Technologies: AI;AR/VR;Blockchain;Data Analytics
Applications: AI-powered safety training simulations;AR/VR for immersive learning experiences;Blockchain for secure employee records;Data analytics for workforce performance insights
Challenge: Operational Safety and Workforce Development
Description: Develop technologies or training programs that enhance workplace safety, foster employee growth, and build resilient, future-ready workforces. Software solutions are welcome


Technologies: AI;Blockchain;Data Analytics
Applications: AI for Ethical Advertising;Blockchain for Supply Chain Traceability;Data Analytics for Compliance Monitoring
Challenge: Transparent Supply Chains and Advertising
Description: Innovative software solutions that improve transparency in supply chains and advertising practices, ensuring accountability, fairness, and alignment with ethical standards.


Technologies: AI;Data Analytics;Blockchain
Applications: AI-powered Data Analysis;Blockchain for Data Security and Transparency;Data Analytics for Impact Measurement
Challenge: Simplifying ESG Reporting Excellence
Description: Innovate streamlined reporting solutions that align with CSRD and ESG frameworks, enabling robust, transparent, and actionable insights into sustainability and social impact.


Technologies: AI;Genomics;Biotechnology
Applications: AI-powered drug discovery;Genomics-based personalized medicine;Biotechnology for drug development
Challenge: Revolutionizing Therapeutics for Patient Needs
Description: Develop groundbreaking therapeutics and platforms that address unmet patient needs, leveraging cutting-edge science and technology to create transformative clinical impact and deliver meaningful outcomes in the biotechnology and biopharma space.


Technologies: AI;Blockchain;Cloud Computing;Data Analytics;Cybersecurity
Applications: AI-powered Financial Assistants;Blockchain-based Digital Identity Verification;Cloud-based Financial Management Platforms;Data-driven Risk Assessment Models;Cybersecurity for Digital Payments
Challenge: Innovating Fintech for Inclusive Growth
Description: Create innovative fintech solutions that enhance financial inclusivity, improve security, and streamline financial operations for businesses and individuals in a digital-first economy.


Technologies: AI;Machine Learning;Robotic Process Automation
Applications: AI-powered decision support systems;Automated business process optimization;Intelligent customer service chatbots
Challenge: Pioneering AI for Global Impact
Description: Develop artificial intelligence technologies that enhance decision-making, automate complex processes, and deliver personalized, intelligent solutions for businesses across diverse sectors.


Technologies: AI;IoT;Blockchain;Autonomous Vehicles;Data Analytics
Applications: AI for Traffic Management;IoT Sensor Networks for Vehicle Monitoring;Blockchain for Secure Data Sharing;Autonomous Delivery Drones;Data-driven Route Optimization
Challenge: Shaping Smart Mobility Solutions
Description: Design sustainable, intelligent, and connected mobility solutions that redefine urban transportation, enhance logistics efficiency, and create safer and smarter transport systems worldwide.


Technologies: AI;Cloud Computing;DevOps;Automation
Applications: AI-powered Process Automation;Cloud-based Scalable Infrastructure;DevOps for Continuous Delivery;Robotic Process Automation (RPA) for Back-office Tasks
Challenge: Transforming Enterprise IT for Tomorrow
Description: Develop cutting-edge enterprise IT solutions that improve scalability, operational efficiency, and innovation to enable businesses to thrive in the face of evolving market demands and technologies.


Technologies: AI;AR/VR;Cloud Computing;Big Data Analytics
Applications: AI-powered Content Creation Tools;AR/VR Interactive Experiences;Cloud-based Media Distribution;Data-driven Personalization
Challenge: Reinventing Digital Media Experiences
Description: Innovate transformative digital media platforms and technologies that improve content creation, enhance user engagement, and deliver dynamic experiences across global audiences.


Technologies: AI;IoT;Cloud Computing;Data Analytics
Applications: AI-powered analytics for predictive maintenance;IoT device management;Cloud-based data storage and processing;Real-time data visualization for operations
Challenge: Advancing IoT for Smart Connectivity
Description: Develop scalable IoT systems that seamlessly integrate devices, enable real-time monitoring, and optimize operations across industries to drive smart, connected environments.


Technologies: AI;Machine Learning;Computer Vision;Robotics
Applications: Industrial Automation;Smart Manufacturing;Robotic Process Automation;Intelligent Quality Control
Challenge: Empowering Industries with Smart Robotics
Description: Design and develop intelligent robotics technologies that transform automation, enhance productivity, and solve complex industrial challenges across diverse applications.


Technologies: AI;Smart Technologies
Applications: AI for Healthcare Administration;Smart Tech for Clinical Workflows
Challenge: Streamlining Clinical Workflows for Care
Description: With the increasing demands of electronic health records (EHR) and documentation requirements, healthcare professionals are dedicating significant portions of their time to administrative tasks, often at the cost of patient interaction. By streamlining processes, integrating smart technologies, and rethinking clinical workflows, we aim to enhance efficiency, reduce stress, and improve outcomes for both patients and providers.


Technologies: AI;IoT;Blockchain;Energy Efficiency;Sustainable Materials
Applications: AI for Sustainable Manufacturing;IoT for Energy Management;Blockchain for Waste Management;Energy-Efficient Devices;Eco-Friendly Material Development
Challenge: Driving Innovation: Sustainable Solutions
Description: innovative solutions that promote eco-friendly practices, reduce environmental impact, and drive circular economy principles. From sustainable materials to energy-efficient technologies, develop transformative solutions that address global sustainability challenges.


Technologies: AI;Autonomous Vehicles;Clean Energy;Electric Mobility;IoT;Navigation Systems
Applications: Autonomous Driving;Clean Energy Generation and Storage;Electric Vehicle Charging Infrastructure;Smart Traffic Management;Advanced Navigation Services
Challenge: Accelerating Innovation: Future Mobility
Description: innovations that enhance transportation, connectivity, and sustainability in the mobility sector. From autonomous vehicles to clean energy solutions, contribute to shaping the future of smart, efficient, and eco-friendly transportation systems.


Technologies: AI;Machine Learning;Cloud Computing;Edge Computing;Process Automation;Data Analytics
Applications: AI-powered tools;Advanced Automation;Workflow Optimization;Business Intelligence Platforms
Challenge: Driving Digital Transformation
Description: innovative solutions to enhance efficiency, connectivity, and intelligence across industries. From AI-powered tools to advanced automation, contribute to reshaping how businesses operate, collaborate, and deliver value in an increasingly digital world.


Technologies: Renewable Energy; Energy Storage; Sustainable Materials; Green Manufacturing; Circular Economy; Water Conservation; Resource Optimization
Applications: Solar Power Generation; Wind Energy Systems; Battery Storage Solutions; Eco-friendly Materials for Construction; Sustainable Manufacturing Processes; Waste Recycling and Reuse; Efficient Water Treatment Systems; Smart Resource Management in Agriculture
Challenge: Innovating for a Sustainable Future
Description: innovations that address environmental challenges, enhance resource efficiency, and promote eco-friendly practices. From renewable energy systems to circular economy models, contribute to shaping a resilient and environmentally conscious future.


Technologies: AI;Remote Work Platforms;Analytics;Wellness Solutions
Applications: AI-powered HR and talent management;Remote collaboration tools;Workforce productivity analytics;Employee engagement and wellness programs
Challenge: Transforming Work: Workforce Services Innovation
Description: tools and technologies to enhance employee engagement, streamline workflows, and support a dynamic workforce. From AI-driven HR tools to remote work platforms, create solutions that empower organizations to adapt and thrive in evolving work environments.


Technologies: 3D Printing;Industry 4.0;Additive Manufacturing;Smart Factory;Digital Twin;Simulation
Applications: Advanced Manufacturing Techniques;Automation;Sustainable Production;Smart Factory Management;Digital Twin Modeling;Simulation-based Optimization
Challenge: Shaping Tomorrow: 3DPrinting & Industry4.0
Description: innovative solutions in 3D printing and Industry 4.0 to revolutionize production, enhance automation, and drive sustainability. From advanced additive manufacturing to smart factory technologies, create solutions that shape the future of industrial innovation.


Technologies: AI;Blockchain;Cybersecurity
Applications: AI-driven analytics and decision-making;Blockchain for digital payments and transactions;Cybersecurity for financial systems
Challenge: Reimagining Finance: FinTech Innovations
Description: technologies that enhance financial inclusion, streamline transactions, and improve security. From digital payments to AI-driven analytics, contribute to creating smarter, more accessible financial ecosystems.


Technologies: Renewable Energy; Carbon Capture; Energy Efficiency; Circular Economy
Applications: Solar Panels; Wind Turbines; Geothermal Systems; Carbon Capture and Storage; Energy Efficient Appliances; Waste-to-Energy Systems
Challenge: Driving Change: Carbon Neutral Innovations
Description: innovative solutions that reduce emissions, enhance energy efficiency, and promote sustainable practices. From renewable energy technologies to carbon capture systems, contribute to creating a cleaner, greener, and more sustainable future for the planet.


Technologies: IoT;AI;Data-driven technologies
Applications: Industrial IoT (IIoT) and smart sensors; AI-driven process automation; Digital twin technology; Energy-efficient manufacturing
Challenge: Revolutionizing Industry 4.0
Description: innovations that integrate advanced automation, IoT, AI, and data-driven technologies to revolutionize manufacturing and industrial operations. Shape the future of smart, connected, and efficient industries with scalable and sustainable solutions.


Technologies: AI;IoT;Sustainable Farming Technologies
Applications: AI for crop monitoring;IoT for smart irrigation;Sustainable farming practices for soil health
Challenge: Cultivating Innovation: AgriTech Solutions
Description: technologies that enhance food security, optimize farming practices, and promote sustainability. From precision agriculture to smart irrigation, contribute to creating a future of efficient, resilient, and sustainable food systems.


Technologies: AI;Telemedicine;Wearable Tech;Digital Platforms
Applications: AI-powered diagnostics;Remote Patient Monitoring;Personalized Health Solutions;Digital Accessibility and Efficiency
Challenge: Advancing HealthTech Innovations
Description: innovations that improve patient care, optimize workflows, and make healthcare more accessible. From telemedicine to personalized health solutions, help shape the future of health and wellness.


Technologies: AI;IoT;Blockchain;Sustainable Extraction;Advanced Mineral Processing
Applications: AI-powered Mineral Sorting;IoT-enabled Waste Monitoring;Blockchain for Resource Tracking;Sustainable Mining Techniques;Efficient Mineral Recovery Systems
Challenge: Redefining Mining: Zero-Waste Innovations
Description: innovative technologies that minimize waste, promote recycling, and maximize resource recovery to transform mining into a zero-waste industry. From sustainable extraction methods to circular economy solutions, help shape a more efficient and environmentally friendly mining sector.


Technologies: IoT;Energy Storage;Renewable Energy
Applications: IoT-driven energy monitoring;Smart grid optimization;Advanced energy storage systems;Renewable energy integration
Challenge: Optimizing Energy: Smart Solutions
Description: innovative technologies that improve energy efficiency, enable smart grid optimization, and integrate renewable energy sources. From IoT-driven monitoring systems to advanced energy storage, help shape a sustainable energy future.


Technologies: Smart Factory; Automation; Industrial IoT (IIoT); Robotics; Sustainable Manufacturing
Applications: Factory Automation; Real-time Industrial Monitoring; Robotics for Process Improvement; Resource-efficient Production
Challenge: Innovating Industry: Advanced Technologies
Description: innovations that enhance automation, efficiency, and sustainability in industrial operations. From smart factory solutions to robotics, develop transformative tools that shape the future of modern industry.


Technologies: Autonomous Equipment;AI;Data Analytics;Energy-efficient Technologies;Sustainable Mining Techniques
Applications: Autonomous Vehicles for Mining Operations;AI-driven Insights and Decision Making;Data Analytics for Process Optimization;Energy-efficient Mining Machinery;Sustainable Mineral Extraction Methods
Challenge: Innovating Tomorrow: Future Mining Solutions
Description: innovations that enhance sustainability, automation, and efficiency across the mining value chain to reimagine the future of mining. From autonomous equipment to AI-driven insights, shape the next generation of modern mining.


Technologies: AI;IoT;Robotics
Applications: AI for Connected and Autonomous Vehicles;IoT for Smart Urban Transportation;Robotics for MaaS Platforms
Challenge: Shaping Mobility: Future Innovations
Description: technologies that enhance efficiency, sustainability, and user experience. From smart urban transportation to connected vehicle ecosystems, help shape the future of seamless and intelligent mobility.


Technologies: Green Manufacturing; Sustainable Materials; Renewable Energy Systems; Energy Storage; Water Conservation Technologies
Applications: Eco-friendly Product Design; Sustainable Resource Management; Solar Power Generation; Wind Energy Solutions; Hydropower Systems; Water Reuse and Recycling
Challenge: Building Tomorrow: Sustainable Innovations
Description: technologies that enhance resource efficiency, reduce environmental impact, and promote circular economy principles. From green manufacturing to sustainable materials, contribute to creating a more eco-friendly and resilient world.


Technologies: Renewable Energy; Carbon Capture; Energy Efficiency; Smart Grids
Applications: Solar Panels; Wind Turbines; Geothermal Systems; Carbon Capture and Storage (CCS); Energy Management Systems; Smart Metering; Grid Optimization
Challenge: Empowering Change: Climate Tech Innovations
Description: innovative technologies that mitigate climate change, enhance energy efficiency, and promote sustainable practices. From renewable energy systems to carbon capture technologies, develop solutions that drive impactful and scalable environmental progress.


Technologies: AI;V2X;Sensors;Connectivity;Cybersecurity
Applications: Autonomous Driving;Vehicle-to-Everything Communication;Advanced Perception;In-Vehicle User Experience;Autonomous System Security
Challenge: Driving Tomorrow: Autonomous Connectivity Innovations
Description: innovations that enhance vehicle intelligence, safety, and seamless communication. From AI-driven systems to V2X technologies, contribute to shaping the future of smart, connected, and autonomous vehicles.


Technologies: AI;Robotics;Sensing
Applications: Cobots for Industrial Automation;Humanoid Robots for Human-Machine Interaction;Sensing and Navigation for Mobile Robotics
Challenge: Empowering Progress: Robotics Solutions
Description: innovative technologies that enhance automation, precision, and safety across sectors. From industrial robotics to humanoid designs, create solutions that push the boundaries of robotics innovation for diverse applications.


Technologies: Autonomous flight systems;Energy-efficient eVTOL;Aerial traffic management;Safety redundancy technologies
Applications: Urban Air Mobility;Sustainable air travel;Seamless aerial connectivity;Advanced navigation systems
Challenge: Urban Air Mobility Innovation
Description: innovations in autonomous air systems, energy efficiency, and aerial connectivity to redefine transportation with cutting-edge Urban Air Mobility solutions. Help shape the future of sustainable and seamless urban air travel.


Technologies: AI;Natural Language Processing;Computer Vision;Robotics
Applications: Predictive Analytics;Autonomous Decision-Making;Conversational AI;AI-Powered Vision and Sensing
Challenge: AI for the Future: Innovations
Description: This challenge seeks groundbreaking AI solutions that drive autonomy, intelligence, and efficiency across applications. From predictive analytics to natural language processing, develop transformative AI technologies for real-world impact.


Technologies: Renewable energy;Energy storage;Carbon capture, utilization, and storage (CCUS);Electrification;Waste heat recovery;Sustainable mineral processing
Applications: Green energy integration;Carbon capture for mining and metals industry;Electric mining equipment;Energy efficiency improvements;Sustainable supply chain management
Challenge: Greening Mining: Decarbonization Innovations
Description: innovative solutions that reduce emissions, improve energy efficiency, and enhance sustainability to revolutionize the mining value chain with decarbonization technologies. From green energy integration to carbon capture, contribute to a cleaner, greener future for the mining and metals industry.


Technologies: AI;Robotics;Automation;Blockchain
Applications: AI-powered mineral exploration;Robotic mining equipment;Automated mineral processing;Blockchain for supply chain traceability
Challenge: Empowering Change: Energy Metals Solutions
Description: technologies that enhance the sustainable extraction, processing, and supply of energy transition metals like lithium, cobalt, and nickel to accelerate the energy transition with innovations in such critical metals. Support a cleaner energy future with efficient and responsible solutions.


Technologies: AI;Analytics;Machine Learning;Real-time Data Processing;Natural Language Processing (NLP);Conversational AI
Applications: Predictive Analytics;Decision Automation;Workflow Optimization;Real-time Analytics;Data-driven Applications;Natural Language Understanding;Conversational Interfaces
Challenge: Revolutionizing Applications: AI & Analytics
Description: groundbreaking solutions that enhance predictive insights, automate decision-making, and optimize workflows to transform the future of applications with disruptive AI and analytics technologies. From advanced machine learning to real-time analytics, develop innovative tools that drive smarter, data-driven applications.


Technologies: AI;ML;Edge Computing;Microservices;CI/CD;Cloud-native;Cybersecurity
Applications: AI/ML-driven DevOps automation;Edge computing for distributed applications;Microservices architecture for modular development;Advanced CI/CD pipelines;Cloud-native app development;Secure coding practices in DevOps
Challenge: Disruptive Innovations in App DevOps
Description: bold, disruptive ideas to transform application development and operations. Participants are invited to propose innovative solutions that redefine DevOps processes, leveraging advanced technologies to enhance scalability, automation, and performance in dynamic environments.


Technologies: AI;Edge Computing;Cloud Computing;5G;IoT
Applications: Real-time decision-making systems;Energy-efficient computing;Dynamic resource allocation;5G-enabled IoT devices
Challenge: Revolutionizing Edge Computing
Description: disruptive solutions to enhance the efficiency, scalability, and real-time processing capabilities of edge computing. Proposals should focus on overcoming latency, connectivity, and resource constraints while ensuring seamless integration with existing systems.


Technologies: AI;Distributed Systems;Real-time Analytics;Data Security
Applications: AI-driven data pipelines;Federated data management;Real-time data visualization;Secure data storage and processing
Challenge: Transforming Data Management
Description: groundbreaking technologies or methodologies to optimize data storage, processing, and analysis across complex environments. Submissions should address data integrity, accessibility, and security while enabling actionable insights at scale.


Technologies: AI;IoT;Cloud Computing
Applications: AI-driven route optimization;IoT for predictive maintenance and monitoring;Cloud-native platform for fleet management
Challenge: Reimagining PaaS and Fleet Management
Description: innovative platform-as-a-service (PaaS) solutions that simplify fleet operations, enhance operational efficiency, and enable dynamic resource allocation. Submissions should integrate emerging technologies to address challenges in monitoring, maintenance, and optimization.


Technologies: AI;ML;Zero-trust architecture;Post-quantum encryption;Cyber-resilience
Applications: Predictive threat intelligence;Secure communication;IoT and edge device security
Challenge: Securing the Future of Cybersecurity
Description: disruptive cybersecurity technologies or frameworks to address evolving threats in increasingly interconnected ecosystems. Solutions should prioritize proactive threat detection, adaptive defense mechanisms, and secure-by-design principles.


Technologies: Gantry Systems; Mobile Robotics; Industrial Vacuum Systems; Camera Technology
Applications: Gantry for material handling; Mobile robots for slag removal; Industrial vacuums for debris disposal; Cameras for joint inspection
Challenge: Welding slag removal Innovation Challenge
Description: We are scouting for companies capable of delivering innovative mechanical solutions for automatic welding slag removal in Submerged Arc Welding (SAW). The solution must remove slag promptly (200-300 mm after the arc), ensure weld quality, minimize vibrations, and integrate features like gantries, mobile systems, industrial vacuum cleaners, and cameras for joint inspection. Companies must address both butt and fillet joints


Technologies: Autonomous Mobile Robots (AMR); Automated Guided Vehicles (AGV); ERP Systems; AI; Machine Vision
Applications: AMR/AGV for material transport and delivery; AI-powered inventory management; Machine Vision for object recognition and tracking; ERP integration for warehouse automation; Automated material handling for space optimization
Challenge: Autonomous Vertical Warehouse
Description: We are scouting for companies offering autonomous warehouse solutions that integrate with existing structures. Solutions should handle material transport, use AMR/AGVs for delivery up to 50m, and interface with ERP systems. The system must minimize disruptions during installation, boost inventory accuracy, reduce forklift reliance, and meet safety and CE certification standards.


Technologies: AI;Computer Vision;Robotics
Applications: AI for Shipbuilding;Computer Vision for Defect Detection;Robotics for Industrial Automation
Challenge: Robotics Foundation Model
Description: We are scouting for companies offering innovative robotic solutions for shipbuilding. These should include multimodal AI models capable of operational tasks (welding, grinding, painting, sanding) and inspection tasks (detecting discrepancies, work progress). Solutions must be deployable across multiple robotic platforms, and comply with EU AI Act and GDPR requirements


Technologies: AI;IoT;Health Monitoring
Applications: AI-powered companion;Virtual clinic for vulvovaginal health;Fertility tracking;Period, ovulation and PMS tracking;Health monitoring
Challenge: Femtech in healtcare
Description: innovative HealthTech solutions that address women’s health needs across areas like fertility tracking, menopause, cycle monitoring, pelvic health, pregnancy, post-partum care, sexual wellness, and mental health. Solutions should seamlessly integrate with insurance systems to enhance accessibility, affordability, and scalability, empowering women to take charge of their health at every stage of life.


Technologies: AI;IoT;Blockchain;AR/VR;Cloud Computing;Big Data;5G;Robotics
Applications: AI for Advertising;IoT for Smart Cities;Blockchain for Fintech;AR/VR for Education;Cloud-based Enterprise Software;Big Data Analytics for Healthcare;5G-enabled Mobility Solutions;Robotics in Logistics
Challenge: Global Startup Program
Description: Tunisian startups or those operating in Tunisia are invited to apply if they meet the following criteria:
- Innovative Solutions: Impactful solutions addressing critical challenges with strong value creation potential.
- Launched Product or MVP: Market-ready with proven traction (e.g., clients, revenue, or funding).
- Scalability: Clear growth roadmap and readiness for international markets.


Technologies: Electrolysis;Storage Tanks;Renewable Energy Integration
Applications: Water Electrolysis for Hydrogen Production;High-Capacity Storage for Fuel Cells;Grid Integration for Sustainable Energy Supply
Challenge: Innovating Hydrogen Production Systems
Description: Advancing systems for hydrogen production and storage to support the energy transition toward greener, more sustainable solutions. These systems are becoming safer, more scalable, and efficient by leveraging cutting-edge methodologies. Key areas of development include:

- Hydrogen production via water electrolysis
- High-capacity hydrogen storage tanks
- Integration into renewable energy grids.


Technologies: AI;Blockchain;IoT
Applications: AI for Tourism;Blockchain for Supply Chain Traceability;IoT for Logistics
Challenge: Driving Circular Innovation in Industries
Description: Transforming the fashion, tourism, and food & wine sectors with digital innovations, circular economy models, and advanced technologies. The challenge focuses on improving supply chain transparency, sustainability, and customer engagement. Examples:
- Platforms for real-time supply chain traceability in fashion
- AI-based tools for customized tourism and experience
- Advanced logistics systems
- Sustainable packaging and eco-friendly materials


Technologies: AI;Machine Learning;Blockchain;Real-time Analytics
Applications: AI-powered Threat Detection;Machine Learning for Behavior Analysis;Blockchain-based Data Security;Real-time Security Monitoring
Challenge: Enhancing Cyber Resilience Strategies
Description: Strengthening cybersecurity measures to protect critical financial and customer data by leveraging advanced technologies and risk mitigation strategies. As cyber threats grow increasingly complex, security frameworks are becoming more proactive, resilient, and adaptive.
Key areas include:
- Advanced threat detection and response systems
- Real-time monitoring and risk management
- Employee training on cybersecurity best practices


Technologies: IoT;Data Analytics
Applications: Smart Manufacturing;Real-time Decision-making
Challenge: Revolutionizing Digital Manufacturing
Description: Accelerating the digital transformation of manufacturing processes to enhance efficiency, innovation, and sustainability by leveraging cutting-edge methodologies and technologies. With advancements in digitalization, manufacturing is evolving to be smarter, more connected, and environmentally conscious. Examples include:
- IoT and smart manufacturing systems
- Real-time data analytics and decision-making
- Workforce upskilling for digital tools


Technologies: Carbon Capture;CO2 Conversion;Geological Storage;Circular Economy
Applications: Industrial Emissions Capture;CO2 to Fuels;CO2 to Building Materials;Enhanced Storage for CO2;CO2 Utilization in Circular Economy
Challenge: Advancing CO2 Utilization Technologies
Description: Developing innovative solutions for the permanent storage or valorization of CO2, transforming emissions into valuable resources or safely containing them. Examples include:
- Carbon capture technologies for industrial emissions
- Conversion of CO2 into fuels or building materials
- Enhancement of geological storage techniques
- Development of circular economy solutions utilizing CO2 as a resource


Technologies: AI;Automation;Data-driven solutions;Gene editing;Cell therapy
Applications: AI-powered drug discovery platforms;Automated drug development processes;Data analytics for medical research;Gene editing for advanced therapies;Cell therapy technologies for healthcare
Challenge: Innovating Biopharma Solutions
Description: Driving innovation in biopharmaceutical technologies to accelerate drug discovery, develop advanced therapies, and improve healthcare outcomes. This challenge emphasizes leveraging AI, automation, and data-driven solutions to address unmet medical needs. Key areas include:
- AI-powered platforms for drug discovery and development
- Gene editing and cell therapy technologies
- Scalable biomanufacturing processes for biologics production


Technologies: AI;Telemedicine
Applications: AI for diagnostics;Telemedicine for remote healthcare;Digital applications for chronic disease management
Challenge: Transforming Healthcare Through Digitalization
Description: Revolutionizing healthcare through digital tools that improve access, and personalization of services. By harnessing advanced technologies such as AI and telemedicine, digital health solutions enable real-time monitoring, better patient engagement, and more accurate diagnostics. Examples:
- AI diagnostic tools for early and accurate detection
- Telemedicine platforms for remote healthcare services
- Applications for chronic disease monitoring


Technologies: Wearable Devices; Robotics; IoT
Applications: Continuous Health Monitoring; Minimally Invasive Surgery; Real-time Patient Data Tracking
Challenge: Revolutionizing Medical Device Innovation
Description: Developing cutting-edge medical devices to enhance healthcare delivery and patient outcomes. The challenge lies in creating devices that are user-friendly, reliable, and seamlessly integrated with digital health ecosystems. Key areas include:
- Wearable devices for continuous health monitoring
- Robotic-assisted surgical systems for minimally invasive procedures
- IoT-enabled devices for real-time patient data tracking


Technologies: AI;Electric Vehicles;Autonomous Vehicles;Automation
Applications: AI-powered route optimization;Electric and autonomous vehicles for logistics;Smart hubs and warehouses
Challenge: Smart Logistics for Smarter Cities
Description: Revolutionizing urban logistics with intelligent systems that enhance delivery efficiency, reduce environmental impact, and support growing urban populations. The goal is to optimize supply chains and last-mile delivery using data and automation. Key Areas of Development:
- AI-powered route optimization for urban deliveries
- Electric and autonomous vehicles for sustainable logistics
- Smart hubs and warehouses for efficient inventory management


Technologies: AR/VR;AI;Blockchain
Applications: AR/VR for media experiences;AI for content creation and recommendations;Blockchain for decentralized content distribution
Challenge: Reimagining Media Through Technology
Description: Exploring new formats and leveraging advanced technologies to revolutionize the media landscape. The challenge is to create immersive, interactive, and accessible content that captivates audiences and aligns with the digital age. Innovative solutions include:
- Immersive AR/VR experiences for enhanced media consumption
- AI-driven tools for content creation and audience recommendations
- Decentralized platforms for content distribution


Technologies: AI;Autonomous Vehicles;Connected Vehicles;Data Platforms
Applications: Smart Traffic Management;Multimodal Transport Integration;Real-time Mobility Data;Autonomous and Connected Travel
Challenge: Transforming Cities with Smart Mobility
Description: Enhancing urban mobility by implementing intelligent transportation systems and sustainable solutions. The focus is on reducing congestion, improving public transport, and creating seamless, multimodal travel experiences for urban dwellers. Examples include:
- Smart traffic management systems powered by AI
- Integration of multimodal public transport solutions
- Real-time mobility data platforms
- Autonomous and connected vehicle technologies


Technologies: AI;Digital Platforms
Applications: AI-based real-time optimization;Digital platforms for trip planning;Subscription models for mobility services
Challenge: Mobility As A Service Innovations
Description: Creating integrated, user-centric platforms that offer seamless access to transportation modes on demand. MaaS aims to unify public and private mobility services under one digital ecosystem, enhancing convenience and reducing environmental impact. Examples are:
- Unified digital platforms for multimodal trip planning
- AI-based systems for real-time transport optimization
- Subscription-based models for shared and flexible mobility


Technologies: Robotics;AI;3D printing
Applications: Diagnostic imaging systems;Disease prediction and analytics;Advanced prosthetics
Challenge: Innovating Medical Technologies
Description: Transforming healthcare with advanced medical technologies that improve diagnostic accuracy, treatment effectiveness, and patient-centered care. This challenge focuses on integrating robotics, AI, and 3D printing into medical systems, enabling better outcomes and efficiency. Key areas include:
- Next-generation diagnostic imaging systems
- AI tools for disease prediction and analytics
- Advanced prosthetics with robotic and AI integration


Technologies: Vehicle technologies;Renewable energy;Circular economy models
Applications: Hydrogen and electric vehicles;Renewable energy integration for transportation;Circular economy for vehicle production
Challenge: Driving Toward a Greener Future
Description: dvancing clean and sustainable mobility by focusing on reducing emissions, improving energy efficiency, and promoting renewable energy integration in transportation systems. The goal is to create a sustainable future while ensuring accessibility and affordability through for example:
- Vehicle technologies, including hydrogen and EVs
- Renewable energy integration for transportation systems
- Circular economy models for vehicle manufacturing


Technologies: AI;IoT;Sensors;Cloud Computing;Data Analytics
Applications: AI for Fleet Management;IoT for Dockless Systems;Sensors for Vehicle Tracking;Cloud Computing for Data Storage and Processing;Data Analytics for Usage Insights
Challenge: Micro-Mobility Innovations
Description: Transforming urban mobility with micro-mobility solutions like e-scooters, e-bikes, and shared compact vehicles. These solutions aim to reduce congestion, emissions, and travel costs while offering convenient, last-mile connectivity. Key Areas of Development are:
- Dockless systems and fleet management for shared vehicles
- Battery and charging solutions for micro-mobility devices
- Data-driven platforms for usage optimization and maintenance


Technologies: AI;Programmatic Advertising;Advanced Analytics
Applications: AI-driven ad targeting;Real-time Campaign Management;Ad Performance Measurement
Challenge: Innovating Advertising Sector Through Technology
Description: Transforming the advertising landscape by integrating advanced technologies to create personalized, engaging, and measurable campaigns. The challenge lies in leveraging data, AI, and innovative platforms to target audiences more effectively through solutions like:
- AI-driven tools for personalized and predictive ad targeting
- Programmatic advertising platforms for real-time campaign management
- Advanced analytics for ad performance measurement


Technologies: AI;Collaborative Robotics;Predictive Analytics
Applications: AI for Urban Planning and Resource Management;Robotics for Public Service Tasks;Predictive Analytics for Traffic and Energy Management
Challenge: Smart Cities Powered by Technology
Description: Integrating AI and collaborative robotics into city infrastructure to optimize efficiency, enhance public services, and improve quality of life. The focus is on automation, intelligent decision-making, and human-machine collaboration to transform urban operations. Examples:
- AI-driven systems for urban planning and resource management
- Collaborative robots for public service tasks
- Predictive analytics for traffic and energy optimization


Technologies: AI;AR
Applications: AI-based content moderation and misinformation detection;AR for social media immersion
Challenge: Building the Social of Tomorrow
Description: Advancing social media platforms to provide richer, safer, and more engaging user experiences. The challenge includes incorporating technologies for better content moderation, immersive interactions, and AI-driven personalization. Examples include:
- AI-based content moderation and misinformation detection tools
- AR features for immersive and interactive social experiences
- Algorithms for personalized content and user engagement optimization


Technologies: AI;Automation;Cloud Computing
Applications: AI-powered video editing and post-production;Automation for efficient production processes;Cloud-based collaboration for remote video creation
Challenge: Revolutionizing the Art of Video
Description: Enhancing the video production process by adopting advanced tools and techniques to improve quality and creativity. The challenge involves using AI, automation, and cloud-based workflows to streamline production and enable innovative formats. Examples includes:
- AI-powered tools for editing, color grading, and visual effects
- Innovative virtual production techniques
- Cloud-based collaboration platforms for distributed video production.


Technologies: AI;AR;VR;Blockchain
Applications: AI-powered streaming recommendations;AR/VR immersive experiences;Blockchain for content rights management
Challenge: Entertainment in the Digital Era
Description: Redefining digital entertainment through the use of advanced technologies that enhance interactivity, immersion, and user engagement. The focus is on developing platforms and tools that create personalized entertainment experiences across music, streaming, gaming, and more. Key areas include:
- AI-enhanced streaming recommendations
- Immersive AR/VR for engaging experiences
- Blockchain-based solutions for content rights and royalties


Technologies: Gamification;AR/VR;Social Media
Applications: Gamified Learning Platforms;Loyalty Reward Programs;Immersive AR/VR Experiences;Social Media Interaction Boosts
Challenge: Engagement Through Play
Description: Driving user motivation and engagement by integrating gamification into education, marketing, and workplace solutions. Game mechanics are applied to inspire and retain users across diverse industries. Key Areas of Development:
- Gamified learning and corporate training platforms
- Reward-based systems in loyalty programs
- AR/VR-driven immersive gamified experiences
- Social media gamification for interaction boosts


Technologies: Fast-charging infrastructure;Advanced battery technology;Smart energy grids
Applications: Rapid EV charging stations;High-capacity batteries for longer EV range;Intelligent grid management for efficient EV charging
Challenge: Powering the Future of E-Mobility
Description: Driving the adoption of electric vehicles (EVs) by developing innovative solutions for charging infrastructure, battery technology, and grid integration. The focus is on making e-mobility accessible, efficient, and sustainable to support the global transition to clean energy. Key Areas of Development:
- Fast-charging infrastructure for EVs
- Advanced battery technologies with higher energy density
- Integration of EVs into smart energy grids


Technologies: IoT;Sensors
Applications: Waste Management;Pollution Monitoring;Traffic Management;Public Transport Management;Smart Grids
Challenge: Connecting the City of Tomorrow
Description: Leveraging IoT to build interconnected urban ecosystems that enable real-time monitoring, automation, and data-driven decision-making. IoT transforms how cities manage energy, transportation, and public services while enhancing convenience and sustainability.
Key Areas of Development:
- Sensors for waste management and pollution monitoring
- IoT platforms for real-time traffic and public transport mgmt
- Connected energy systems for smart grids


Technologies: IoT;AI;Data Platforms
Applications: Smart Infrastructure;Predictive Maintenance;Real-time Monitoring and Optimization
Challenge: Connected Infrastructure of Smart Cities
Description: Developing connected infrastructure to support the seamless integration of smart systems across transportation, utilities, and public services. The focus is on creating resilient and adaptive infrastructure that evolves with urban needs. Key areas are:
- Smart bridges, roads, and utilities with IoT integration
- AI-driven predictive maintenance for critical infrastructure
- Real-time data platforms for monitoring and optimizing infrastructure


Technologies: AR;VR
Applications: AR-based navigation;VR urban planning tools;AR/VR cultural experiences
Challenge: Immersive Technologies for Urban Living
Description: Introducing AR and VR technologies into city environments to enhance citizen experiences, from urban planning to entertainment and education. These technologies make cities more interactive, efficient, and engaging for residents and visitors alike. Examples are:
- AR-enabled navigation and wayfinding systems in public spaces
- Virtual reality tools for urban planning and citizen consultation
- AR/VR-enhanced cultural and educational experiences


Technologies: AI;V2X Communication;Autonomous Vehicles
Applications: AI-powered Traffic Management;Connected Cars;Urban Autonomous Driving
Challenge: Driving the Future of Mobility
Description: Advancing connected and smart car technologies to improve urban mobility, reduce congestion, and enhance road safety. Smart cars are integral to smart cities, enabling seamless integration with urban infrastructure and mobility systems.
Key Areas of Development include:
- Vehicle-to-everything (V2X) communication for connected cars
- Autonomous vehicle systems for urban environments
- AI-powered traffic management integrated with smart cars


Technologies: AI;IoT;Renewable Energy
Applications: Smart Energy Management;Predictive Maintenance;Renewable Energy Integration
Challenge: Reimagining Urban Spaces for Sustainability
Description: Designing smart and sustainable buildings that optimize energy use, reduce emissions, and enhance the quality of urban living. These buildings incorporate IoT, AI, and renewable energy systems to achieve environmental and operational excellence. Examples are:
- Smart energy management systems (e.g., HVAC, lighting)
- IoT-enabled predictive maintenance for building infrastructure
- Integration of renewable energy sources and energy storage systems


Technologies: Advanced environmental remediation technologies; Soil and groundwater decontamination systems; Circular economy technologies
Applications: Environmental pollution control; Ecosystem restoration; Sustainable environmental recovery; Circular approaches for waste management
Challenge: Innovative Systems for Environmental Remediation
Description: solutions proposing circular innovations in environmental services, focusing on technologies that enable sustainable and circular economy business models. The challenge emphasizes innovative systems for environmental remediation to address pollution, restore ecosystems, and deliver scalable, impactful solutions for a sustainable future.


Technologies: Robotics; AI; Autonomous Systems
Applications: Aerospace Manufacturing; Space Exploration; Maintenance and Repair; Aerospace Efficiency; Circular Economy in Aerospace
Challenge: Robotic Innovations for Aerospace Solutions
Description: solutions projects proposing advanced robotics innovations in the aerospace sector, focusing on technologies that enhance efficiency, sustainability, and circular economy principles. The challenge seeks scalable and impactful solutions leveraging robotics for manufacturing, maintenance, exploration, and other aerospace applications.


Technologies: AI;IoT;Blockchain;Advanced Water Treatment Systems;Groundwater Remediation Technologies
Applications: AI for Water Quality Monitoring;IoT for Smart Water Networks;Blockchain for Water Resource Management;Advanced Treatment Systems for Wastewater Reuse;Groundwater Remediation for Industrial Sites
Challenge: Innovative Solutions for Water Treatment
Description: solutions  that propose circular innovations in environmental services, with a focus on technologies enabling sustainable and circular economy business models. The goal is to advance innovative systems for treating wastewater and polluted groundwater, addressing critical challenges in water management through scalable and impactful solutions.


Technologies: AI;Robotics;Image Processing;Machine Learning
Applications: AI-powered waste sorting systems;Robotic arms for precise disassembly;Image recognition for component identification;Machine learning algorithms for material classification
Challenge: Circular Recovery for Electronics&Photovoltaics
Description: innovative technologies to recover and recycle components from electronic devices and photovoltaic panels, emphasizing sustainability and circular economy principles. Proposals should introduce efficient processes to minimize waste, extract valuable materials, and support scalable business models for a greener, resource-conscious future.


Technologies: Green hydrogen production;Biomethane production;Energy storage;Renewable energy generation
Applications: Hydrogen production technologies for sustainable energy;Biomethane utilization in energy systems;Storage solutions for green energy carriers;Innovative cycles to generate renewable power
Challenge: Sustainable Hydrogen and Biomethane Innovations
Description: solutions proposing circular innovations in environmental services, focusing on technologies that enable sustainable and circular economy business models. The challenge targets the production, storage, and distribution of green hydrogen and biomethane, including new production cycles, to drive impactful and scalable energy solutions.


Technologies: Sludge densification;Co-combustion;Recovery technologies;Capture and decomposition technologies
Applications: Sludge management;Resource recovery;Pollutant treatment;Phosphorus, ammonia, and material recovery from sludge;PFAS capture and decomposition
Challenge: Circular Solutions for Water Sustainability
Description: circular innovations in environmental services, specifically focusing on technologies that enable sustainable and circular economy business models. The goal is to address water-related challenges, such as sludge management, resource recovery, and pollutant treatment, while advancing innovative and scalable solutions.


Technologies: Carbon Capture and Storage;CO₂ Utilization;Circular Economy Technologies;Carbon Recycling
Applications: Carbon Capture for Industrial Processes;CO₂ Conversion into Chemicals and Fuels;Circular Systems for Waste Management;Sustainable Greenhouse Gas Reduction
Challenge: Circular Innovations for Carbon Management
Description: solutions proposing circular innovations in environmental services, focusing on technologies that enable sustainable and circular economy business models. The challenge emphasizes carbon capture, storage, and reuse, aiming to advance innovative and scalable solutions for reducing carbon emissions and transforming CO₂ into valuable resources.


Technologies: Advanced combustion systems; Low-emission energy generation; Clean fuel combustion processes; Hybrid fuel technology
Applications: Methane-hydrogen enriched combustion; Sustainable energy production; Circular economy models for energy sector; Reduced emissions in energy generation
Challenge: Sustainable Methane-Hydrogen Combustion Innovations
Description: solutions proposing circular innovations in environmental services, focusing on technologies that enable sustainable and circular economy business models. This challenge targets advanced combustion systems for methane-hydrogen enriched mixtures, aiming to drive scalable, impactful energy solutions with reduced emissions and enhanced efficiency.


Technologies: AI;IoT;Blockchain;Advanced Materials;Biotechnology
Applications: AI for Material Classification and Sorting; IoT for Process Optimization; Blockchain for Traceability and Supply Chain Management; Advanced Materials for Sustainable Packaging; Biotechnology for Biomass Conversion
Challenge: Innovative Biomass Material Recovery Solutions
Description: solutions proposing circular innovations in environmental services, focusing on technologies that enable sustainable and circular economy business models. The challenge centers on recovering secondary raw materials from biomass, aiming to advance scalable, impactful solutions for resource efficiency and waste reduction.


Technologies: AI;Digital Technologies;Smart Systems;Data-driven Analytics;Predictive Analytics
Applications: AI for Environmental Monitoring;Digital Tools for Circular Economy;Smart Resource Management;Data-driven Sustainability Systems;Predictive Analytics for Waste Management
Challenge: AI-Driven Environmental Sustainability Innovations
Description: innovative solutions integrating AI and digital technologies to tackle environmental challenges. Proposals should focus on sustainability and circular economy principles, leveraging smart systems and data-driven approaches to optimize resource use, minimize waste, and create impactful, scalable business models for a greener future.


Technologies: Waste-to-Resource Conversion;Sustainable Materials;Cross-Sector Integration
Applications: Plastic Waste Recycling;Composite Material Repurposing;Circular Manufacturing;Cross-Industry Collaboration for Waste Management
Challenge: Upcycling Plastic and Composite Waste
Description: innovative solutions to recover and repurpose plastic and composite material waste from industrial processes. Proposals should integrate sustainability and circular economy principles, enabling scalable solutions for transforming processing residues into valuable resources, reducing environmental impact, and fostering cross-sectoral innovation.


Technologies: Chemical extraction;Purification processes;Waste recycling
Applications: Recovery of chemicals from combustion by-products;Fly ash valorization;Sustainable industrial waste management;Resource recovery from thermal processes
Challenge: Chemical Recovery from Combustion Residues
Description: solutions proposing circular innovations in environmental services, focusing on technologies that enable sustainable and circular economy business models. This challenge emphasizes chemical recovery from combustion residues and fly ashes, targeting scalable, innovative solutions for waste valorization and resource efficiency.


Technologies: AI;Digitalization;Data Analytics;Smart Systems
Applications: Carbon Footprint Monitoring;Environmental Process Digitalization;Sustainability Tracking;Resource Optimization;Circular Economy Solutions
Challenge: Digitalization for Environmental Impact Monitoring
Description: innovative solutions leveraging digitalization to enhance environmental process efficiency and monitoring. Proposals should focus on scalable, data-driven solutions like carbon footprint tracking and sustainability management systems, aligning with circular economy principles and enabling impactful business models for a sustainable future.


Technologies: AI;Digital Platforms;Smart Tools;Data-driven Solutions
Applications: AI-driven Energy Management;Digital Platform for Carbon Credit Trading;Smart Carbon Trading Optimization;Data-driven Resource Efficiency
Challenge: Innovative Systems for ETS Management
Description: cutting-edge solutions utilizing AI and digital tools to optimize ETS credit management and energy use. Proposals should focus on scalability and innovation, enabling smarter decision-making and improved resource efficiency while aligning with circular economy and sustainability principles for impactful environmental advancements.


Technologies: AI;Automation
Applications: Automated manufacturing systems;Smart maintenance and diagnostics;AI-powered operations;Autonomous space exploration;Circular economy processes
Challenge: Automation Innovations for Aerospace Efficiency
Description: solutions proposing advanced automation technologies in the aerospace sector, focusing on solutions that enhance efficiency, sustainability, and circular economy principles. This challenge targets scalable and impactful automation systems for manufacturing, operations, and maintenance in aerospace applications.


Technologies: Advanced Propulsion;Sustainable Propulsion;Green Fuel;Hybrid and Electric Propulsion;Thrust Efficiency Innovations
Applications: Aerospace Propulsion Systems;Sustainable Aerospace Travel;Green Fuel for Aircraft;Electric and Hybrid Aircraft Engines;Improved Thrust for Spacecraft
Challenge: Innovative Propulsion Systems for Aerospace
Description: solutions proposing advanced propulsion technologies in the aerospace sector, focusing on solutions that enhance efficiency, sustainability, and circular economy principles. The challenge seeks scalable and impactful propulsion innovations for aerospace applications, from cleaner fuels to next-generation propulsion systems.


Technologies: Advanced telecommunications networks; Satellite technologies; AI; Machine Learning; IoT; Renewable energy
Applications: 5G/6G and beyond networks; Space-based systems; AI and ML for aerospace; IoT integration in space and telecommunications; Renewable energy for aerospace power
Challenge: Innovating Aerospace and Telecommunications
Description: innovative solutions that enhance connectivity, enable sustainable space exploration, optimize communication systems, or advance aerospace technologies to revolutionize the aerospace, space, and telecommunications industries. Participants are encouraged to propose groundbreaking ideas that push the boundaries of innovation.


Technologies: Small satellite;CubeSat;Advanced propulsion;Imaging and sensing;AI;Energy-efficient power systems
Applications: Satellite communications;Earth observation;Navigation;Defense;Climate monitoring;Security;Enhanced data analysis;Aerospace industry
Challenge: Reimagining Satellite Innovations
Description: cutting-edge technologies that can improve satellite capabilities for communications, Earth observation, navigation, and defense. We seek to transform satellite technologies, improve its efficiency, functionality, and sustainability. From compact satellite designs to AI-enhanced data analysis and advanced propulsion, the goal is to redefine how satellites serve industries such as communications, climate monitoring, and security.


Technologies: Composite Materials; High-Temperature Alloys; Nanotechnology; Smart Materials
Applications: Lightweight and durable aircraft components; High-performance heat-resistant engine parts; Adaptive materials for structural health monitoring; Sustainable and recyclable aerospace structures; Nanomaterials for enhanced material properties
Challenge: Revolutionizing Aerospace with Special Materials
Description: material science innovations, targeting special materials to improve aerospace performance and sustainability. Lightweight composites, high-temperature alloys, and nanotechnology are key focus areas to enhance durability, adaptability, and environmental responsibility in aerospace systems.


Technologies: AI;Renewable Energy;Structural Health Monitoring
Applications: AI-driven aerostructure optimization;Renewable energy integration for sustainable flight;Real-time structural health monitoring for aircraft
Challenge: Innovating Aerostructures for the Future
Description: innovations in aerostructures, encouraging solutions that enhance their design, manufacturing, and performance. From modular and lightweight designs to AI optimization and renewable energy integration, participants are invited to shape the future of aerospace with efficient, sustainable aerostructure technologies.


Technologies: Drones;IoT;Sensors;AI;Automation;Robotics
Applications: Precision Agriculture;Crop Management;Soil and Water Monitoring;Vertical Farming;Indoor Farming
Challenge: Smart Solutions for Agriculture
Description: groundbreaking innovations in agriculture and farming, focusing on  technologies that enhance productivity, optimize resource use, and promote sustainability. From precision farming with IoT devices to automated crop management systems, the goal is to revolutionize traditional agricultural practices to meet the challenges of a growing global population.


Technologies: Digital tools;Biotechnology;Resource-efficient systems;AI;IoT;Biomaterials
Applications: Digital solutions for process dematerialization;Biomaterials for product sustainability;AI-driven waste reduction;IoT-enabled resource reuse;Biotechnology for sustainable industry practices
Challenge: Advancing Circular Economy Solutions
Description: solutions focus on leveraging digital tools, biotechnology, and resource-efficient systems to promote circular economy principles and bioeconomy growth. Participants are invited to design solutions that reduce waste, utilize innovative biomaterials, or enhance bioenergy production, driving sustainability in industries while addressing environmental challenges.


Technologies: AI;IoT;Biodegradable materials
Applications: AI for food loss prediction and prevention;IoT for waste tracking and reduction;Biodegradable packaging for sustainable agrifood practices
Challenge: Innovations in Agrifood Waste Management
Description: solutions that address agrifood waste challenges through innovative technologies and sustainable practices. Participants are encouraged to propose solutions that reduce waste, optimize resource usage, and repurpose by-products into valuable inputs, fostering a circular economy in the agrifood sector.


Technologies: AI;Data Analytics;Machine Learning;Industrial IoT;Digital Twins
Applications: Predictive Maintenance;Real-time Analytics;Supply Chain Optimization;Data Integration;Process Simulation
Challenge: Revolutionizing Industry 4.0 with AI
Description: how can analytics and AI technologies reshape Industry 4.0 to enable smarter, more efficient, and sustainable industrial processes. Propose solutions that utilize advanced data analysis and machine learning to transform manufacturing and industrial operations. The goal is to improve efficiency, reduce downtime, and enable data-driven decision-making for smarter industries.


Technologies: Advanced Robotics;Micromechanics;Digital Twins
Applications: Robotics for Aerospace Manufacturing;Micromechanics for Spacecraft and Satellite Systems;Digital Twins for Precision Engineering and Automation
Challenge: Advancing Precision Mechanics in Aerospace
Description: innovations in precision mechanics to advance aerospace components and systems. From manufacturing techniques to micromechanics and digital twins, the focus is on improving accuracy, efficiency, and reliability for next-generation aerospace technologies. Solutions that reduce costs while increasing performance are highly encouraged.


Technologies: Blockchain; Real-time monitoring; AI; Predictive analytics; Cybersecurity
Applications: Blockchain for food supply chain traceability; Real-time monitoring for food spoilage detection; AI-powered risk assessment in agriculture; Predictive analytics for pest control; Cybersecurity for agrifood data protection
Challenge: Ensuring Safety in Agrifood Systems
Description: innovations that safeguard the agrifood ecosystem through advanced technologies that enhance safety, transparency, and resilience. Participants are encouraged to develop solutions that prevent contamination, ensure supply chain integrity, and protect critical agrifood infrastructure from emerging risks.


Technologies: Digital Platforms; Apps; AI; VR/AR; Data Visualization
Applications: Marketplace platforms for farmers; User-friendly food delivery apps; AI-based personalized nutrition recommendations; VR/AR educational tools for agriculture; Data insights for farming practices
Challenge: Redefining Agrifood User Experiences
Description: innovations that transform the user experience in agrifood by making processes, products, and services more accessible and engaging. From digital platforms that connect farmers with markets to AI systems that promote personalized nutrition, participants are encouraged to reimagine how stakeholders interact with the agrifood system.


Technologies: Augmented Reality (AR); Virtual Reality (VR); Voice Recognition; Natural Language Processing; Wearable Devices; Gesture-based Interaction; Artificial Intelligence (AI)
Applications: AR/VR for training and industrial operations; Voice and NLP interfaces for human-machine communication; Wearables for connectivity and data exchange; Gesture control for intuitive machine interaction; AI-driven adaptive interfaces for user-friendly industrial systems
Challenge: Enhancing Human-Machine Interaction
Description: innovative solutions to create seamless, intuitive, and effective human-machine interactions. This challenge aims to advance human-machine interaction in Industry 4.0 by leveraging cutting-edge digital technologies. Propose solutions that enhance usability, safety, and efficiency in industrial environments through intuitive interfaces, AR/VR, and adaptive systems, ensuring a productive collaboration between humans and machines.


Technologies: AI;Blockchain
Applications: AI for Digital Asset Management;Blockchain for Digital Security
Challenge: Scaling AI in Digital Assets
Description: IBM invites AI companies focused on digital assets to explore innovative solutions for scaling and securing their technologies. Showcase how your advancements can revolutionize the digital asset ecosystem.


Technologies: AI;Cloud Computing;Data Analytics
Applications: AI-powered energy optimization;Cloud-based resource management;Data-driven environmental impact analysis
Challenge: Sustainability in Software
Description: Intel seeks enterprise software innovations focused on sustainability. Showcase solutions that optimize resource usage, reduce environmental impact, and contribute to a greener digital future.


Technologies: AI;Blockchain;Data Analytics
Applications: AI for consumer behavior analysis;Blockchain for food traceability;Data Analytics for circular economy initiatives
Challenge: Sustainable Food for Everyday Living
Description: INGKA Group (IKEA) invites innovators in sustainable food to help transform retail, reduce climate impact, and positively impact society. We seek technologies, capabilities, and services that address evolving consumer behaviors, advance circularity, and support climate-positive goals. Join us in reshaping the future of food and driving sustainable change for better everyday living.


Technologies: AI
Applications: AI for business operations; AI for innovation
Challenge: Applied AI at Scale
Description: Join IBM to scale and secure applied AI solutions across industries. Present your groundbreaking AI technologies that drive tangible impacts, foster innovation, and transform business operations.


Technologies: SaaS;Cloud Computing;Enterprise Software
Applications: Software-as-a-service for Digital Transformation;Cloud-based Enterprise Solutions;Business Productivity Tools
Challenge: SaaS Innovation
Description: Join Huawei Spark Program to revolutionize digital transformation with SaaS solutions. APAC startups are invited to present scalable and transformative software-as-a-service innovations for a dynamic, connected future.


Technologies: AI;Cloud Computing;Data Analytics
Applications: AI-powered Tutoring Systems;Cloud-based Learning Platforms;Data-driven Personalized Education
Challenge: Education Innovation
Description: Join Huawei Spark Program to transform education through digital solutions. APAC startups are invited to innovate with EdTech tools, enabling smarter, more accessible learning for a digital future.


Technologies: AI;Blockchain
Applications: AI for Healthcare;Blockchain for Data Security
Challenge: AI-Driven Health Tech Innovation
Description: IBM seeks AI health tech companies to scale and secure their solutions. Share your innovations aimed at improving patient outcomes, streamlining healthcare processes, and enhancing the overall health tech ecosystem.


Technologies: Electrification;Sustainable Fuels;Circular Resource Innovations
Applications: Electric Vehicles (EVs) and Charging Infrastructure;Biofuels and Hydrogen for Transportation;Recycling and Reuse of Automotive Materials
Challenge: Green Mobility Revolution
Description: Collaborate with Honda to achieve carbon neutrality and zero fatalities in land, air, sea, and space mobility by 2050. Focus on cutting-edge solutions in electrification, sustainable fuels, and circular resource innovations to redefine transportation for a sustainable and safe future across all mobility platforms.


Technologies: AI;IoT;5G;Cloud Computing
Applications: AI for Network Optimization;IoT for Smart Cities;5G for Enhanced Connectivity;Cloud-based Digital Solutions
Challenge: Internet Solutions
Description: Huawei Spark Program seeks APAC startups to redefine internet-based solutions. Showcase innovative technologies that enhance digital solutions, optimize networks, and drive global connectivity.


Technologies: Robotics; AI; Telepresence Systems; Automated Transport
Applications: Robotics for Eco-Friendly Transportation; AI-driven Mobility Solutions; Telepresence for Remote Operations; Automated and Sustainable Transport Systems
Challenge: Robotics for Sustainable Mobility
Description: Honda invites innovators to contribute to carbon-neutral mobility solutions through robotics. Focus on telepresence, automated transport, and AI-driven systems to support Honda’s mission of achieving zero fatalities and sustainability in mobility by 2050. Shape the future of intelligent, eco-friendly transportation across diverse environments.


Technologies: Energy Innovations; Electrification; Fuel Technologies
Applications: Sustainable Energy Sources; Electric Vehicles; Alternative Fuels
Challenge: Carbon Neutral Mobility
Description: Honda Xcelerator seeks innovative solutions to achieve carbon neutrality by 2050. Focus areas include energy innovations, electrification, new fuel technologies, and resource circulation to create a sustainable and safe future for mobility. Join us in revolutionizing transportation to meet these ambitious goals.


Technologies: AI;IoT;Robotics;Blockchain;Sustainable Materials
Applications: AI for Process Optimization;IoT for Real-time Monitoring and Control;Robotics for Automated Assembly;Blockchain for Traceability and Transparency;Sustainable Materials for Eco-friendly Manufacturing
Challenge: Sustainable Manufacturing Challenge
Description: Help Honda revolutionize manufacturing by driving efficiency, quality, optimization, and safety while supporting the mission to achieve carbon neutrality and zero fatalities by 2050. Innovate with sustainable processes and advanced technologies to redefine mobility production for a greener, safer future.


Technologies: AI;ML
Applications: AI for Digital Transformation;ML for Industry Enhancement
Challenge: AI/ML Solutions
Description: Huawei Spark Program seeks growth-stage startups in APAC with innovative AI/ML solutions to drive digital transformation. Showcase how your AI/ML advancements can enhance industries and reshape the future of technology.


Technologies: AI;Data Analytics
Applications: AI for Decision Support;Data-driven Business Intelligence
Challenge: AI & Data Innovation
Description: Intel seeks enterprise software solutions leveraging AI and data to drive smarter decision-making and transformative business outcomes. Help shape the future of intelligent systems and enterprise advancements.


Technologies: 5G;Smart Connectivity;Advanced Networks
Applications: 5G for Telecommunications;Smart Connectivity for Network Optimization;Advanced Networks for High-Speed Data Transfer
Challenge: 5G Transformation
Description: Huawei Spark Program invites APAC startups to advance digital transformation through groundbreaking 5G technologies. Enable smarter connectivity, faster networks, and innovative applications that define the 5G era.


Technologies: Edge Computing; Cloud Computing; Data Processing
Applications: Edge Computing for Real-time Data Analysis; Cloud-Edge Hybrid Architecture; Data Processing for Distributed Systems
Challenge: Edge Computing
Description: Huawei Spark Program calls for APAC startups in edge computing to revolutionize digital transformation. Present solutions that enhance efficiency, reduce latency, and bring computing closer to where data is generated.


Technologies: Big Data;Analytics;AI
Applications: Big Data for Business Intelligence;Analytics for Decision Making;AI for Data Processing
Challenge: Data & Analytics
Description: Drive innovation in data and analytics with Huawei Spark Program. APAC startups are invited to showcase technologies that transform big data into actionable insights and power intelligent decision-making.


Technologies: AI;Blockchain;Cloud Computing;Data Analytics
Applications: AI-powered customer service;Blockchain for secure transactions;Cloud-based banking platforms;Data-driven financial insights
Challenge: BFSI Digital
Description: Huawei Spark Program invites APAC startups to accelerate digital transformation in the BFSI sector. Present innovative financial technologies that enhance customer experiences and redefine financial services.


Technologies: AI;AR/VR;Cloud Computing;Computer Vision;Data Analytics
Applications: AI-powered Gaming Experiences;AR/VR Entertainment;Cloud-based Game Streaming;Computer Vision for Motion Capture;Data-driven User Behavior Analysis
Challenge: Media & Gaming
Description: Huawei Spark Program seeks APAC startups to revolutionize media and gaming. Present cutting-edge solutions that enhance user engagement, drive creativity, and redefine entertainment experiences.


Technologies: AI;IoT;Blockchain;Data Analytics
Applications: AI for Traffic Management;IoT for Vehicle Tracking;Blockchain for Logistics Management;Data Analytics for Route Optimization
Challenge: Smart Transport
Description: Huawei Spark Program calls for APAC startups to drive innovation in transport through digital solutions. Showcase advancements that optimize connectivity, safety, and efficiency in transportation systems.


Technologies: AI;Blockchain;Security
Applications: AI for Financial Services;Blockchain for Fintech Security;AI-driven Innovation in Fintech
Challenge: AI for Fintech Growth
Description: Partner with IBM to scale and secure AI solutions for fintech. Present your technologies designed to transform financial services, enhance security, and drive innovation in the fintech sector.


Technologies: AI;Blockchain;IoT
Applications: AI for financial services and customer experience;Blockchain for secure transactions and data management;IoT for omnichannel retail and consumer behavior analytics
Challenge: Better Everyday Living Financial Innovation
Description: INGKA Group (IKEA) seeks innovative solutions in financial services and beyond to transform retail, reduce climate impact, and positively impact society. Join us in developing technologies, capabilities, and services to support our omnichannel transformation, meet evolving consumer behaviors, and achieve circular and climate-positive goals. Let’s accelerate meaningful change together.


Technologies: AI;Machine Learning;Cloud Computing
Applications: AI-powered cloud management;Machine Learning for resource optimization;Cloud-based data analytics
Challenge: Shaping the Future of Cloud
Description: Intel calls for cutting-edge solutions to shape the future of cloud computing. Develop and present technologies that redefine scalability, efficiency, and innovation in cloud infrastructures.


Technologies: AI;IoT;Blockchain;Sustainable Technologies
Applications: AI-powered Personalized Shopping Assistants;Smart Home Automation;Blockchain-based Product Traceability;Sustainable Home Solutions
Challenge: Transforming Life at Home Services
Description: INGKA Group (IKEA) seeks innovative solutions in life-at-home-related services to transform retail, reduce climate impact, and enhance daily living. We are looking for technologies, capabilities, and services that address evolving consumer needs, drive circularity, and support climate-positive goals. Help us redefine home living experiences while creating a sustainable and impactful future.


Technologies: AI;IoT;Blockchain;Robotics;Automation
Applications: Waste Management Systems; Smart Recycling Bins; Sustainable Supply Chain Tracking; Automated Sorting and Processing; Circular Product Design
Challenge: Circular Economy Solutions
Description: INGKA Group (IKEA) seeks innovators developing technologies or capacities to prevent waste and supply recycled materials. Help us build smarter solutions and infrastructure to bring circularity to everyday life. We invest in long-term innovations that transform waste into opportunities, shaping a sustainable future for generations to come. Let's redefine the product lifecycle together.


Technologies: AI;Machine Learning;Blockchain;Encryption
Applications: AI-powered Threat Detection;ML-based Anomaly Detection;Blockchain for Secure Data Sharing;End-to-end Encryption for Communication
Challenge: Cybersecurity for Enterprises
Description: Intel invites innovative cybersecurity solutions to enhance enterprise software resilience. Showcase technologies that protect against evolving threats and ensure secure and reliable operations at scale.


Technologies: Quantum Computing; High-Performance Computing; Parallel Processing
Applications: Quantum-inspired Optimization Algorithms; Quantum Machine Learning; Quantum Cryptography for Secure Communication
Challenge: Quantum Computing Breakthroughs
Description: Partner with Intel to accelerate quantum computing innovations in enterprise software. Present your solutions that advance computational power and redefine possibilities in complex problem-solving.


Technologies: AI;Predictive Modeling;Mobile App Development
Applications: AI for Personalized Healthcare;Predictive Modeling for Health Outcomes;Mobile Apps for Health Tracking and Sharing
Challenge: Transforming Digital Health
Description: Humana seeks innovative digital health solutions to personalize and streamline patient engagement. Leverage AI and predictive modeling to enhance healthcare experiences. Present a user-friendly app to capture and share personal health journeys, improving accessibility and empowering patients in their wellness journey.


Technologies: Generative AI;Voice Recognition
Applications: AI-powered Field Data Collection;Voice Assistants for Real-time Data Entry
Challenge: Generative AI Field assistant
Description: We need a solution that automates observation collection, eliminating manual tasks, and integrates Generative AI voice assistants for field operators. It should enable real-time data entry via voice input into asset management systems. Leveraging Generative AI, it must provide intelligent, contextual, and personalized data retrieval, overcoming search limitations and ensuring data is accessible, comprehensible, and actionable.


Technologies: AI;Robotics;Automation;Digital Twins;Unmanned Systems
Applications: AI for Heavy Industries;Robotics in Shipbuilding;Digital Twins for Ports;Unmanned Systems for Infrastructure Protection;Automation for Autonomous Ships
Challenge: Korean Innovation Ecosystem
Description: We are interested in learning more about cutting-edge advancements in South Korea across several key areas:
- Advanced automation and robotics in shipbuilding, autonomous ships
- Digital ports and digital twins
- AI applications in heavy industries
- Alternative fuels (hydrogen, ammonia, electric engines)
- Maritime battery innovations
- Unmanned systems for complex operations, infrastructure protection
- Defense and dual-use technologies


Technologies: AI;Data Analytics;Computer Vision
Applications: AI for Intervention Planning;Data Analytics for Equipment Management;Computer Vision for Activity Recognition
Challenge: generation of intervention plans
Description: The objective is to have a tool available for suggesting and pre-filling the Intervention Plan done by the Health and Safety supervisor based on certain input data, such as the type of activity and the tools required to carry it out.
The solution must also perform calculations to correctly size the forces involved during the activities and suggest the most appropriate equipment required.


Technologies: AI;Computer Vision;Natural Language Processing;Data Analytics
Applications: AI for Anomaly Detection;Computer Vision for Object Detection;NLP for Transcription;Data Analytics for Network Monitoring
Challenge: Generative AI Anomaly detection
Description: solution to detect anomalies on network components through advanced techniques, including leveraging historical data for training Generative AI models. The solution needs to gather information directly from the field, including automatic object and anomaly detection from photos and videos, as well as audio records transcription into structured reports or databases, thus transforming unstructured data into useful and easily searchable information.


Technologies: AI;Natural Language Processing;Chatbots
Applications: AI for Information Retrieval;NLP for Data Summarization;Intelligent Chatbots for Enterprise
Challenge: NLP for Data Summarization
Description: Generative AI-based solutions to automate the synthesis and response to procedural and organizational business queries. These solutions must analyze both structured data (e.g., relational databases) and unstructured data (e.g., document management systems). The goal is to enhance enterprise information management, enabling employees to ask or write in natural language and quickly retrieve relevant information via intelligent chatbots.


Technologies: AI;GenAI;Blockchain;Cybersecurity
Applications: AI for cybersecurity;GenAI for data protection;Blockchain for compliance;Cybersecurity for AI systems
Challenge: Securing AI & GenAI Systems
Description: We are looking for companies with innovative solutions to secure AI and GenAI systems, protect data, ensure compliance, and defend against AI-driven cyber threats. AI is both a tool and a target in cybersecurity. Our company must maximize AI’s benefits while minimizing risks, ensuring our AI-powered systems are secure, trustworthy, and legally compliant.