: Stress Reduction Solutions
Description: Create innovative solutions like Natural Stress-Relief Ingredients
- Advanced Calming Formulations - Sustainable and Healthy Delivery Systems - Enhance User Experience for Relaxation, to help individuals achieve greater calm and lower stress levels.


Technologies: IoT;Sensors;HMI Systems
Applications: Interactive Experience Design;Smart Cabin Operation;Passenger Health Monitoring
Challenge: Enhanced Cabin Experience
Description: Through the Airbus China Innovation Centre (ACIC) the purpose is to focus on leveraging China’s expertise in emerging technologies (IoT, sensor and HMI systems) to innovate experience design for Asian passengers. Key focus: Passenger interactive Experience Design / Smart Cabin Operation Platform / Passenger Assurance Solutions (COVID-19).


Technologies: AI;Blockchain;Robotics;Advanced Materials
Applications: AI for Recycling Process Optimization; Blockchain for Waste Management; Robotics in Sustainable Manufacturing; Advanced Materials for Eco-Friendly Product Design
Challenge: Recycling and Circular Materials
Description: Develop pioneering solutions in recycling, sustainable materials, and circularity. PMI is committed to promoting sustainability by creating products and processes that reduce environmental footprints. Examples of ideas in this field address:
- Next-Generation Recycling Methods
- Creation of Eco-Friendly Materials
- Novel Circular Economy Strategies
- Sustainable Product Design and Lifecycle Management


Technologies: AI;Remote Monitoring;Predictive Analytics;Telemedicine;Data Integration
Applications: AI-Powered Diagnostics;Remote Patient Monitoring;Predictive Health Analysis;Personalized Treatment;Telehealth;Health Data Management
Challenge: Disruptive Health Tech Solutions
Description: Develop data-driven, disruptive health tech care solutions.We invest in transformational people and ideas to bring remarkable care solutions to life. Your innovative ideas should focus on area such as:
- AI-Powered Diagnostic Tools
- Remote Patient Monitoring Systems
- Predictive Health Analytics
- Personalized Treatment Platforms
- Advanced Telemedicine Solutions
- Health Data Integration and Management


Technologies: Catalysts;Depolymerization;Hydrotreatment
Applications: Catalysts for HDO hydrotreatment;Depolymerization for biocrude upgrading;Hydrotreatment for heteroatom reduction
Challenge: HDO-hydrotreatment catalysts to upgrade biocrudes
Description: An upgrading step is required to convert them into valuable sources for use as biofuels, drop-in fuels, or BTX platform chemicals. Biocrude upgrading usually involves an HDO hydrotreatment step to reduce heteroatom (oxygen/nitrogen) content and catalysts play an important role in this process. Further investigation is needed for the development of efficient catalysts capable of achieving high conversions and selectivity.


Technologies: Mobile Apps; AI; Queue Management Systems; Process Automation; Real-time Data Analytics; System Interoperability
Applications: Appointment Management; Professional Availability Monitoring; Virtual Care Chatbots; Patient Education Programs
Challenge: Reducing waiting times in healthcare
Description: In this challenge, we focus on addressing the challenge of reducing waiting times in healthcare services. We seek solutions that optimize care processes, streamline patient arrival and minimize waiting times.

Possible applications:
Efficient appointment management systems
Real-time monitoring of the availability of professionals and services
Chatbots for virtual care education and patient empowerment programs


Technologies: Data Analytics;Artificial Intelligence;Machine Learning;Blockchain;Quantum Computing;Big Data Analytics
Applications: Data Analysis and Reporting;Secure Data Management;Data-driven Predictive Modeling;Quantum-enhanced Data Analytics;Big Data Insights
Challenge: Maximising the data value
Description: We seek solutions to understand the true value of data in terms of improving care and user experience, as well as in the development of new services and business models. In addition, it is required to manage and exploit this data ethically and securely. Possible applications:
data analysis and reporting systems,
secure data management platforms,
data-driven predictive models for disease detection, etc.


Technologies: Artificial Intelligence;Machine Learning;Monitoring Devices
Applications: AI for Personalized Wellness;Machine Learning for Health Data Analysis;Monitoring Devices for Preventive Healthcare
Challenge: Promoting preventive health
Description: Proposed solutions could include mobile apps or digital platforms offering personalized wellness advice, exercise and healthy eating programs, healthy habit reminders, access to health information and resources, and tracking of wellness indicators, among others.


Technologies: AI;Big Data Analytics;Virtual Reality;Wearable Devices;Advanced Medical Sensors;Genomics;Personalised Medicine;Digital Therapies
Applications: AI for psychological support;Big Data analytics for healthcare trends;Virtual Reality for health education;Wearable devices for weight monitoring;Advanced sensors for eye-tracking;Genomics for personalized medicine;Digital therapies for mental health
Challenge: Anticipating future demands in healthcare
Description: Solutions could include digital platforms for psychological support, mobile applications for weight monitoring and control, education and prevention programs for maternity-related diseases, sexual health promotion tools, eye-monitoring technologies, and eye protection solutions for mobile device users, among others.


Technologies: Telemedicine;Electronic Health Record Systems;Secure Messaging;Artificial Intelligence;Data Interoperability;Data Analytics
Applications: Telemedicine Platforms;EHR Systems;Secure Communication Platforms;AI-powered Reminder Systems;Data Analytics for Healthcare Collaboration
Challenge: Strengthening patients-health professionals collaboration
Description: Solutions can be proposed as secure communication platforms between patients and healthcare professionals, appointment and reminder management systems, education and treatment monitoring tools, telemedicine platforms and virtual spaces for the exchange of knowledge and experiences between professionals and patients.


Technologies: Pyrolysis
Applications: Pyrolysis for Plastic Waste Management
Challenge: Plastic pyrolysis char
Description: Fast or slow pyrolysis of plastics represents one of the main technologies to consider to be applied for its proven contribution to the reduction of waste plastics. Most of the plastic wastes in municipal solid wastes are high-density polyethylene (HDPE), low-density polyethylene (LDPE), and polypropylene(PP).


Technologies: Electrochemical Energy Storage; Advanced Modeling; Innovative Electrochemical Approaches
Applications: Energy Storage for Electric Vehicles; High-Capacity Batteries for Renewable Energy Systems; Long-Lasting Batteries for Portable Electronics
Challenge: New Ways of Electro-Chemical Storage
Description: We are exploring potential lines that include disruptive technologies for electrochemical energy storage based on innovative electrochemical approaches. This involves researching and developing new techniques and methodologies that allow for greater efficiency, storage capacity, and durability compared to conventional lithium batteries.


Technologies: Electrolysis;Liquefaction;Transport;Power-to-Hydrogen;Photovoltaic;Wind Power
Applications: Green Hydrogen Generation;Decarbonization;Energy Efficiency;Renewable Energy Integration;Leak Prevention;Cost Reduction;Production Optimization
Challenge: Solution for Green Hydrogen Generation
Description: looking for solutions for hydrogen generation alternatives to electrolysis, efficient liquefaction technologies H2 transport technologies, or Power-to-Hydrogen technologies that facilitate the decarbonization of industry. Those that facilitate integration with photovoltaic and wind power plants, are highly innovative, and have the capacity to justify the suitability and disruptive nature of the solutions proposed.


Technologies: AI;Social Media Analytics;Natural Language Processing
Applications: AI-powered content generation;Social Media Trend Analysis;NLP for Text Mining
Challenge: Content generation for telecom industry
Description: This challenge aims to address the development of creative, original, and value-added content based on data from social networks. It will be related to our market and product and will address the trends and interests of professional users (carpenters, builders etc.)

The objective of this challenge is to analyze content on social networks and the internet to detect trends related to our brand and products that respond to the needs of end users.


Technologies: Analytical Chemistry; Wet Chemistry; Instrumental Methods
Applications: Characterization of biomass varieties; Sample treatment and preparation; Dissolution and analysis; Automation of analytical processes
Challenge: Characterization of lignocellulosic biomass
Description: Research into new raw materials to be processed in energy parks includes biomass of lignocellulose origin. The correct characterization of its different varieties (hardwood, softwood, sugarcane, rice husk…..) implies carrying out numerous analytical processes of wet chemistry, in which the systematics to be applied can be varied and time-consuming.


Technologies: Biofertilizers;Biochar
Applications: Soil Quality Improvement;Carbon Sequestration;Sustainable Agriculture
Challenge: Agricultural Energy
Description: One of our goals is to enable the monetization of CO2 elimination through the trading of carbon credits in the voluntary CO2 emissions markets. To achieve this, the use of bio fertilizers and biochar is being researched and developed. These biomass-derived products can be used to improve soil quality and effectively sequester carbon from the atmosphere.


Technologies: AI;Data Encryption
Applications: AI-Driven Security Analytics;Robust Data Encryption
Challenge: Cybersecurity Innovations
Description: Develop groundbreaking solutions in the field of cybersecurity. Our mission is to advance security technologies that protect data, systems, and networks from evolving threats. Examples of solutions include:
- Advanced Threat Detection
- Robust Data Encryption
- AI-Driven Security Analytics
- Comprehensive Compliance and Risk Management


Technologies: Eco-Friendly Mining;Waste Management;Renewable Energy;Water Conservation
Applications: Sustainable Mining Practices;Recycling Processes;Renewable Power Sources for Mining Operations;Water Management Systems
Challenge: Sustainable Mining
Description: Develop groundbreaking solutions in the field of sustainable mining. We seek game-changing technologies and emerging companies to help drive sustainable growth in areas like:
- Eco-Friendly Mining Technologies
- Waste Reduction and Recycling
- Renewable Energy Integration
- Water Conservation Strategies


Technologies: HVAC; Windows; Building Materials; Energy Efficiency; Waste Management; Water Purification; Air Purification
Applications: HVAC innovation for climate control; Advanced windows for energy efficiency; Sustainable building materials; Smart energy management systems; Waste reduction strategies; Water purification for buildings; Air quality improvement solutions
Challenge: Sustainable Cities
Description: We focus on companies that are decarbonizing the built environment and related infrastructure. We are engaging with startups that help real estate developers, owners, operators, and the communities they serve reduce their environmental impact and increase their climate resilience. Our focus areas include HVAC innovation, windows and building materials, energy efficiency solutions, waste reduction, and water and air purification systems.


Technologies: Digital Therapeutics; Imaging; Diagnostics; Remote Monitoring; Clinical Trials
Applications: Digital Therapeutics for Patient Care; Imaging and Diagnostics for Medical Analysis; Remote Monitoring for Patient Follow-up; Clinical Trials for Medical Research
Challenge: Healthtech Innnovations
Description: We are focused on companies that improve access to, and quality of, care. The team has invested in digital therapeutics, imaging, diagnostics, remote monitoring, and clinical trials.


Technologies: Advanced Data Analytics;Cloud Computing;Artificial Intelligence;Security and Compliance
Applications: Data-driven decision making;Cloud-based scalability and resource management;AI-assisted business process automation;Robust security protocols and compliance measures
Challenge: Enterprise SaaS Innovations
Description: Create groundbreaking solutions in the realm of Enterprise SaaS.Your innovative concepts should target areas like:
- Advanced Data Analytics
- Scalable Cloud Solutions
- AI-Powered Business Insights
- Comprehensive Security and Compliance Systems


Technologies: AI;ML;Data Analytics;AML;KYC;Cybersecurity;DevOps
Applications: AI and ML for Data Management;AML and KYC for Identity Verification;Data Analytics for Business Insights;Cybersecurity for Enterprise Protection;DevOps for Software Development
Challenge: Enterprise SaaS
Description: We focus on AI/ML tools, data analytics and management, AML, KYC and identity, data privacy, cybersecurity, DevOps, e-commerce infrastructure, supply chain management, sales and marketing, and future of work solutions.


Technologies: AI;Blockchain;Fintech
Applications: AI for Financial Management;Blockchain for Secure Transactions;Fintech for Banking Solutions
Challenge: Fintech Innovative Solutions
Description: We invest across capital markets, asset management, banking, payments, insurance, and financial infrastructure. We also support companies facilitating the financial management of corporates and SMEs.


Technologies: Carbon Capture, Utilization, and Storage (CCUS); Artificial Intelligence (AI); Internet of Things (IoT); Blockchain
Applications: AI for Climate Change Modeling; IoT for Environmental Monitoring; Blockchain for Carbon Credit Trading
Challenge: New Carbon Sinks
Description: The implementation of carbon sinks is crucial as a mechanism to reduce the concentration of carbon dioxide (CO2) in the atmosphere. For our goal of achieving net zero emissions, it is necessary not only to reduce CO2 emissions but also to eliminate and permanently store existing CO2 in the atmosphere.


Technologies: AI;Digital Services;Financial Services
Applications: AI for Siting and Permitting;Digital Services for Clean Power Optimization;Financial Services for Demand-side Electrification
Challenge: Clean Power
Description: We invest in companies that are decarbonizing the power system and electrifying energy demand. We are connecting with startups that help developers accelerate the siting, financing, permitting, and interconnection of renewables, storage, and other clean power assets. We also focus on digital and financial services that optimize clean power production or support demand-side electrification.


Technologies: AI;Encryption;Security Analytics
Applications: AI-Driven Security Analytics;Advanced Encryption Techniques;Next-Gen Threat Detection
Challenge: Cybersecurity Innovations
Description: Develop cutting-edge solutions in the field of cybersecurity, focusing on advanced security measures, threat detection, and encryption technologies. Your innovative concepts should target:
- Next-Gen Threat Detection Systems
- Advanced Encryption Techniques
- AI-Driven Security Analytics
- Comprehensive Risk Management Tools
- Secure Communication Protocols


Technologies: AI;Data Analytics;Sustainability Measurement Tools
Applications: AI for Climate Risk Assessment;Data Analytics for Biodiversity Monitoring;Sustainability Measurement for Corporate Environmental Footprint
Challenge: Climate SaaS
Description: We invest in companies addressing climate change by enabling financial institutions and corporates to measure and reduce their environmental footprint and climate risk exposure. The solutions that we focus on include climate risk, biodiversity and sustainability data analytics, GHG emissions and sustainability measurement and management tools, supplier screening, offsetting assets sourcing and assessment, and risk transfer platforms.


Technologies: Web3;Blockchain;DeFi;DAO;Analytics;SaaS;Security;KYC
Applications: Blockchain for DeFi;Web3 for SaaS;Analytics for Crypto;Security and KYC for Token Models
Challenge: Web3 & Crypto
Description: We invest in DeFi, DAO tooling, analytics, and SaaS tools (including security and KYC) through traditional equity or token models, supporting innovative and cutting-edge technologies.


Technologies: Data Analytics;Advanced Visualization;Predictive Analytics;AI;Real-Time Analytics;Data Integration
Applications: Data-Driven Decision Making;Visualizing Complex Data;Forecasting Trends;Automated Data Processing;Real-Time Insights;Unifying Data Sources
Challenge: Data Analytics Innovations
Description: Create groundbreaking solutions in the field of data analytics. on areas like:
- Advanced Data Visualization
- Predictive Analytics Models
- AI-Driven Data Processing
- Real-Time Data Analysis
- Seamless Data Integration
- User-Friendly Analytics Tools


Technologies: AI;Blockchain;Cloud Computing;Data Analytics;Robotic Process Automation
Applications: AI-based Transaction Security;Blockchain for Financial Data Management;Cloud-based Payment Processing;Data Analytics for Financial Insights;RPA for Compliance Checks
Challenge: Fintech SaaS
Description: Develop transformative solutions in the field of Fintech SaaS. We are committed to advancing financial technology through software-as-a-service models that enhance efficiency, security, and user experience. Your innovative ideas should focus on:
- Secure Transaction Processing
- Advanced Financial Analytics
- Automated Compliance and KYC Solutions
- Scalable Payment Platforms
- AI-Driven Financial Advisory Services


Technologies: Big Data; Advanced Analytics; Digital Solutions
Applications: Climate Data Management; Carbon Markets; Digital Monitoring, Reporting, and Verification (MRV); Climate-related Insurance; Sustainable Asset Management; Greenhouse Gas (GHG) Emissions Reporting
Challenge: Climate Intelligence
Description: We look for companies leveraging big data and advanced analytics to create climate solutions for financial institutions and corporations. We are evaluating opportunities related to climate data management, carbon markets, digital MRV solutions, climate-related insurance products, sustainable asset management, and GHG emissions reporting.


Technologies: Cloud Computing;AI;Data Storage;Real-Time Processing
Applications: Scalable Cloud Infrastructure;AI-based Cloud Management Systems;Secure Cloud Data Storage;Real-time Data Analytics
Challenge: Cloud Infrastructure
Description: Fueling the next generation of cloud and data architectures. Your cutting-edge concepts should focus on areas such as:
- Scalable Cloud Architectures
- Advanced-Data Storage Solutions
- AI-Driven Cloud Management
- Enhanced Cloud Security Protocols
- Real-Time Data Processing


Technologies: AI;Machine Learning;Natural Language Processing
Applications: Advanced Algorithms;Automation Tools;Real-Time Data Analysis;Ethical Frameworks;Integration with Existing Systems;Natural Language Understanding
Challenge: AI Innovations
Description: M12 invests in category-defining enterprise AI startups that are committed to bringing technology and people together to realize the promises of AI responsibly. Examples of innovations includes:
- Advanced Machine Learning Algorithms
- AI-Powered Automation Tools
- Ethical AI Frameworks
- Real-Time Data Analysis and Decision-Making
- Natural Language Processing and Understanding
- AI Integration with Existing Systems


Technologies: AI;Cloud Computing;Big Data Analytics
Applications: AI-powered Product Recommendations;Cloud-based Collaboration Tools;Data-driven Construction Planning
Challenge: Vertical SaaS Innovations
Description: Develop innovative solutions in the field of Vertical SaaS, reinventing the way we shop, work, build, and learn. Our aim is to create tailored software-as-a-service applications that cater to specific industry needs. Your cutting-edge concepts should focus products/service like:
- Retail SaaS Solutions
- Workplace Productivity Tools
- Construction Management Software
- Educational Technology Platforms


Technologies: Cloud-Native Development;AI;Open-Source Software;Automation
Applications: Cloud-based Development Environments;AI-assisted Coding;Open-Source DevOps Tools;Automated Deployment Processes;Collaborative Software Development
Challenge: DevOps Innovative Solutions
Description: Develop cutting-edge solutions in the field of DevOps, prioritizing cloud-native development, AI assistance, and open-source software. Our goal is to empower developers to meet and exceed customer expectations with greater speed, control, and focus through:
- Cloud-Native Development Tools
- AI-Powered Development Assistance
- Open-Source DevOps Solutions
- Automated Deployment and Scaling
- Enhanced Collaboration and Productivity Tools


Technologies: Blockchain;Web3;NFT
Applications: Blockchain-based gaming platforms;Play-to-earn gaming models;NFT integration for in-game assets
Challenge: Web3 & Gaming Innovations
Description: Develop pioneering solutions at the intersection of Web3 and gaming, ushering in the next generation of the Internet. Your innovative concepts should target areas like:
- Blockchain-Based Gaming Platforms
- Play-to-Earn Mechanisms
- Decentralized Game Economies
- NFT Integration in Gaming


Technologies: AI;Software;Communication Platforms
Applications: AI for Repair Process Optimization;Software for Streamlining Workflows;Communication Platforms for Customer Engagement
Challenge: Direct-repair benefits for domestic faults
Description: Advanced technological tools and systems to develop and promote the advantages of a direct repair process within houses/apartments' scope. This could include software and platforms that streamline repair workflows, enhance communication between repair services and customers, and provide clear, compelling information on how direct repair can be more efficient, cost-effective, and reliable.


Technologies: AI;Blockchain;IoT;Sustainability Software
Applications: AI for Sustainable Material Sourcing;Blockchain for Carbon Credit Trading;IoT for Energy Management;Sustainability Software for ESG Reporting
Challenge: EFPI - Positive Impact
Description: positive impact solutions for the construction industry, more specifically anything that can help the construction value chain be more sustainable fuel, reduce its carbon footprint, respect the ESG (Environmental, Social, and Governance) goal, and be more inclusive.


Technologies: AI;LiDAR;360-degree imaging;Drone technology;SLAM (Simultaneous Localization and Mapping)
Applications: Visual AI for defect detection;LiDAR scanning for location data;360-degree imaging for remote inspections;Drones for data collection;SLAM for mapping and localization
Challenge: Improving Tunnel Inspections
Description: Enhancement and automation of inspection processes based on digital technologies as AI, LiDAR scans, and virtual reality could reduce people from tunnel environment and reduce time to achieve quality approvals.


Technologies: Bioremediation; Electro-remediation; Enzymatic treatment; Monitoring and reporting
Applications: Marine ecosystem restoration; Contaminant reduction; Water purification; Biodiversity support; Impact assessment on water quality and blue carbon sequestration
Challenge: Marine Regeneration
Description: Marine bioremediation measures such as enzymes, bacteria, electro, etc, to can reduce the impacts of any released or disturbed contaminants; work within sensible environments to support marine biodiversity to accelerate the restoration of the marine ecosystem; or that offer assessment, monitoring and reporting of impact to water quality, biodiversity metrics and blue carbon sequestration effects.


Technologies: AI;NLP;ML
Applications: AI for Fraud Detection;NLP for Multilingual Support;ML for Knowledge Base
Challenge: Co-pilot technology for field inspections
Description: Generative AI Learning Copilots for frontline workers to increase the success rate of field inspections in the cases of fraud. The solution should be able to interact in English, Italian, Catalan and Portuguese.


Technologies: AI;Augmented Reality;Data Analytics
Applications: AI-Driven Customer Support;Personalized Shopping with AR;Data-Driven Consumer Insights
Challenge: Commerce & Enabling Technologies
Description: Create groundbreaking services and technologies that elevate the consumer experience and transform the landscape of commerce; examples of focus in this area are:
– Personalized Shopping Experiences
– AI-Driven Customer Support
– Augmented Reality for Product Interaction
– Seamless Omnichannel Integration
– Data-Driven Insights for Consumer Behavior


Technologies: AI;AR/VR;Social Media Analytics
Applications: AI for Personalized Product Recommendations;AR/VR for Virtual Try-on Experiences;Social Media Analytics for Consumer Insights
Challenge: Beuty & Wellness Brands
Description: Relatable and authentic emerging brands are those that resonate deeply with consumers by building genuine connections and trust. These brands successfully navigate and integrate both digital and physical environments, creating cohesive and seamless experiences.


Technologies: AI;IoT;Blockchain;Renewable Energy;Carbon Capture
Applications: AI for Disaster Prediction;IoT for Environmental Monitoring;Blockchain for Carbon Credits;Renewable Energy Storage;Carbon Capture and Storage Systems
Challenge: ClimateTech Innovations
Description: Develop greater resilience to natural disasters and advance green technologies for slowing climate change; examples of focus in this area are:
– Climate-Resilient Infrastructure
– Renewable Energy Innovations
– Sustainable Resource Management
– Early Warning Systems for Natural Disasters
– Carbon Capture and Reduction Technologies


Technologies: AI;Machine Learning;Encryption
Applications: Cyber Threat Analysis;Next-Generation Threat Detection;Secure Data Handling;Security Audits;AI-Powered Cyber Defense
Challenge: Enhancing Cyber Risk Management
Description: Focus on developing advanced tools and methodologies to accurately assess cyber vulnerabilities, quantify potential impacts, that reduce risks across digital environments, through for example:
– Cyber Threat Analysis and Risk Management Systems
– Next-Generation Threat Detection and Mitigation
– Encryption and Secure Data Handling
– Comprehensive Security Audits and Compliance Frameworks
– AI-Powered Cyber Defense and Machine Learning Integration


Technologies: AI;NLP;Computer Vision;Speech Recognition;Natural Language Understanding
Applications: AI for Content Personalization;NLP for Translation;Computer Vision for Accessibility;Speech Recognition for Virtual Assistants;Natural Language Understanding for Form Processing
Challenge: Digital Government information access
Description: This Project aims to select 15 solutions to revolutionize digital access to government information, and it is structured into 5 projects:
1) Creation of a personalized GENCAT content space;
2) Automatic adaptation of GENCAT content for people with disabilities
3) Citizen service with simultaneous multilingual translation
4) Virtual and personalized assistant in digital services
5) Automatic evaluation of digital forms


Technologies: AI;Blockchain;Data Analytics
Applications: AI for Drug Discovery;Blockchain for Clinical Trials;Data Analytics for Personalized Medicine
Challenge: Epilepsy Drug for Delivery Systems/Treatments
Description: Innovative Drug Delivery Systems and Treatments to significantly improve the lives of people living with epilepsy (PE). Specifically, we are looking for solutions that take into account a wide range of factors, both related to patients - including but not limited to age, genetics, potential side effects, and the overall medical adherence – and to specific drug-related aspects (efficacy and safety, optimal dosage, pharmaceutical forms).


Technologies: AI;IoT;Sustainable Materials;Automation;Data Analytics
Applications: Smart Building Automation;IoT Sensor Integration;Sustainable Construction;Energy Management Systems;Adaptive Design Optimization;Data-Driven City Planning
Challenge: Revolutionizing the Built Environment
Description: Utilize cutting-edge technologies and forward-thinking business models to revolutionize the built environment; examples of focus in this area are:
– Smart Building Technologies and IoT Integration
– Sustainable Construction Methods and Materials
– Energy-Efficient Systems and Automation
– Flexible and Adaptive Architectural Designs
– Data-Driven Urban Planning and Development


Technologies: AI;Data Analytics;Genomics;Diagnostics;Sensors
Applications: Predictive Analytics for Disease Risk Assessment;Personalized Treatment Recommendations;Advanced Imaging and Lab Diagnostics;Wearable Health Monitoring;Integrated Health Records Management
Challenge: Enhancing Health and Longevity
Description: Address health risks and promote longer, healthier lives through innovative solutions and advanced data use; key focus areas include:
– Predictive Health Analytics
– Personalized Medicine and Treatments
– Advanced Diagnostics and Monitoring
– Wellness and Preventive Strategies
– Health Data Integration and Management


Technologies: Autonomous Systems;Advanced Flight Control;Traffic Management Systems;Automation;Safety Protocols
Applications: Autonomous Aircraft Control;Advanced Flight Navigation and Stability;Air Traffic Optimization;Ground Operations Automation;Enhanced Safety Measures for Air Travel
Challenge: Advancing Autonomous Mobility
Description: Transform air travel and transportation with cutting-edge autonomous mobility solutions. Explore innovations that enhance safety, efficiency, and convenience in autonomous flight and ground operations. Key areas include:
– Autonomous Aircraft Systems
– Advanced Flight Control Technologies
– Integrated Traffic Management
– Automated Ground Operations
– Enhanced Safety Protocols


Technologies: AI;Data Analytics;Automation;Machine Learning;Blockchain
Applications: AI-powered Risk Assessment Models;Data Analytics for Customer Insights;Automated Claims Verification;Machine Learning for Fraud Detection;Blockchain for Secure Data Sharing
Challenge: Transforming Insurance and Risk Management
Description: Revolutionize the insurance industry by enhancing how policies are delivered, risks are assessed, and losses are managed. Embrace innovative technologies and data-driven approaches to reshape traditional insurance practices. Key areas include:
– Data-Driven Risk Assessment
– Personalized Insurance Solutions
– Automated Claims Processing
– Proactive Loss Prevention
– Enhanced Customer Engagement


Technologies: Intelligent Transportation;Data-driven;Autonomous;Flexible Mobility;Sustainable
Applications: Smart Transportation Systems;Data Analytics for Logistics;Self-driving Vehicles;On-demand Ride-sharing;Green Supply Chain
Challenge: Redefining Mobility and Logistics
Description: The way people and goods are moved through new services and increased use of data; technologies could range from:
- Intelligent transportation solutions
- Data-driven optimization
- Autonomous technologies
- Flexible mobility services
- Sustainable practices


Technologies: Advanced Automation;Digital Twin;Robotics;Smart Factory
Applications: Automation for Manufacturing;Digital Twin for Process Optimization;Robotics for High-Precision Tasks;Smart Factory Integration for Aerospace
Challenge: Transforming Manufacturing Systems
Description: Revolutionize aerospace manufacturing by adopting cutting-edge systems and technologies to enhance efficiency and precision. Focus on modernizing production processes to drive innovation and quality. Examples of solutions in this area include:
– Advanced Automation Solutions
– Digital Twin Technology
– Flexible Manufacturing Systems
– High-Precision Robotics
– Smart Factory Integration


Technologies: Sustainable Fuel Alternatives;Energy;Efficient Aircraft Design;Carbon Offset;Green Manufacturing;Emission Reduction
Applications: Alternative Fuel Sources;Energy-Efficient Systems;Aerodynamic Aircraft Structures;Carbon Capture and Storage;Eco-Friendly Production Methods;Pollution Control Technologies
Challenge: Low-Carbon Economy
Description: Drive the transition to a low-carbon economy in aviation by implementing innovative technologies and practices aimed at reducing environmental impact. Focus on advancing sustainable solutions and cutting-edge approaches like:
– Sustainable Fuel Alternatives
– Energy
– Efficient Aircraft Design
– Carbon Offset Programs
– Green Manufacturing Processes
– Innovative Emission Reduction Technologies


Technologies: AI;IoT;Blockchain;Automation
Applications: AI for Construction Planning;IoT for Equipment Monitoring;Blockchain for Asset Management;Automated Construction Machinery
Challenge: Innovative Site Solutions
Description: The construction industry as well as ports and terminals are ripe for digitalization. Innovative on-site solutions are essential to drive sustainable productivity improvements. Key areas of focus include:
– Digital Construction Solutions
– Smart Port Technologies
– On-Site Data Integration
– Automated Equipment and Machinery
– Sustainable Productivity Enhancements


Technologies: Electric Vehicle (EV) Technology; Battery Systems; Energy Sources; Optimization Techniques
Applications: EV Charging Infrastructure; Advanced Battery Management Systems; Alternative Energy Integration for EV Charging; Route Optimization for EV Fleets
Challenge: EV Innovative Solutions
Description: Electrifying transportation is an opportunity of a lifetime. We believe this change calls for a comprehensive agenda including charging, battery systems, new energy sources and optimization.


Technologies: Advanced Sensors;Real-Time Data Acquisition Systems;Environmental Monitoring Sensors;Precision Measurement Devices;Sensor Networks
Applications: Aerospace Sensor Integration;Real-time Data Collection for Flight Operations;Environmental Monitoring for Aircraft;Precision Landing Systems;Networked Sensor Arrays for Aircraft Health Monitoring
Challenge: Advancing Sensing Technologies
Description: Enhance aerospace capabilities by integrating advanced sensing technologies to improve data collection, situational awareness, and system performance. Focus on deploying innovative sensors and analytics to drive operational excellence. Examples of key areas of focus include:
– Advanced Sensor Systems
– Real-Time Data Acquisition
– Environmental and Situational Monitoring
– Precision Measurement Technologies
– Integrated Sensor Networks


Technologies: High-Performance Computing (HPC);Quantum Computing;Advanced Data Analytics;Artificial Intelligence;Machine Learning;Edge Computing
Applications: HPC for aerospace design and analysis;Quantum Computing for aerospace innovation;Advanced Analytics for performance optimization;AI and ML for aerospace applications;Edge Computing for real-time data processing
Challenge: Next-Generation Computing
Description: Propel aerospace advancements with cutting-edge computing technologies to enhance performance, innovation, and operational efficiency. Focus on adopting the latest computing breakthroughs to transform design and analysis. Key areas of emphasis include:
– High-Performance Computing (HPC)
– Quantum Computing Applications
– Advanced Data Analytics
– Artificial Intelligence and Machine Learning
– Edge Computing Innovations


Technologies: Lightweight Composite Materials;High-Strength Alloys;Durable Coatings and Treatments;Thermal and Acoustic Insulation;Advanced Manufacturing
Applications: Aerospace Structure Design;Aerospace Component Manufacturing;Surface Protection and Enhancement;Thermal Management Systems;Manufacturing Process Optimization
Challenge: Innovative Advance Materials
Description: Transform aerospace technology by integrating cutting-edge materials to enhance performance, efficiency, and safety. Focus on leveraging the latest advancements in material science to drive innovation. Key focus areas include for example:
– Lightweight Composite Materials
– High-Strength Alloys
– Durable Coatings and Treatments
– Thermal and Acoustic Insulation
– Advanced Manufacturing Techniques


Technologies: AI;IoT;Blockchain;Data Analytics;Cloud Computing
Applications: AI for Logistics Optimization;IoT for Real-Time Tracking;Blockchain for Supply Chain Management;Data Analytics for Predictive Modeling;Cloud-based Logistics Platforms
Challenge: Innovating Logistic
Description: Navigate the expansive and rapidly growing logistics market by leveraging new services and technologies to capture emerging opportunities. Focus on enhancing optimization, visibility, sharing, and digitization to stay ahead. Key areas of focus include:
– Advanced Logistics Optimization
– Real-Time Visibility Solutions
– Shared Logistics Platforms
– Digital Integration and Automation
– Data-Driven Decision Making


Technologies: Cybersecurity;Advanced Threat Detection;Secure Communication;Access Control and Identity Management;Incident Response
Applications: Cybersecurity Measures to protect data and systems;Advanced Threat Detection Systems for emerging threats;Secure Communication Protocols for aerospace operations;Access Control and Identity Management for authorized access;Incident Response and Recovery plans
Challenge: Elevating Aerospace Security
Description: Strengthen aerospace operations by implementing cutting-edge security technologies and practices to protect assets, data, and systems. Focus on enhancing resilience and response capabilities to safeguard against emerging threats.Examples of technologies in this area include:
– Cybersecurity Measures
– Advanced Threat Detection Systems
– Secure Communication Protocols
– Access Control and Identity Management
– Incident Response and Recovery


Technologies: Electrification of Vehicles; Hydrogen Fuel Cells; Advanced Hybrid Systems; Carbon Capture; Renewable Energy
Applications: Electric Cars; Hydrogen-powered Buses; Hybrid Vehicles; Industrial Carbon Capture; Solar and Wind Power Integration
Challenge: Emission-Reducing Technologies
Description: Technologies to reduce global emissions and mitigate the impacts of global warming like:
 Electrification of Vehicles
– Hydrogen Fuel Cells
– Advanced Hybrid Systems
– Carbon Capture Solutions
– Renewable Energy Integration


Technologies: Quantum Computing; Modeling; Robotics
Applications: Optimization; Advanced Process Modeling; Robotic Process Automation; Predictive Maintenance; Real-Time Asset Monitoring
Challenge: Optimizing Assets with Digital Technologies
Description: Enhance asset management and industrial efficiency by integrating advanced digital technologies. Focus on leveraging quantum computing, modeling, and robotics to optimize processes and boost performance. Examples of key areas include:
- Quantum Computing for Optimization
- Advanced Process Modeling
- Robotic Process Automation
- Predictive Maintenance Systems
- Real-Time Asset Monitoring


Technologies: Electric Vehicle Charging;Renewable Energy;Vehicle-to-Grid (V2G);Hybrid Renewable Systems
Applications: Sustainable Transportation Infrastructure;Renewable Energy Production Optimization;V2G for Energy Storage and Grid Support;Hybrid Systems for Diverse Energy Sources
Challenge: Mobility and renewable generation
Description: Propel the future of energy by integrating cutting-edge solutions in mobility and renewable generation. Focus on innovations that enhance sustainable transportation and optimize renewable energy production. Key areas include:
- Electric Vehicle Charging Infrastructure
- Renewable Energy Integration
- Vehicle-to-Grid (V2G) Technology
- Hybrid Renewable Energy Systems


Technologies: Advanced Biofuel Production; Carbon Capture and Storage (CCS); Hydrogen Electrolysis; Chemical Recycling; Carbon Utilization; Renewable Diesel Production
Applications: Biofuel for transportation; CO2 capture and storage for industrial processes; Hydrogen production for energy storage; Chemical recycling for waste management; Carbon utilization for industrial feedstocks; Renewable diesel as a sustainable fuel alternative
Challenge: Low-carbon circular economy
Description: Technologies  to produce renewable fuels, capture CO2, and produce renewable hydrogen or circular materials like:
- Advanced Biofuel Production
- Carbon Capture and Storage (CCS)
- Hydrogen Electrolysis
- Chemical Recycling
- Carbon Utilization Technologies
- Renewable Diesel Production


Technologies: Advanced Carbon Reduction; Circular Economy; Renewable Energy; Waste-to-Resource; Industrial-Scale Decarbonization
Applications: Carbon Capture and Storage; Circular Product Design; Solar and Wind Power Generation; Waste-to-Energy Systems; Low-Carbon Industrial Processes
Challenge: Decarbonization and Circular Economy
Description: Support the transition to a sustainable future by investing in startups. We are focused on scaling mature technologies that advance decarbonization and circular economy practices in areas such as:
– Advanced Carbon Reduction Technologies
– Circular Economy Innovations
– Renewable Energy Solutions
– Waste-to-Resource Technologies
– Industrial-Scale Decarbonization Solutions


Technologies: Telematics;IoT;Wearable Tech;Connected Devices
Applications: Vehicle Telematics Systems;Smart Home Security;Health and Fitness Tracking;Device Integration;IoT Risk Assessment
Challenge: Insurtech Innovations
Description: Technologies enabling connected cars, homes and wearables that are transforming the future of our insurance products; areas of interest in this field include:
- Vehicle Telematics Systems
- Smart Home Security Sensors
- Wearable Health Trackers
- Connected Device Integration
- IoT-Based Risk Assessment Tools


Technologies: Mobile Payment;Automated Lending;Robo-Advisors;Personal Finance Management;Digital Wallets
Applications: Mobile Payment Solutions;Automated Lending Platforms;Robo-Advisors for Investing;Personal Finance Tools;Secure Digital Wallets for Financial Transactions
Challenge: Fintech Innovative Solutions
Description: Technologies relating to payments, lending, investing, etc. that enable USAA to provide simpler, more effective financial solutions for its members, like for example:
- Mobile Payment Solutions
- Automated Lending Platforms
- Robo-Advisors for Investing
- Personal Finance Management Tools
- Secure Digital Wallets


Technologies: Multi-Factor Authentication (MFA);Biometrics;AI;Machine Learning
Applications: Secure Authentication;Identity Management;Fraud Prevention;Personalized Risk Assessment;Automated Underwriting
Challenge: Securing and Personalizing Financial Services
Description: Systems enabling secure authentication and identity management systems plus fraud prevention, personalization, underwriting and risk detection and avoidance. Key areas include:
– Multi-Factor Authentication (MFA)
– Biometric Identity Verification
– Fraud Detection Algorithms
– Personalized Risk Assessment Tools
– Automated Underwriting Systems


Technologies: Gene and Cell Therapies;Biopharmaceuticals;Personalized Medicine;Advanced Diagnostics;Drug Delivery Systems
Applications: Gene Therapy for Rare Diseases;Biopharmaceuticals for Targeted Cancer Treatment;Personalized Medicine for Precision Healthcare;Advanced Imaging and Genetic Testing;Smart Drug Delivery Devices
Challenge: Biotech and Digital Health Solutions
Description: Advance patient care and medical practice by investing in leading biotech companies. Support transformative technologies from early development to growth stages, actively participating in financings and strategic initiatives. Key areas include:
– Gene and Cell Therapies
– Biopharmaceuticals
– Personalized Medicine Solutions
– Advanced Diagnostic Tools
– Innovative Drug Delivery Systems


Technologies: Wearable Technology;Telehealth;Health Analytics;Digital Platforms
Applications: Health Monitoring Devices;Remote Healthcare Solutions;Data-driven Healthcare Insights;Online Treatment and Wellness Programs
Challenge: Advancing Digital Health Technologies
Description: Transform healthcare by investing in cutting-edge digital health companies. Focus on pioneering technologies that enhance patient outcomes and modernize medical practice. Engage across all stages of development, with active involvement in financings and strategic oversight. Examples of solutions include:
– Wearable Health Technology
– Telehealth Solutions
– Health Information Analytics
– Digital Treatment Platforms


Technologies: AI;Encryption;Network Security;Identity and Access Management
Applications: AI for Threat Detection;Encryption for Data Protection;Network Security for Intrusion Prevention;Identity Management for Access Control
Challenge: Strengthening Cybersecurity Solutions
Description: Fortify digital defenses by investing in advanced cybersecurity technologies to protect against evolving threats. Focus on enhancing security measures to safeguard data, systems, and operations. Engage in deploying cutting-edge solutions and strategies to maintain robust protection. Key areas include:
– Threat Detection and Response Systems
– Advanced Encryption Technologies
– Network Security Solutions
– Identity and Access Management


Technologies: Risk Assessment Tools;Sustainable Investment Strategies;Emission Reduction Technologies;Renewable Energy;Environmental Monitoring Systems
Applications: Climate Risk Assessment;Sustainable Investment;Carbon Emission Reduction;Renewable Energy Generation;Environmental Impact Monitoring
Challenge: Addressing Sustainability and Climate Risk
Description: Drive efforts to mitigate climate risk and enhance sustainability by investing in innovative solutions and practices. Focus on strategies that manage environmental impact, improve resilience, and promote long-term sustainability. Example of solutions include:
– Climate Risk Assessment Tools
– Sustainable Investment Strategies
– Carbon Emission Reduction Technologies
– Renewable Energy Initiatives
– Environmental Impact Monitoring Systems


Technologies: Bio-based materials;Sustainable alternatives
Applications: Foam production;Furniture manufacturing;Reducing environmental impact
Challenge: Sustainable foam alternatives
Description: The IKEA Foam Collaboration aims to identify sustainable foam alternatives to replace polyurethane (PU) foam in comfort products. The challenge focuses on:
- Bio-based foam materials: to reduce the fossil content in flexible or moldable polyurethane foam.
- Sustainable foam alternatives: to uphold our quality standards while significantly reducing environmental impact.
- Reducing fossil content: materials aligned with our sustainability goals.


Technologies: AI;IoT;Sensors;Data Analytics;Blockchain
Applications: AI-powered data analysis;IoT sensors for real-time monitoring;Blockchain for secure data sharing and traceability;Advanced sensors for microplastic detection;Data analytics for noise pollution assessment
Challenge: Floating Offshore Wind Farms
Description: The primary goals are to measure microplastic pollution, noise pollution, and biodiversity impacts in real-time in floating off-shore wind farms.
These solutions must be deployable during the Operation & Maintenance phase, withstand North Sea conditions, and offer significant improvements over existing methods.
Optional capabilities include multi-parameter monitoring and applicability across different offshore wind stages.


Technologies: LIDAR;Recognition Cameras;3D Scanners;Advanced Photogrammetry;Computer Vision
Applications: Unsafe Situation Detection;Process Automation;Decision Support
Challenge: Advanced Vision Technologies
Description: Advanced vision technologies that enable progress tracking and production control. The goal is to detect unsafe situations, automate processes and support decision making with technologies characterized by ease and flexibility of use (e.g. LIDAR, recognition cameras, 3D scanners, advanced photogrammetry, computer vision)


Technologies: AI;IoT;Blockchain;Computer Vision;RFID
Applications: AI for Process Optimization;IoT for Asset Tracking;Blockchain for Data Security;Computer Vision for Object Recognition;RFID for Inventory Management
Challenge: Smart Solutions for As-Built Tracking
Description: Smart tracking hardware and software solutions for as-built tracking. The goal is to track processes and activities, input and output components throughout the value chain, including the product's useful life and maintenance. These solutions must be multi-hardware and may include integrations with Manufacturing Execution System and Warehouse Management System


Technologies: Drilling Technology;Rock Engineering;Renewable Energy
Applications: Advanced Drilling Techniques for Wind Turbine Installation;Rock Foundation Engineering for Offshore Structures;Renewable Energy Expansion in Challenging Terrains
Challenge: Offshore Wind Anchors
Description: Solutions for drilling and installing wind turbine anchors in hard rock foundations, which are currently underutilized due to technical difficulties.

The challenge aims to expand offshore wind power generation into new terrains, enhancing global clean energy capacity.


Technologies: AI;Simulation;Asset Management Systems;Workflow Optimization;Real-Time Analytics
Applications: AI-powered process analysis;Layout simulation tools;Asset tracking and management;Automated workflow design;Real-time production monitoring and optimization
Challenge: Optimizing Shipyard Logistics and Layouts
Description: Enhance efficiency in shipyard operations by implementing solutions that optimize logistics and production layouts. Focus on improving logistical flow and asset management through comprehensive analysis and simulation of alternative configurations. Key areas include:
- As-Is Process Analysis
- Simulation of Layout Alternatives
- Advanced Asset Management Systems
- Workflow Optimization Tools
- Real-Time Monitoring and Analytics


Technologies: Storage Systems; Fuel-to-Electricity Conversion; Emission Limitation; Carbon Capture
Applications: Tank Storage for Fuels; Alternative Fuel Conversion Systems; Innovative Emission Reduction for Vehicles or Industrial Processes
Challenge: Green Power Generation Solutions
Description: Solutions for the storage and conversion of tranditional or alternative fuels to reduce emissions. Thei aim is to implement storage systems (tanks), fuel-to-electricity conversion systems and emission limitation and capture solutions (carbon caputre or innovative alternatives to traditional catalytic systems)


Technologies: AI;IoT;Blockchain;Data Analytics
Applications: AI for Energy Optimization;IoT for Ship Systems Monitoring;Blockchain for Energy Trading;Data Analytics for Electrical Consumption Analysis
Challenge: Ship's Systems Energy Efficiency
Description: Solutions for improving the energy efficiency of ships through the optimizaiton of onboard systems, such as desalination plants for potable water production, heat recovery systems, waste management and steam production systems. This includes both hardware and software solutions for analyzing electrical consumption


Technologies: Advanced Hull Coatings;Drag Reduction Systems;Alternative Propulsion;Energy-Efficient Propellers;Dynamic Positioning
Applications: Hull Surface Treatment;Active Drag Control;Alternative Ship Propulsion;Propeller Optimization;Ship Positioning and Stabilization
Challenge: Optimization of Fuel Consumption
Description: Solutions aimed at reducing hydrodynamic resistance, assisting propulsion with alternative technologies and optimizing navigation profiles to reduce consumption, optimize fuel use and improve the ship's energy efficiency. Examples of solutions are:
- Advanced Hull Coatings
- Active Drag Reduction Systems
- Alternative Propulsion Technologies
- Energy-Efficient Propellers
- Dynamic Positioning Systems


Technologies: Drug Development;Food Supplement Formulation;Probiotic Research
Applications: Gynaecology and Obstetrics Treatments;Women's Health Supplements;Probiotics for Female-specific Conditions
Challenge: Pharmacological Treatments for Women
Description: - Research and development of new drugs for application in gynaecology and obstetrics (special interest in non-hormonal treatments).
- Research and development of food supplements and/or probiotics with beneficial action in conditions or pathologies associated with Women's Health.

POSSIBLE APPLICATIONS
- New therapies in Gynaecology and Obstetrics
- New food supplements and probiotics


Technologies: AI;Blockchain;Data Analytics
Applications: AI for Anti-Corruption Monitoring;Blockchain for Transparent Financing;Data Analytics for Climate Finance Integrity
Challenge: Anti-Corruption Innovation for Climate Resources
Description: New ideas, prototypes, and scalable solutions that merge anti-corruption and climate finance practices to reduce corruption and promote integrity. Focus on inclusive representation, novel partnerships, and evidence-based approaches. Eg. of key areas include:
– Anti-Corruption in Climate Finance
– Scalable Integrity Solutions
– Public-Private Integrity Initiatives
– Ethical Climate Resource Mobilization


Technologies: AI;Food Science;Nutrition
Applications: AI-assisted recipe creation;Food Science for ingredient innovation;Nutrition analysis for calorie reduction
Challenge: Low-calorie snack development
Description: We particularly value innovation in the formulation of oils/fats/other ingredients in snacks, aiming for a reduction or elimination of calorie content in the fat component.


Technologies: AI;Sensors;Real-time Monitoring;Predictive Analytics;Remote Diagnostics
Applications: AI-powered Cable Defect Detection;Sensor Networks for Cable Health Monitoring;Real-time Cable Condition Tracking;Predictive Maintenance for Offshore Infrastructure;Remote Diagnostics for Wind Farm Operations
Challenge: Autonomous Dynamic Cable Internal Inspection
Description: Innovative solutions for monitoring defects in dynamic cables on floating offshore wind farms. The challenge focuses on detecting, tracking, and predicting potential issues within these cables to ensure efficiency and prevent failures. Key areas include: – Real-Time Cable Monitoring Systems – Predictive Maintenance Technologies – Remote Diagnostics for Offshore Wind Farms – Advanced Sensor Integration


Technologies: Advanced Materials;Printing Technology;Packaging Engineering
Applications: Development of compostable materials for packaging;Multi-color printing on flexible films;Design of packaging for extreme temperature conditions
Challenge: Compostable packaging
Description: A compostable flexible film for vertical automatic packaging. The film should be printable in up to 6 colors and maintain mechanical properties under the following storage conditions:
• Storage cycles at room temperature: from -5ºC to +45ºC.
• Subsequent packaging at 1ºC to 5ºC.
• Subsequent packaged storage at -35ºC.


Technologies: Food Science;Plant Biology;Biotechnology
Applications: Natural Food Additive Development;Plant-based Food Formulations;Clean Label Product Innovation
Challenge: Alternative to methylcellulose
Description: In this challenge, we are seeking 100% natural and clean label alternatives that exhibit properties similar to methylcellulose for use in analogous vegan products. Substitutes for methylcellulose with gel-forming, foaming, and thickening properties to be used in the food industry.


Technologies: AI;AR/VR;Web Development;Cloud Computing
Applications: AI-powered Virtual Classrooms;AR/VR for Immersive Learning Experiences;Web Portals for Online Education;Cloud-based Learning Management Systems
Challenge: Reimagining the Future Campus
Description: Innovative solutions for integrating physical and virtual environments in secondary, vocational, and university education. Explore ideas like multifunctional learning zones, green spaces for wellbeing, or digital platforms connecting online and offline learning seamlessly.


Technologies: AI;Data Analytics;Sustainability Technologies
Applications: AI for Sustainable Agriculture;Data Analytics for Carbon Footprint Assessment;Sustainability Technologies for Eco-friendly Feed Production
Challenge: Materials with green carbon foodprint
Description: The aim is to enhance the overall carbon footprint of the meat production process starting from the feeding of pork, seeking feeds made with ingredients that significantly contribute to the environmental sustainability of the process. This is crucial as raw materials represent the primary contributor to the undesired effects on the footprint.


Technologies: Industrial processing technologies;Transformation technologies
Applications: Industrial processing for food production;Transformation techniques for olive-based snacks
Challenge: Snack based on olives
Description: Alternatives to globally recognized classic varieties of table olives, seeking enticing and innovative variations for the market that enhance the most enjoyable moments of an appetizer. Our approach is grounded in the use of industrializable processing and transformation technologies.


Technologies: Microwave;Dry Roasting;Popping
Applications: Microwave cooking for snacks;Dry roasting for nuts;Popping for cereal-based snacks
Challenge: Process innovation for lower calories-intake
Description: TTAF is seeking new snack processing technologies capable of reducing calorie intake from the production process. There are cooking technologies for cereal dough or grain that do not rely on oil as a heat carrier (microwave, dry roasting, popping), but the resulting snacks have a rather mild taste and are not delicious.


Technologies: Digital Platform Services (DPS); AI; IoT; Blockchain
Applications: DPS for Air Mobility; AI for Efficiency; IoT for Smart Air Traffic Control; Blockchain for Secure Data Exchange
Challenge: Air Mobility Technology Acceleration
Description: air mobility technologies in China, focusing on Digital Platform Services (DPS). It aims to accelerate innovative solutions, enhancing efficiency and advancing the future of air mobility.


Technologies: AI;Advanced Battery Systems;Aeronautic Electronics;Immersive Technologies
Applications: AI for Airbus Operations;Advanced Batteries for Aerospace;Electronics for Aeronautics;Immersive Tech for Training and Design
Challenge: High-Performance, Low-Cost Systems
Description: new systems for high-performance and cost-effective implementation across Airbus operations, from local testing to global adoption. Key focus areas include AI, advanced battery systems, aeronautic electronics, and immersive technologies, driving innovation for enhanced efficiency and reduced costs.


Technologies: Automation;Robotics;Computer Vision;Analytics
Applications: Automation for Shop Floor Operations;Robotics for Industrial Sites;Computer Vision for Safety Enhancement;Analytics for Operational Insights
Challenge: Innovative Industry 4.0 solutions
Description: Industry 4.0 technologies to enhance efficiency and safety in Airbus industrial sites across China, enabling rapid local testing and global implementation. Key areas of focus include Automation & Robotics, Smart Tool Systems, Computer Vision Technologies, and Operational Analytics to transform shop floor operations.


Technologies: AI;Blockchain;Cloud Computing;Data Analytics;E-commerce Platforms
Applications: AI-powered recommendation systems;Blockchain for secure transactions and smart contracts;Cloud-based marketplace infrastructure;Data-driven customer insights and personalization;E-commerce platform integration
Challenge: Marketplaces for B2B-B2B2C
Description: Panasonic seeks technology-enabled services that revolutionize B2B and B2B2C marketplaces. This initiative focuses on developing innovative platforms that streamline transactions, enhance user experiences, and drive business growth, creating dynamic, scalable marketplace solutions for diverse industries.


Technologies: AI;Automation;Process Optimization;Sustainable Materials
Applications: AI-powered ore sorting;Automated beneficiation processes;Optimization of reduction processes;Development of low-carbon steel alloys
Challenge: Decarbonizing Steelmaking Industry
Description: This challenge seeks breakthrough technologies to enhance the beneficiation of iron ore feeds for Direct-Reduced Iron processes, a critical step in reducing carbon emissions in steel production. Innovators are invited to submit solutions that drive efficiency, sustainability, and decarbonization in the steel industry, with opportunities for support from idea to full-scale implementation.


Technologies: AI;Automation;Renewable Energy
Applications: AI-powered process optimization;Automated emission monitoring systems;Renewable energy integration for pre-processing stages
Challenge: Decarbonization in Steel Pre-Processing
Description: This Innovation Challenge targets technologies to reduce or eliminate carbon emissions in steel's pre-processing stages, such as sintering and induration. Anglo American seeks innovative solutions that can accelerate decarbonization in steelmaking, offering support from concept to implementation for companies advancing sustainable practices in the industry.


Technologies: Blockchain;Enterprise Software
Applications: Blockchain for B2B and B2B2C ecosystems;Enterprise Software for Business Operations
Challenge: Blockchain Solutions for B2B-B2B2C
Description: Panasonic seeks innovative blockchain technologies to enhance B2B and B2B2C software ecosystems. This initiative invites developers to create blockchain-driven solutions that improve security, transparency, and efficiency, revolutionizing business operations and customer interactions across industries.


Technologies: API;Integration;Software Architecture
Applications: API-driven B2B and B2B2C solutions;Connected Services;Streamlined Operations
Challenge: API-Driven Solutions for Connected Services
Description: Panasonic seeks innovative B2B and B2B2C software solutions leveraging APIs to power connected services. This initiative focuses on developing robust API-driven architectures that enhance integration, streamline operations, and unlock new capabilities, positioning businesses for success in an increasingly connected digital landscape.


Technologies: AI;Machine Learning;Natural Language Processing;Computer Vision
Applications: AI for Business Process Automation;Machine Learning for Predictive Analytics;Natural Language Processing for Chatbots and Virtual Assistants;Computer Vision for Image and Video Analysis
Challenge: AI-Driven Innovation for B2B-B2B2C
Description: Panasonic seeks cutting-edge AI technologies to transform B2B and B2B2C software solutions. This initiative invites innovators to develop AI-driven applications that enhance business operations, customer engagement, and overall efficiency, helping Panasonic lead the next wave of software innovation.


Technologies: AI;Mobile Apps;Cloud Computing;AR/VR
Applications: AI-powered Sales Enablement;Mobile CRM;Cloud-based Collaboration Tools;AR for Remote Assistance
Challenge: Enterprise Mobile Solutions for B2B
Description: Panasonic seeks cutting-edge enterprise mobile software innovations to transform B2B and B2B2C interactions. This initiative focuses on mobile solutions that enhance business agility, streamline operations, and improve customer engagement, driving the future of enterprise mobility across industries.


Technologies: AI;AR/VR;Cloud Computing;Collaboration Tools;Data Analytics;Productivity Software
Applications: AI-powered Collaboration Platforms;AR/VR for Remote Training;Cloud-based Productivity Suites;Data-driven Employee Engagement Tools;Smart Workplace Analytics
Challenge: Future Work B2B-B2B2C Software
Description: Panasonic seeks groundbreaking B2B and B2B2C software solutions to shape the future of work. This initiative invites innovations that enhance remote collaboration, productivity, and employee engagement, driving digital transformation in the workplace and redefining how businesses operate in an evolving work environment.


Technologies: Energy-efficient hardware; Low-power electronics; Sustainable technology
Applications: Energy-efficient data centers; Low-power IoT devices for environmental monitoring; Sustainable consumer electronics; Green computing solutions for businesses
Challenge: Low-Power Hardware for B2B-B2B2C
Description: Panasonic seeks cutting-edge B2B and B2B2C hardware solutions with 10x lower power consumption. This initiative focuses on developing energy-efficient technologies that enhance performance while reducing power usage, enabling sustainable and scalable hardware innovations across industries.


Technologies: Industrial IoT;Data Analytics;Cloud Computing
Applications: IoT Hardware for Industrial Automation;Data-driven Decision Making;Cloud-based Industrial Control Systems
Challenge: Industrial IoT Solutions for B2B-B2B2C
Description: Panasonic seeks advanced B2B and B2B2C hardware solutions leveraging Industrial IoT technologies. This initiative focuses on creating connected, data-driven systems that optimize operations, enhance efficiency, and drive innovation across industrial sectors, transforming the way businesses manage and utilize IoT hardware.