Technologies: AI;Blockchain;IoT
Applications: AI for Healthcare Delivery;Blockchain for Secure Health Data Management;IoT for Remote Patient Monitoring
Challenge: Disruptive Technology in Health Care
Description: We are seeking transformative technologies that address unmet needs across the healthcare ecosystem. This challenge invites solutions that fill critical gaps and offer fresh, disruptive approaches to persistent health care issues. The focus is on bold innovations that empower stakeholders and redefine what’s possible in healthcare delivery and access.


Technologies: AI;Blockchain;Renewable Energy;Bioenergy
Applications: AI for EV Charging Station Optimization;Blockchain for Energy Trading;Renewable Energy Integration;Bioenergy Production and Distribution
Challenge: Growth in Green Energy
Description: We’re looking for innovative solutions to accelerate BP’s growth in EV charging, renewables, bioenergy, convenience, and hydrogen. Whether through breakthrough technologies or next-gen improvements, your ideas should support BP’s near-term business goals while paving the way for long-term sustainability and energy transition.


Technologies: AI;Network Automation;Machine Learning;Robotic Process Automation
Applications: AI-powered Network Analytics;Automated Network Configuration;ML-based Traffic Prediction;RPA for Network Provisioning
Challenge: Smarter 5G Network Management Solutions
Description: Develop an innovative solution to enhance the management, orchestration, and automation of 5G networks. Focus on technologies that streamline network operations, improve efficiency, and adapt to dynamic demands.


Technologies: AI;Data Analytics;Wearable Technology;Telehealth
Applications: AI-powered Personalized Health Assistants;Data-driven Health Insights;Wearable Devices for Continuous Monitoring;Telemedicine Platforms for Remote Care
Challenge: Whole person care
Description: We are looking for innovative solutions that approach health holistically, addressing the interconnected physical, behavioral, psychological, and social factors that impact well-being. Ideal solutions will integrate these dimensions to create a more comprehensive and compassionate model of care, promoting true whole person health.


Technologies: AI;IoT;Blockchain;Sustainable Technologies
Applications: AI for Sustainable Agriculture;IoT for Smart Farming;Blockchain for Food Traceability;Sustainable Practices in Food Production
Challenge: Food & Agritech
Description: The Bank of Montreal’s $350M Impact Investment Fund (IIF) invites pioneering companies in food and agritech with technologies that promote sustainable practices, reduce environmental impact, or enhance resource efficiency. Ideal candidates are in late VC, growth, or PE stages, based in North America (or with European reach).


Technologies: AI;Blockchain;Renewable Energy;Carbon Capture
Applications: AI for emissions monitoring and prediction;Blockchain for carbon credit trading;Renewable energy integration;Carbon capture and storage systems
Challenge: BP’s Net Zero Future
Description: We seek groundbreaking solutions to support BP’s journey to net zero by 2050, focusing on technologies that help reduce emissions, enhance operational sustainability, or restore natural ecosystems. Ideal innovations will aid BP in advancing its sustainability goals while promoting global carbon reduction and environmental stewardship.


Technologies: AI;Blockchain;Data Analytics;User Experience Design
Applications: AI-powered Virtual Health Assistants;Blockchain for Secure Health Data Sharing;Data Analytics for Personalized Health Insights;User-centric Digital Health Platforms
Challenge: Consumer-centric health
Description: We seek groundbreaking solutions that simplify healthcare and put patients at the center. Ideal innovations will enable individuals to access personalized, intuitive care with ease, enhancing their experience and engagement. The goal is to create seamless, patient-focused healthcare solutions that make navigating health services effortless and empowering.


Technologies: AI;Voice Recognition;AR;Gamification;Geolocation;Natural Language Processing;Avatars;Biometrics;Web3;Neurotechnology
Applications: AI-driven customer assistants;Voice-based product search;AR try-on experiences;Gamified loyalty programs;Location-based offers;AI content creation for support;Avatar-based customer service;Emotion analysis for feedback;Web3 community engagement;Neurotech for personalized recommendations
Challenge: New era of Customer Experience
Description: Startups and scaleups to enhance customer experience.
Focus Areas:
- Personalization: AI-driven assistants, product recommendations, voice recognition, AR for try-before-buy, gamified loyalty, geolocation.
- Omnichannel: Unified platforms, AI content generation, avatars for service, behavioral data for insights.
- Empathy: Phygital experience, emotional biometrics, Web3 virtual spaces, neurotech for preferences.


Technologies: AI;Secure Communication;Virtual Reality;Productivity Software;Real-Time Translation
Applications: AI-powered Collaboration Tools;Secure Hybrid Work Communication;Immersive Virtual Meetings;Remote Team Management;Real-Time Language Interpretation for Global Teams
Challenge: Innovating Hybrid Collaboration
Description: groundbreaking solutions that transform how people collaborate in a hybrid work environment. As boundaries dissolve, we seek technologies that enable secure, seamless, and real-time communication powered by AI. Startups pushing the limits of innovation in collaboration tools, ensuring effortless and inclusive work experiences for employees and customers alike, will define the future of work.


Technologies: Silicon;Optics;Networking
Applications: Bare Metal Silicon Designs;Optical Networking;Integrated Systems;High-Performance Chips;Scalable Technologies for Telecommunications;Mobile Connectivity;Robotics and Drones
Challenge: Innovating Silicon and Optics
Description: transformative silicon and optics technologies that power next-generation networking. As market demands evolve, we seek innovators with a passion for solving key customer challenges—from bare metal silicon designs to fully integrated systems. Startups developing advanced solutions in this space will help shape the future of networking, enabling seamless connectivity and industry leadership.


Technologies: Agile Networking; Automation; Cloud Computing; Decentralized Systems; Network Management
Applications: Enterprise Network Automation; Unified Network Management for Data Centers; Cloud-based Networking Services; Scalable Solutions for Distributed Enterprises; Simplified Network Consumption Models
Challenge: Agile Networking Solutions
Description: transformative enterprise networking solutions that enable seamless, decentralized architectures across data centers, campuses, and clouds. We seek startups developing agile, automated, and outcomes-driven technologies that simplify consumption and enhance the network experience. Visionary solutions that unify enterprise silos and processes will shape the future of networking for modern enterprises.


Technologies: IoT;Data Analytics;Automation;OT Asset Management
Applications: IoT for Operational Efficiency;Data-Driven Analytics in Industrial Operations;Human-Machine Collaboration;Resilient Asset Management in Industrial Settings;IoT for Site and Process Optimization
Challenge: Empowering IoT for Business
Description: IoT solutions that connect, analyze, and automate operational technology while enhancing human productivity. As IoT evolves, leveraging operations data to improve efficiency, resiliency, and productivity is paramount. We seek innovators developing IoT technologies focused on critical business needs, enabling seamless integration of assets, processes, and human collaboration to drive impactful results


Technologies: Carbon Capture and Storage;Methane Emission Reduction;Renewable Energy Integration;Energy Efficiency Optimization;Sustainable Production Processes
Applications: Carbon Capture for Industrial Processes;Methane Leak Detection and Repair;Renewable Power Generation for Oil & Gas Sites;Process Optimization in Refineries;Sustainable Oil Extraction Methods
Challenge: Advancing Lower-Carbon Energy
Description: innovative lower-carbon technologies that transform the oil and gas industry. As the world transitions toward cleaner energy, we seek startups developing scalable solutions to reduce emissions, improve efficiency, and support sustainability goals. Technologies that address carbon capture, renewable integration, and cleaner production processes will lead the way in shaping the future of energy.


Technologies: Cloud Computing;Networking;Automation;Hybrid Cloud;Multi-Cloud
Applications: Data Center Networking;Seamless Hybrid Cloud Connectivity;Automated Network Management;Application Performance Optimization;Granular Control and Visibility
Challenge: Revolutionizing Cloud Networking
Description: innovative data center networking solutions that connect data, users, and applications seamlessly across hybrid and multi-cloud environments. We seek startups developing operating models that ensure homogenous experiences in heterogeneous environments, with automated workflows and granular control. Ideal solutions will enable modern hybrid enterprises to achieve seamless connectivity and robust application performance.


Technologies: Microservices;Containers;Cloud-Native Security;Full-Stack Observability;Edge Computing;Data Science;Hybrid Work
Applications: Cloud-Native Security Solutions;Full-Stack Observability Tools;Edge Computing Infrastructure;Data Science Platforms;Hybrid Work Collaboration
Challenge: Shaping Enterprise Innovation
Description: disruptive technologies that enable the evolution of the modern enterprise. Startups innovating in areas like microservices, containers, cloud-native security, full-stack observability, edge computing, data science, and hybrid work are driving this transformation. We seek passionate teams developing mission-critical solutions to revolutionize how enterprises operate and empower their growth in a dynamic, interconnected world.


Technologies: Full-Stack Observability;Automation;Multi-Cloud Management;Hybrid Infrastructure;Advanced Monitoring
Applications: Full-Stack Observability for Complex Infrastructure;Automated IT Operations for Efficiency;Multi-Cloud Management for Hybrid Environments;Scalable Hybrid Infrastructure Deployment;Advanced Monitoring and Alerting Systems for Planet-Scale Operations
Challenge: Observability and Automation Solutions
Description: innovative IT operations solutions that enhance observability, management, and automation for any infrastructure. As enterprises transition to multi- and hybrid-cloud environments, tools that simplify and optimize IT operations are essential. We seek startups developing scalable, full-stack solutions to tackle the challenges of operating complex, planet-scale infrastructure while driving efficiency and reliability.


Technologies: AI;IoT;Blockchain;5G;Satellite Communications;Network Virtualization;Cloud Computing
Applications: AI-powered Network Optimization;IoT for Rural Connectivity;Blockchain for Secure Data Exchange;5G Network Expansion;Satellite-based Internet Access;Software-defined Networking;Cloud-based Network Management
Challenge: Innovate Mass-Scale Connectivity
Description: transformative solutions that power resilient, secure, and accessible internet infrastructure at a global scale. As the internet becomes a universal necessity, we seek visionary startups creating technologies to close the digital divide and bring always-available, high-speed connectivity to underserved communities. Join us in enabling a future where the internet is inclusive and impactful for all.


Technologies: AI;Automation;User Interface Design;Endpoint Security;Developer Tools
Applications: AI-powered Threat Detection;Automated Security Orchestration;User-friendly Security Dashboards;Endpoint Protection for Remote Workforces;Developer APIs for Security Integration
Challenge: End-to-End Protection Solutions
Description: unified security solutions that seamlessly protect networks, users, devices, applications, and data. As breach surfaces expand and endpoint solutions grow fragmented, we seek startups offering innovative, easy-to-deploy security technologies. Ideal solutions will deliver automated, enterprise-grade security with user-centric interfaces, enabling comprehensive protection from vulnerabilities to threat response.


Technologies: Automation;Analytics;AI;Unified Customer Experience Platforms
Applications: Advanced Automation for CX Operations;AI-Driven Customer Insights;Unified CX Management;Scalable IT Strategy;Digital Transformation Support
Challenge: Future of Digital CX Solutions
Description: innovative services and digital transformation technologies that deliver exceptional customer outcomes. As products and technology evolve, we seek startups advancing automation, analytics, and unified customer experience platforms. Ideal solutions will empower IT strategy to drive business outcomes, providing insights, expert support, and seamless digital experiences throughout the customer journey.


Technologies: AI;IoT;Cloud Computing;Digital Twin
Applications: AI-Driven Exploration and Production;IoT for Operational Efficiency;Cloud-based Data Management;Digital Twin for Asset Optimization;Automation in Oil & Gas
Challenge: Future of IT in Oil&Gas
Description: IT and digitalization solutions that modernize and optimize the oil and gas industry. As operations evolve, we seek startups developing technologies to enhance data-driven decision-making, improve operational efficiency, and enable automation across the energy value chain. Innovations in cloud computing, AI, IoT, and digital twins are critical to driving the future of oil and gas operations.


Technologies: VR;AR;Image Recognition;Digital Twins;Robotics;Automation;AI;Predictive Analytics;Data Analytics
Applications: VR and AR for training and visualization;Real-time image recognition for quality control;Digital twins for predictive maintenance and process optimization;Robotics for waste management and recycling;Automation tools for process efficiency;AI for customer segmentation and energy management;Predictive analytics for equipment maintenance;Data-driven systems for monitoring and analysis of domestic energy consumption
Challenge: Call4AI - Startup Award 2024
Description: The call seeks AI-based solutions to optimize the efficiency of business processes across all the business units:
Networks: Management and distribution of utilities.
Environment: Waste cycle management
Energy: production of electric and thermal energy, district heating, public lighting, renewable energy.
Market: technologies that improve customer interaction, Profiling, Personalization of energy offerings.
More info: https://shorturl.at/DJuoe


Technologies: Electric Vehicles (EVs); Telematics; Hydrogen Fuel Cells; Artificial Intelligence (AI); Renewable Energy; Vehicle-to-Grid (V2G); Lightweight Materials
Applications: EV fleet adoption; Advanced route optimization software; Hydrogen fuel-cell integration for vehicles; AI-based predictive maintenance systems; Renewable energy charging stations; V2G energy sharing networks; Lightweight vehicle design for efficiency; Carbon offset initiatives linked to fleet operations.
Challenge: Fleet Emissions Reduction
Description: Innovative solutions to reduce carbon emissions in fleet vehicles through advanced technology, sustainable practices, and data-driven strategies. We are open to the latest innovations aimed at enhancing the range of electric vehicles, providing better route optimization tools, and improving fuel consumption rates in our vehicle fleet, among others.


Technologies: Electric Vehicles (EVs); Telematics; Hydrogen Fuel-Cell; Artificial Intelligence (AI); Renewable Energy; Vehicle-to-Grid (V2G); Lightweight Materials
Applications: EV fleet adoption; Advanced route optimization; Hydrogen fuel-cell integration for vehicles; AI-based predictive maintenance for fleets; Renewable energy-powered charging stations; V2G energy sharing for fleet efficiency; Lightweight materials for reduced fuel consumption; Carbon offset initiatives linked to fleet operations.
Challenge: Fleet Emissions Reduction
Description: Innovative solutions to reduce carbon emissions in fleet vehicles through advanced technology, sustainable practices, and data-driven strategies. We are open to the latest innovations aimed at enhancing the range of electric vehicles, providing better route optimization tools, and improving fuel consumption rates in our vehicle fleet, among others.


Technologies: Building Automation Systems;AI;Renewable Energy Systems
Applications: Intelligent Energy Management;AI-driven Efficiency Analytics;Renewable Energy Integration
Challenge: Enhancing Energy Efficiency in Retail
Description: a solution that significantly enhances the energy efficiency and reduces the carbon footprint across the retail real estate sector. The ideal solution will incorporate advanced building automation systems, utilize AI for efficiency analytics, and seamlessly integrate renewable energy sources. This solution must be scalable, catering to various building types and sizes, aiming for a broad impact, both internally and across its partner network.


Technologies: Building Automation Systems; AI; Renewable Energy Systems
Applications: Energy Management; Efficiency Analytics; Renewable Energy Integration
Challenge: Enhancing Energy Efficiency in Retail
Description: a solution that significantly enhances the energy efficiency and reduces the carbon footprint across the retail real estate sector. The ideal solution will incorporate advanced building automation systems, utilize AI for efficiency analytics, and seamlessly integrate renewable energy sources. This solution must be scalable, catering to various building types and sizes, aiming for a broad impact, both internally and across its partner network.


Technologies: AI;Facial Recognition;Mobile Apps
Applications: AI Hygiene Monitoring;Facial Recognition for Smart Kiosks;Mobile Apps for Education
Challenge: Empowering Well-Being through Personal Care
Description: Protecting, renewing, and enhancing the well-being of individuals through personal care and hygiene practices to ensure people can fully participate in social, cultural, and recreational activities. We aim to address challenges in improving hygiene standards, promoting wellness  to balance individual care: Examples include:
- Ai Hygiene Monitoring Systems
- Smart Hygiene Kiosks with Facial Recognition
- Mobile Apps for Hygiene Education


Technologies: AI;Blockchain;GIS;IoT;Remote Sensing
Applications: AI for Biodiversity Monitoring;Blockchain for Sustainable Supply Chains;GIS for Land Management;IoT for Environmental Sensing;Remote Sensing for Soil Analysis
Challenge: Farming for Ecosystem Resilience
Description: Protecting, renewing, and enhancing biodiversity across ecosystems to sustain life on Earth and maintain the foundation of our supply chains and businesses. We aim to address challenges in conserving biodiversity, promoting regenerative practices, and creating solutions that balance nature preservation with economic growth. Key areas includes:
- Soil Restoration and Fertility
- Agroforestry and Crop Diversification
- Reduction of Synthetic Inputs


Technologies: AI;Blockchain
Applications: AI for meal planning;Blockchain for food traceability and quality control
Challenge: Promoting Balanced Nutrition for All
Description: We are interested in learning more about strategies to promote balanced nutrition and improve access to healthy, nutritious food for diverse populations. Our goal is to tackle challenges related to malnutrition, diet-related diseases, and food security, while encouraging sustainable eating habits. Examples of innovative solutions include:
- AI meal planning apps
- Smart kitchen appliances
- Blockchain technology for food traceability and quality


Technologies: AI;Web Platforms;Wearable Devices
Applications: AI Health Monitoring;Digital Health Platforms;Wearable Devices for Wellness
Challenge: Fostering Community Wellness and Well-being
Description: We are interested in exploring solutions to enhance community wellness, focusing on mental, physical, and social well-being within communities. Our goal is to address challenges such as promoting physical activity, preventing disease, improving access to healthcare, and strengthening social connections. Innovative Solutions in this field include:
- Smart wellness hubs
- AI health monitoring systems
- Digital health platforms
- Wearable devices


Technologies: Mobile Apps;Virtual Reality;Online Platforms
Applications: Guided Mindfulness Apps;Virtual Mental Health Support;VR for Stress Relief;Online Therapy
Challenge: Enhancing Mental Health and Mindfulness
Description: Innovative ways to improve mental health, mindfulness, and self-esteem, helping individuals lead more balanced and fulfilling lives. This includes addressing challenges such as stress, anxiety, and self-worth through technology and personal well-being practices. Examples include:
- Mobile apps for guided mindfulness
- Virtual mental health support platforms
- Virtual reality experiences for stress relief
- Online therapy platforms


Technologies: AI;Blockchain;Autonomous Vehicles;IoT
Applications: AI Demand Forecasting;Blockchain Supply Chain Tracking;Autonomous Delivery;IoT Smart Warehouses
Challenge: Innovative Solutions for Supply Chains
Description: Innovative solutions to improve logistics and supply chain management, optimizing efficiency, reducing costs, and increasing transparency. This includes addressing challenges such as inventory management, transportation optimization, and supply chain visibility through emerging technologies like:
- AI demand forecasting tools
- Blockchain supply chain tracking platforms
- Autonomous delivery drones and vehicles
- IoT-enabled smart warehouses


Technologies: AI;3D Bioprinting;Virtual Reality
Applications: Drug Discovery;Tissue Engineering;Clinical Trial Simulations
Challenge: Disrupting Drug Development & R&D
Description: Innovative tools and technologies for healthcare drug development and life sciences, addressing some of the most challenging diseases and advancing R&D and manufacturing processes. This includes leveraging disruptive technologies to speed up drug discovery, improve clinical trials, and optimize manufacturing. Examples include:
- AI-driven drug discovery platforms
- 3D bioprinting for tissue engineering
- Virtual clinical trial simulations


Technologies: Quantum Computing;Advanced Data Storage;Flexible Electronics;Biodegradable Materials
Applications: Quantum Computing for Cryptography and Secure Communications;Advanced Storage for Big Data Management;Flexible Electronics for Wearable Devices;Biodegradable Materials for Eco-friendly Consumer Electronics
Challenge: Shaping the Future of Electronics
Description: New solutions in electronics, frontier technologies, and sustainable solutions that are shaping the future of computing, data storage, display technologies, and digital transformation. This includes developing sustainable materials, energy-efficient devices, and disruptive solutions for industries to achieve digital and environmental goals. Key areas:
- Quantum computing
- Advanced data storage systems
- Flexible and biodegradable electronics


Technologies: SMS;Telemedicine;AI;Scheduling Software
Applications: Automated Reminders;Telehealth Consultations;AI Predictive Analytics;Patient Self-Scheduling
Challenge: Improving Appointment Efficiency & Access
Description: Reducing “no shows” and improving appointment efficiency to enhance healthcare outcomes, particularly for underserved communities. Innovative solutions in this area focus on increasing patient engagement and optimising scheduling systems. Examples of solutions include:
- Automated appointment reminders via SMS or app
- Telemedicine options
- AI predictive models for no-show prevention
- Patient self-scheduling systems


Technologies: AI;Sustainable Mining;Advanced Materials;Automation
Applications: AI for resource exploration and extraction;Sustainable techniques for mining;Advanced materials for resource efficiency;Automation for mining safety and efficiency
Challenge: Resources Industry Innovations
Description: The resources industry focuses on sustainable extraction and processing of natural resources to meet growing global demands. Innovations in this field aim to reduce environmental impact and improve resource management. Examples:
- AI for resource exploration and extraction optimization
- Sustainable mining techniques
- Advanced materials for efficient resource usage
- Automation for safer, more efficient mining operations


Technologies: AI;Real-time analytics;Wearable technology
Applications: AI medication tracking;Real-time drug interaction monitoring;Wearable devices for adherence tracking
Challenge: Monitoring High-Risk Medications in Pediatrics
Description: Ensuring that paediatric patients receive the correct medication, in the correct dose, at the correct time, and via the correct method during hospitalisation is crucial. Mismanagement of high-risk medicines can lead to severe consequences or fatalities. Innovative solutions include:
- AI medication tracking systems
- Real-time drug interaction monitoring platforms
- Wearable devices for medication adherence


Technologies: AI;Blockchain;Digital Payment Platforms
Applications: AI-powered fraud detection;Blockchain-based financial services;Digital payment systems
Challenge: Innovative Solutions in Fintech
Description: How technology can transform the financial industry, improving accessibility, security, and efficiency. Innovative fintech solutions aim to simplify financial services, increase financial inclusion, and reduce fraud. Examples of solutions include:
- Digital payment platforms
- AI-powered fraud detection tools
- Blockchain-based financial services
- Robo-advisors for personalized investments


Technologies: AI;Blockchain
Applications: AI-driven compliance monitoring;Blockchain for secure auditing
Challenge: Innovating with Regtech Solutions
Description: How technology can improve regulatory compliance and risk management for businesses. Regtech aims to streamline compliance processes, reduce risk, and increase transparency. Innovative solutions in this area include:
- AI-driven compliance monitoring
- Blockchain for secure auditing
- Automated risk assessment tools
- Real-time regulatory reporting platforms


Technologies: Chip Design;AI;5G
Applications: Advanced Chip Design for System Semiconductors;AI-optimized Manufacturing;5G-enabled Semiconductor Solutions for Mobile and IoT
Challenge: System Semiconductors
Description: System semiconductors enabling the performance and functionality of devices across various industries. The focus is on improving the efficiency, scalability, and performance of semiconductors used in applications like mobile devices, computers, and IoT systems. Innovative solutions in this area are:

- Advanced chip design
- AI-optimized semiconductor manufacturing processes
- 5G-enabled semiconductor solutions


Technologies: AI;Machine Learning;Data Analytics;Cloud Computing
Applications: Data Analytics Platforms;Predictive Modeling;Real-time Data Processing;Cloud Storage
Challenge: Big Data technologies
Description: Big Data helps organizations manage large datasets and uncover actionable insights to improve decision-making and efficiency. By leveraging AI and machine learning, industries can optimize processes and predict future trends. Innovative solutions in this area are:
- Data analytics platforms for insights
- Predictive data models for decision-making
- Real-time data processing systems
- Cloud-based data storage solutions


Technologies: Electric Vehicles (EVs);Autonomous Vehicles;Mobility-as-a-Service (MaaS)
Applications: EV charging infrastructure;Self-driving cars;On-demand public transport services
Challenge: Future Mobility
Description: Future mobility focuses on transforming transportation through innovative technologies aimed at improving safety, sustainability, and efficiency. It involves solutions to reduce emissions and enhance urban mobility. The goal is to create greener, smarter transportation solutions. Examples:
- EV infrastructure development
- Autonomous vehicle technologies
- Mobility-as-a-Service (MaaS) solutions for public transport


Technologies: AI;Blockchain;Encryption
Applications: AI threat detection;Blockchain for secure transactions;Advanced encryption for data protection
Challenge: Cutting-Edge Cybersecurity Innovations
Description: Cybersecurity solutions are vital for protecting systems, networks, and sensitive data from cyber threats. As the digital landscape grows,  it becomes essential to adopt advanced security measures. Innovative cybersecurity technologies help safeguard businesses and individuals from cyber threats. Examples:
- AI threat detection systems
- Blockchain for secure transactions
- Advanced encryption technologies
- Zero-trust security models


Technologies: Electric propulsion;Autonomous systems;Advanced aerodynamics;Hybrid power systems
Applications: Electric propulsion for cleaner energy in aircraft and marine vessels;Autonomous navigation and control for unmanned ships;Aerodynamic designs for reduced fuel consumption in aircraft;Hybrid engines for lower carbon emissions in aviation
Challenge: Aerospace & Marine Industry Innovation
Description: Aerospace and marine industries are evolving with innovations in propulsion systems, automation, and new materials, aiming for sustainability and efficiency. The goal is to reduce emissions and enhance operational safety. Innovative solutions includes:
- Electric propulsion for cleaner energy
- Autonomous marine vessels
- Advanced aerodynamics for fuel efficiency
- Hybrid-powered aircraft for reduced carbon emissions


Technologies: AI;IoT;Robotics;Drones
Applications: Precision Farming;Crop Management;Sustainable Farming;Vertical Farming
Challenge: Agri-Tech Innovations for Sustainability
Description: Agri-tech uses technology to increase agricultural productivity, improve food security, and reduce environmental impact. Innovations in this field aim to create sustainable and efficient farming practices. Innovative solutions in this area are:
- Precision farming with IoT sensors and drones
- AI-driven crop management for optimized yields
- Sustainable farming practices using AI and robotics
- Vertical farming for space-efficient food production


Technologies: 5G;Quantum Computing;Edge Computing
Applications: 5G Networks for Connectivity;Quantum Computing for Complex Problem-Solving;Edge Computing for Data Processing
Challenge: Next-Gen Technologies Shaping the Future
Description: Next-generation technologies are poised to shape the future of industries by enabling more efficient, scalable, and secure solutions. From AI to quantum computing, these technologies will create new digital economies. Innovative solutions in this area are:
- 5G networks for faster connectivity
- Smart city infrastructure for urban efficiency
- Quantum computing for solving complex problems
- Edge computing for faster data processing


Technologies: Small modular reactors (SMRs); Advanced reactor designs; Nuclear waste management; Fusion energy
Applications: SMRs for efficient and safe energy production; Advanced designs for improved efficiency; Nuclear waste management technologies for environmental sustainability; Fusion energy research for future sustainable power
Challenge: Advancing Nuclear Power Solutions
Description: Nuclear power solutions to sustainable energy production, with innovations focused on improving efficiency and safety. Small modular reactors (SMRs) and new reactor designs offer more reliable and environmentally friendly energy solutions. Innovative solutions in this area are:
- Small modular reactors (SMRs)
- Advanced reactor designs for efficiency
- Nuclear waste management technologies
- Fusion energy research for future power sources


Technologies: Quantum Computing;Quantum Encryption;Quantum Sensing
Applications: Faster Problem-Solving;Secure Data Encryption;High-Precision Sensing
Challenge: Unlocking Quantum Technology Potential
Description: Quantum technology leverages the unique principles of quantum mechanics to develop new computing, communication, and cryptography tools that can solve problems beyond the capabilities of classical technologies. These innovations promise faster computation and ultra-secure encryption. Examples of solutions are:
- Quantum computers for faster problem-solving
- Quantum encryption for secure data
- Quantum sensors for high-precision applications


Technologies: AI;IoT
Applications: AI-driven process optimization;IoT for smart factories
Challenge: Driving Industrial Digital Transformation
Description: Industria digital transformation integrating digital technologies like AI and IoT to optimize operations, increase productivity, and foster innovation. These changes lead to smarter manufacturing and industrial systems. Innovative solutions in this area are:
- AI-driven process optimization
- IoT for smart factories
- Digital twin technologies for monitoring
- Autonomous robotics for manufacturing


Technologies: Green Technology; Smart Infrastructure; Digital Solutions
Applications: Green Tech Investments; Smart City Projects; Digital Tools for Economic Stability; Circular Economy Strategies
Challenge: Fostering Innovative Economic Growth
Description: The Innovative Growth New Deal focuses on achieving sustainable economic development through innovation. It emphasizes green technologies, smart infrastructure, and digital transformation to address environmental and social challenges. Innovative solutions in this area includes:
- Green technology investments f
- Smart city infrastructure projects
- Digital solutions for economic resilience
- Circular economy models to reduce waste


Technologies: IoT;Smart Home;Industrial Automation;Healthcare Monitoring;Precision Farming
Applications: Smart Home Automation;Industrial Process Control;Remote Patient Monitoring;Precision Agriculture
Challenge: Revolutionizing the IoT Landscape
Description: IoT connected devices, enabling automation and real-time data exchange. IoT systems improve efficiency, decision-making, and productivity in industries like manufacturing and healthcare. Innovative solutions in this area are:
- Smart home technologies for efficiency
- Industrial IoT systems for automation
- IoT-enabled healthcare solutions for monitoring
- IoT in agriculture for precision farming


Technologies: Robotics;Automation
Applications: Industrial Automation;Surgical Precision;Business Process Automation;Collaborative Robotics
Challenge: Robotics Shaping the Future
Description: Robotics automating tasks across industries, enhancing safety and productivity. From manufacturing to healthcare, robots are designed for increased efficiency, precision, and reliability. We are looking for solutions like:
- Autonomous robots for industrial use
- Surgical robots for precise operations
- Robotic process automation (RPA) in business
- Collaborative robots (cobots) for workplace efficiency


Technologies: Nanotechnology
Applications: Nano-based drug delivery;Nano-coatings;Nanoelectronics;Nanomaterials for batteries
Challenge: Harnessing Nanotechnology Innovations
Description: Nanotechnology manipulates matter at the atomic level to create materials with new properties. This technology has applications in electronics, healthcare, and energy, offering enhanced functionality and performance. Examples of solutions in this area include:
- Nano-based drug delivery systems
- Nano-coatings for enhanced materials
- Nanoelectronics for advanced devices
- Nanomaterials for energy-efficient batteries


Technologies: AI;Telemedicine;Genomics;Wearable Technology
Applications: AI-powered diagnostics;Telemedicine for remote healthcare;Genetic-based personalized medicine;Wearable devices for health tracking
Challenge: Transforming Healthcare with Technology
Description: Healthcare solutions that improve patient care, diagnosis, and treatment. Innovations in AI, telemedicine, and personalized medicine help make healthcare more accessible and efficient. Innovative solutions in this area are for examples:
- AI-based diagnostic tools for early detection
- Telemedicine platforms for remote care
- Personalized medicine based on genetic profiles
- Wearable health devices for continuous monitoring


Technologies: Graphene;Carbon Fiber;Advanced Battery Materials;Carbon Nanomaterials
Applications: Electronics;Aerospace;Energy Storage;Water Purification
Challenge: Advanced Carbon Materials Revolution
Description: Advanced carbon materials, such as graphene and carbon nanotubes, providing high strength, conductivity, and lightweight properties. These materials are revolutionizing industries like energy, electronics, and manufacturing. Innovative solutions in this area are:
- Graphene-based materials for electronics
- Carbon fiber for aerospace applications
- Advanced battery materials for energy storage
- Carbon nanomaterials for water purification


Technologies: AI;Biotechnology;Advanced biomaterials
Applications: AI-powered diagnostics;Biotechnology for personalized treatments;Advanced biomaterials for medical devices
Challenge: Biohealth Innovation for the Future
Description: Biohealth focuses on leveraging technologies to improve human health through innovative solutions in diagnostics, treatments, and disease prevention. These advancements include technologies that enhance medical care, healthcare systems, and patient outcomes. Examples:
- AI-powered diagnostics for early disease detection
- Biotechnology advancements in personalized treatments
- Advanced biomaterials for medical applications


Technologies: AI;V2X Communication
Applications: Autonomous Driving;Smart Cities;Predictive Maintenance
Challenge: Autonomous Driving & AI Solutions
Description: Autonomous driving and AI technologies are revolutionizing transportation by enabling self-driving vehicles and intelligent traffic systems. These innovations aim to improve safety, efficiency, and sustainability in mobility. Innovative solutions in this area are:
- AI-driven autonomous vehicle systems
- Vehicle-to-everything (V2X) communication for smart cities
- AI-powered predictive maintenance for vehicles


Technologies: Robotics;Automation;AI
Applications: Industrial Automation;Healthcare Robotics;Collaborative Robots
Challenge: Advancing Robot Solutions
Description: Robot solutions are transforming industries by automating tasks, enhancing productivity, and reducing risks. Robotics technologies are becoming more adaptive, from industrial robots to service robots in healthcare and logistics. Innovative solutions in this area are:
- Industrial robots for automation and precision
- Healthcare robots for surgery and patient care
- Collaborative robots (cobots) for human-robot teamwork


Technologies: Hydrogen-based production;Carbon capture and storage (CCS);Electric arc furnaces;Recycled steel technologies
Applications: Green steel production;Carbon emission reduction;Sustainable steel manufacturing;Circular economy in steel industry
Challenge: Innovations in Steel Production
Description: Solutions in steel industry focusing on developing more energy-efficient and sustainable production processes. Innovations aim to reduce carbon emissions and increase the sustainability of steel manufacturing. Innovative solutions in this area are:
- Green steel production methods using hydrogen
- Carbon capture and storage (CCS) technologies
- Recycled steel technologies for circular economy
- High-efficiency electric arc furnaces


Technologies: Lithium-ion batteries (LiB); High-performance materials; Sustainable sourcing and recycling
Applications: Electric vehicle batteries; Energy storage; Battery materials recycling
Challenge: LiB & Energy Material Innovations
Description: Lithium-ion batteries (LiB) and other energy materials are critical for advancing energy storage solutions, electric vehicles, and renewable energy systems. These innovations focus on improving energy efficiency and sustainability. Examples of solutions in this area are:
- Advanced LiB for electric vehicle batteries
- High-performance materials for energy storage
- Sustainable sourcing and recycling of battery materials


Technologies: Small Modular Reactors (SMRs); Advanced Reactor Designs; Nuclear Waste Management Systems; Advanced Materials
Applications: Decentralized power generation; Improved nuclear safety; Sustainable energy waste management; Efficient reactor performance
Challenge: Small Modular Reactors (SMR) Technology
Description: Small modular reactors (SMRs) provide a scalable, efficient, and safe alternative to traditional nuclear reactors. SMRs offer flexibility for clean energy production and energy independence. Innovative solutions in this area are:
- SMRs for decentralized, small-scale power generation
- Advanced reactor designs for improved safety
- Nuclear waste management systems for sustainable energy
- Advanced materials for more efficient reactor operations


Technologies: Renewable Energy; Energy Efficiency; Grid Modernization
Applications: Solar and Wind Energy Integration; Smart Grid for Energy Management; Energy Storage for Renewables
Challenge: Power Industry Solutions
Description: The power industry is evolving with technologies focused on renewable energy, energy efficiency, and grid modernization. Innovations aim to reduce reliance on fossil fuels and create sustainable, reliable power solutions. Key areas of interest are:
- Solar and wind energy integration into grids
- Smart grid technologies for efficient energy distribution
- Energy storage solutions for renewable energy reliability


Technologies: AI;3D printing;Automation;Real-time monitoring
Applications: Smart manufacturing and quality control;Efficient production of complex parts;Increased manufacturing productivity;Real-time monitoring systems
Challenge: Secondary Industry Transformation
Description: The secondary industry involves manufacturing and processing materials into finished goods. Innovations in this sector focus on improving production efficiency, reducing waste, and enhancing product quality. Examples of solutions are:
- AI for smart manufacturing and quality control
- 3D printing for efficient production of complex parts
- Automation technologies for increased manufacturing productivity
- Real-time monitoring systems


Technologies: Next-generation battery materials;Sustainable sourcing;Recycling technologies;Solid-state batteries
Applications: Innovative materials for electric vehicles;Renewable energy storage;Improved battery efficiency;Enhanced storage capacity;Sustainable material sourcing;Battery recycling processes
Challenge: Battery Materials for Clean Energy
Description: innovative battery materials essential for the growth of clean energy technologies, including electric vehicles and renewable energy storage. Innovations in battery materials aim to improve efficiency, storage capacity, and sustainability. Examples include:
- Next-generation battery materials
- Sustainable sourcing of materials
- Recycling technologies for battery materials
- Solid-state batteries for higher energy density


Technologies: Advanced Extraction Methods;Advanced Refining;Sustainable Mining
Applications: Lithium Extraction;Nickel Processing for Batteries;Energy Storage;Electric Vehicle Batteries;Renewable Energy
Challenge: Lithium-Nickel for Future Tech
Description: Lithium and nickel innovations essential for energy storage, particularly in electric vehicle batteries and other renewable energy applications. Innovations aim to improve extraction, processing, and sustainability. Innovative solutions in this area are:
- Advanced lithium extraction methods
- Nickel processing for high-energy batteries
- Sustainable mining practices
- Advanced refining techniques


Technologies: Electrolysis;Fuel Cells;Storage Solutions
Applications: Green Hydrogen Production;Clean Power Generation;Energy Security;Hydrogen-powered Transportation
Challenge: Hydrogen Technologies for Clean Energy
Description: Hydrogen technologies playing a crucial role in the transition to clean energy, offering a zero-emission alternative to fossil fuels. Innovations focus on hydrogen production, storage, and distribution. Innovative solutions in this area are:
- Green hydrogen production through electrolysis
- Hydrogen fuel cells for clean power generation
- Hydrogen storage solutions for energy security
- Hydrogen-powered transportation solutions


Technologies: Solar;Wind;Geothermal;Battery Storage;Smart Grids;Carbon Capture and Storage (CCS)
Applications: Energy generation from renewable sources;Energy storage for grid stability;Optimized energy distribution networks;Emissions reduction technology
Challenge: Future of Energy Solutions
Description: Sustainable energy solutions to meet growing global demand. Innovations are driven by the need for cleaner energy, increased efficiency, and reduced environmental impact. Examples are:
- Solar, wind, and geothermal energy integration
- Battery storage systems for renewable energy
- Smart grids for energy distribution optimization
- Carbon capture and storage (CCS) for emissions reduction


Technologies: 3D printing;Internet of Things (IoT)
Applications: 3D printing for construction;IoT for smart infrastructure monitoring
Challenge: Transforming Construction & Infrastructure
Description: New technologies in the construction and infrastructure sectors to improve efficiency, sustainability, and safety in urban and rural development. With the increasing need for smarter cities and resilient structures, innovations in materials, construction methods, and automation are key. Key areas are:
- 3D printing for construction
- Smart infrastructure using IoT for monitoring
- Sustainable building materials
- Modular construction


Technologies: Biotechnology;Biological Agents;Genetic Engineering
Applications: Crop Improvement;Pest Control;Higher Yield
Challenge: Agri-Bio Solutions for Sustainability
Description: Agri-bio technologies focus on using biological and genetic innovations to improve agricultural productivity, sustainability, and resilience against climate change. These technologies aim to optimize food production, reduce environmental impact, and enhance food security. Examples are:
- Biotechnology for crop improvement and resistance
- Sustainable pest control using biological agents
- Genetically modified organisms (GMOs) for higher yield


Technologies: AI;IoT;Blockchain;Web3;Sustainability Software
Applications: AI for customer engagement and product recommendations; IoT for tracking and managing product lifecycles; Blockchain for secure data sharing and supply chain transparency; Web3 for decentralized product ownership and trading; Sustainability software for tracking and reporting environmental impact.
Challenge: New Models in CircularEconomy
Description: solutions that enhance customer engagement while achieving sustainability goals. The primary focus is on exploring business model innovations around product lifecycle extension strategies, adoption of a product-as-a-service model, and implementing take-back or recycling programs.


Technologies: AI;Blockchain;Data Analytics;Cloud Computing
Applications: AI for Personalized Health Recommendations;Blockchain for Secure Health Data Sharing;Data Analytics for Actionable Health Insights;Cloud-based PHR Platforms
Challenge: Advancing PHR Utilization
Description: We are interested in learning more about innovative approaches to leveraging Personal Health Records (PHR) for improved healthcare delivery. This includes ideas that empower individuals to manage their health data effectively while enhancing collaboration among patients, healthcare providers and other stakeholders.
We seek groundbreaking solutions that promote seamless integration, secure data sharing, and actionable insights through PHR systems.


Technologies: EV-based energy storage; Vehicle-to-Grid (V2G); Sustainable Power Systems; Energy Distribution Optimization; AI; IoT
Applications: Energy storage and management for EVs; V2G integration for grid stabilization; Sustainable power solutions for EV charging stations; AI-powered energy distribution networks; IoT-enabled smart energy management systems.
Challenge: Revolutionizing Energy with EVs
Description: innovative energy management technologies and services originating from electric vehicles (EVs). This includes solutions that optimize energy storage, distribution, and utilization through EV-based systems, creating a seamless integration between mobility and energy networks.

We seek groundbreaking ideas that leverage the unique capabilities of EVs to transform energy management, from vehicle-to-grid technologies to sustainable power solutions.


Technologies: AI;Robotics;Computer Vision;Cloud Computing;Data Analytics
Applications: AI-powered Drone Logistics;Robotic Process Automation for Drones;Computer Vision for Object Detection;Cloud-based Drone Management;Data-driven Drone Surveillance
Challenge: Transforming Drones into Services
Description: solutions for "Drone as a Service" models that unlock the full potential of drones across various industries. This includes ideas that leverage drones for logistics, surveillance, inspection, and other critical applications, providing scalable, efficient, and user-friendly services.

We seek groundbreaking approaches to infrastructure, software, and service delivery that make drones an integral part of solving modern challenges.


Technologies: AI;IoT;Robotics;Computer Vision;Radar Systems;LiDAR;Navigation Technologies;Communication Protocols
Applications: AI-powered Air Traffic Control;IoT Sensor Networks for Aerial Monitoring;Robotic Maintenance for Flying Vehicles;Computer Vision for Obstacle Detection;Radar-based Collision Avoidance;LiDAR Mapping for Urban Navigation;Real-time Navigation Software;Secure Communication Protocols for Aerial Vehicles
Challenge: Enabling Aerial Innovation
Description: innovative infrastructure and software solutions for drones and flying cars. This includes cutting-edge technologies that ensure safe navigation, efficient operations, and seamless integration into urban environments.

We seek visionary ideas for developing robust systems, including air traffic management, communication networks, and software platforms that support the widespread adoption of aerial mobility.


Technologies: AI;Analytics;Data Science
Applications: AI-driven decision-making;Data-driven innovation;Advanced analytics for market insights
Challenge: Advancing Analytics Innovation
Description: early and growth-stage companies leveraging advanced analytics to drive innovation and deliver strategic value. This includes ventures with strong teams, cutting-edge technologies, proven traction, and applications relevant to markets in Europe, the US, and Asia.

We seek transformative solutions that harness the power of data to solve complex challenges, optimize decision-making, and uncover new opportunities across industries.


Technologies: AI;IoT;Telemedicine;Cloud Computing;Data Analytics
Applications: AI for Personalized Treatment Plans;IoT for Remote Patient Monitoring;Telemedicine Platforms for Online Consultations;Cloud-based Health Records Management;Data Analytics for Predictive Healthcare
Challenge: Revolutionizing Healthcare Services
Description: solutions for Healthcare OMO (Online Merges with Offline) services. This includes groundbreaking ideas that seamlessly integrate digital and physical healthcare experiences, improving accessibility, efficiency, and patient outcomes.

We seek transformative concepts for technologies, platforms, and service models that enhance the synergy between online consultations, remote monitoring, and offline clinical services.


Technologies: Biomass-derived chemicals; CO2-derived fuels; CO2 immobilization
Applications: Production of chemicals from biomass; Creation of fuels from CO2; CO2 sequestration into solid minerals
Challenge: Building a Carbon Value Ecosystem
Description: solutions for devising an environmental value platform and creating an ecosystem for the generation and trading of CO2 credits. This includes groundbreaking technologies for biomass-derived chemicals, CO2-derived fuels, and CO2 immobilization into minerals.

We seek visionary approaches to developing platforms that enable seamless carbon credit trading while driving sustainable practices and reducing global carbon footprints.


Technologies: AI;IoT;Robotics;Drone Technology;AR/VR;Geospatial Analysis
Applications: AI-powered Disaster Prediction Models;IoT Sensor Networks for Real-time Monitoring;Robotic Search and Rescue Operations;Drone-based Emergency Supply Delivery;AR/VR for Evacuation Training and Planning;Geospatial Mapping for Risk Assessment
Challenge: Next-Gen Disaster Resilience
Description: innovative disaster prevention systems that bridge digital transformation (DX) and real-world conditions to improve survival rates in disaster scenarios. This includes solutions that enhance evacuation guidance, disaster prediction, and emergency stockpiling through advanced disaster prevention operating systems.

We seek groundbreaking approaches that utilize assets and services to create a safer, more resilient society.


Technologies: Building Materials; Housing Equipment; Construction Technologies; Home Energy Management Systems (HEMS); Building Energy Management Systems (BEMS)
Applications: Energy-saving building materials; Advanced housing equipment for energy efficiency; Construction techniques for energy conservation; HEMS for smart home energy optimization; BEMS for efficient building energy management
Challenge: Sustainable Housing Innovation
Description: innovative energy-saving technologies that can revolutionize housing. This includes groundbreaking building materials, advanced housing equipment, and construction technologies that contribute to energy conservation and generation.

We are also keen to explore cutting-edge solutions for Home Energy Management Systems (HEMS) and Building Energy Management Systems (BEMS) that optimize energy usage and efficiency.


Technologies: Drone technology; Flying car technology; Fuselage design; Battery technology
Applications: Urban transportation; Sustainable mobility; Aerial delivery systems; Emergency response; Traffic management
Challenge: Shaping the Sky Future
Description: infrastructures for drones and flying cars to transform urban living and address pressing social challenges. This includes advancements in fuselage design, battery technologies, and systems that enable safe and efficient aerial mobility.

We seek visionary ideas that make the integration of these technologies into daily life seamless and sustainable.


Technologies: Waste Heat Recovery; Heat Reduction; Energy Reuse; Advanced Energy-Saving Systems
Applications: Waste Heat Recovery for Industrial Processes; Heat Reduction in Buildings; Energy Reuse in Manufacturing; Advanced Energy-Saving Systems for Transportation
Challenge: Driving Carbon Reduction Innovation
Description: energy conservation technologies and services that reduce carbon dioxide emissions and create new business opportunities. This includes groundbreaking solutions for waste heat recovery, heat reduction, energy reuse, and advanced energy-saving systems.

We seek transformative approaches that make energy conservation both economically viable and environmentally impactful.


Technologies: AI;IoT;Electric Vehicles (EVs);Sustainable Energy Systems;User Interface/User Experience (UI/UX)
Applications: AI for route optimization and traffic management;IoT for device connectivity and real-time tracking;EV charging infrastructure integration;Sustainable energy management for charging stations;UI/UX design for user-friendly mobility apps
Challenge: Revolutionizing Urban Mobility
Description: innovative solutions for deploying small electric mobility devices at dedicated stations across cities. This includes ideas that enhance urban mobility, reduce environmental impact, and improve convenience for residents and tenants.

We seek visionary approaches that integrate small EVs with commercial facilities, real estate developments, and collaborative customer referral systems.


Technologies: AI;Robotics;Material Science
Applications: AI-powered sorting systems for battery components;Robotic disassembly processes;Advanced material recovery techniques for rare earth metals
Challenge: Recycling Lithium-Ion Batteries
Description: innovative technologies and services for recycling large lithium-ion batteries (LIBs). This includes solutions that recover valuable materials, enhance recycling efficiency, and reduce the environmental impact of battery disposal.

We seek groundbreaking approaches to LIB recycling that support the growing demand for sustainable energy storage solutions while promoting a circular economy.


Technologies: AI;Blockchain;Robotics;IoT;Data Analytics
Applications: AI for Food Production Optimization;Blockchain for Food Traceability;Robotics in Agriculture;IoT Sensors for Food Monitoring;Data-driven Food Supply Chain Management
Challenge: Sustainable Food for All
Description: solutions to create a world where sustainable, safe, and secure food is accessible to everyone. This includes ideas such as small-scale plant factories, reducing CO2 emissions from food transportation, ensuring food supply during disasters, and reusing food waste effectively.

We seek transformative approaches that integrate technology, logistics, and sustainability to revolutionize food systems.


Technologies: AI; IoT; Energy Storage; Renewable Energy; Energy Management Systems
Applications: AI-powered energy demand forecasting; IoT-based smart energy grids; Community-scale energy storage systems; Renewable energy microgrids; Energy management platforms for local communities
Challenge: Empowering Local Energy Solutions
Description: innovative technologies and services for local energy-saving, energy-storing, and energy-creating solutions. This includes groundbreaking ideas that empower communities to reduce energy consumption, enhance energy storage, and generate sustainable energy locally.

We seek transformative approaches that integrate cutting-edge technologies, efficient systems, and practical applications to create resilient and self-sufficient energy ecosystems.


Technologies: Renewable Energy; Energy Storage; Grid Infrastructure
Applications: Off-grid Solar Systems for Remote Areas; Energy Storage for Intermittent Power Sources; Smart Grid Upgrades for Efficient Distribution
Challenge: Unlocking Renewable Potential
Description: innovative technologies that enable the use of renewable energy in areas and environments where its adoption has previously been considered challenging. This includes solutions that overcome geographical, technical, or infrastructural barriers to renewable energy generation and utilization.

We seek groundbreaking ideas that expand the reach of renewable energy, making it accessible and viable in diverse and difficult settings.


Technologies: Waste Heat Utilization; Heat Reduction Techniques; Energy Reuse Systems; Advanced Energy-Saving Technologies
Applications: Waste Heat Recovery for Industrial Processes; Building Insulation and Heat Reduction; Energy Recycling in Manufacturing; Smart Energy Management Systems for Buildings
Challenge: Innovating Energy Conservation
Description: technologies and services that reduce carbon dioxide emissions through energy conservation and create new business opportunities. This includes solutions for waste heat utilization, heat reduction, energy reuse, and advanced energy-saving techniques.

We seek transformative approaches that promote energy efficiency and sustainability while driving economic growth through conservation-focused services and technologies.


Technologies: High-efficiency solar panels; Low-cost energy storage systems; IoT sensors; AI-based analytics
Applications: Precision agriculture; Smart irrigation; Solar panel maintenance optimization; Energy management for farms; Predictive analytics for crop yield
Challenge: Advancing Farm-Based Solar Power
Description: high-efficiency, low-cost technologies for the installation and operation of solar power systems in agricultural settings. This includes innovative solutions that maximize energy generation while supporting sustainable farming practices and reducing costs.

We seek transformative approaches that integrate solar power with agricultural operations, creating dual-use systems that benefit both energy production and farming productivity.


Technologies: Robotics; Drones; Satellite Technology; Internet of Things (IoT); Information and Communication Technologies (ICT)
Applications: Forest Thinning and Management; Advanced Logging Techniques; Afforestation and Reforestation; Efficient Forest Cultivation; Optimized Lumber Removal; Wood Processing and Utilization; Biomass Production; Carbon Credit Management
Challenge: Building Future Carbon Forests
Description: solutions that contribute to creating future forests capable of absorbing and fixing CO2, advancing a decarbonized society through green carbon initiatives. This includes technologies and services related to thinning, logging, afforestation, forest cultivation, and efficient lumber removal.

We seek groundbreaking ideas that leverage advanced tools such as robots, drones, satellites, IoT, and ICT to optimize forest management.


Technologies: Advanced Recycling; Circular Economy; Waste Management
Applications: Plastic-to-Oil Conversion; Efficient Plastic Collection; Sustainable Waste Transportation; Enhanced Processing Technologies; Environmental Impact Reduction
Challenge: Transforming Plastic Waste to Oil
Description: innovative recycling technologies that convert waste plastics into oil and services that enable the efficient collection and transportation of waste plastics. This includes solutions that enhance processing efficiency, reduce environmental impact, and promote a circular economy.
We seek groundbreaking approaches that integrate advanced recycling methods to make plastic waste recovery and conversion scalable and sustainable.


Technologies: AI;IoT;Blockchain;AR/VR;Cloud Computing;Big Data Analytics;Robotics
Applications: AI for Property Management;IoT Smart Buildings;Blockchain for Real Estate Transactions;AR/VR for Virtual Property Tours;Cloud-based Real Estate Platforms;Data-driven Urban Planning;Robotic Process Automation in Construction
Challenge: Innovating with PropTech
Description: early and growth-stage companies driving innovation in PropTech. This includes ventures with strong teams, cutting-edge technologies, proven traction, and solutions with strategic relevance in markets across Europe, the US, and Asia.

We seek groundbreaking ideas that revolutionize real estate through technology, addressing challenges in property management, transactions, sustainability, and urban development.


Technologies: AI;IoT;Blockchain;Sustainability Technologies;Climate Tech
Applications: AI-powered Home Automation;IoT-enabled Smart Furniture;Blockchain for Sustainable Supply Chains;Sustainability Analytics;Climate-Positive Product Design
Challenge: Revolutionizing Home Furnishing
Description: businesses offering transformative home furnishing services. This includes companies developing new technologies, capabilities, and solutions that enhance sustainability, reduce climate impact, and adapt to evolving consumer behaviors.

We seek ventures that align with circular economy principles, support climate-positive practices, and integrate seamlessly into an omnichannel retail experience.


Technologies: AI;IoT;Blockchain;AR/VR;Cloud Computing;Big Data Analytics;5G/6G;Robotics
Applications: AI for Customer Insights and Targeting;IoT for Smart Products and Services;Blockchain for Secure Transactions and Data Management;AR/VR for Immersive Marketing and Training;Cloud-based Solutions for Scalability;Big Data Analytics for Market Trends and Insights;5G/6G for High-Speed Connectivity;Robotics for Automation and Efficiency
Challenge: Driving Revenue Growth
Description: innovative strategies and solutions that accelerate top-line growth. This includes approaches to acquiring new customers, entering new markets, and optimizing go-to-market (GTM) strategies and pricing analysis.

We seek groundbreaking ideas that unlock new revenue streams, enhance market reach, and improve business performance.


Technologies: AI; IoT; Blockchain; Automation
Applications: AI for Omnichannel Retail; IoT for Supply Chain Management; Blockchain for Logistics Tracking; Automation in Fulfillment Centers
Challenge: Transforming Logistics and Fulfillment
Description: innovative businesses driving transformation in logistics and fulfillment. This includes companies developing new technologies, capabilities, and services that address modern challenges, reduce climate impact, and positively contribute to society.

We seek ventures that enable the transition to an omnichannel retail model, align with circular economy principles, and support climate-positive practices.


Technologies: AI;IoT;Blockchain;Robotics;Drones;Automation;Cloud Computing;Big Data Analytics;Machine Learning;Virtual Reality;Augmented Reality
Applications: AI for Process Automation;IoT for Asset Tracking;Blockchain for Secure Data Sharing;Robotic Process Automation;Drone-based Delivery Systems;Cloud-based Collaboration Platforms;Big Data Analytics for Predictive Maintenance;Machine Learning-driven Personalization;VR Training Simulations;AR Remote Assistance
Challenge: Optimizing Operational Excellence
Description: innovative solutions that enhance operational excellence through automation and efficiency. This includes technologies and processes that improve quality, performance, and scalability in business operations.

We seek transformative ideas that streamline workflows, reduce inefficiencies, and enable organizations to execute at scale while maintaining high standards.


Technologies: AI;IoT;Blockchain;Data Analytics;Advanced Technologies
Applications: AI for Decision Support;IoT for Process Automation;Blockchain for Data Security;Data Analytics for Business Intelligence;Advanced Tech for Growth Strategies
Challenge: Driving Digital Transformation
Description: solutions that leverage data and digital transformation to drive smarter operating decisions and unlock untapped value. This includes advanced technologies and strategies that enhance decision-making, optimize operations, and create new opportunities for growth.

We seek forward-thinking approaches that harness the power of digital tools and data analytics to transform business processes and deliver measurable impact.


Technologies: AI;Analytics;Cloud Computing;Data Science;HR Software
Applications: AI-powered Talent Acquisition;Data-driven HR Analytics;Cloud-based HR Platforms;Predictive Analytics for Talent Management;HR Tech for Employee Engagement
Challenge: Transforming Talent Strategy
Description: innovative approaches to talent and organizational strategy. This includes working with recognized experts to build exceptional management teams, design optimal organizational structures, and cultivate winning cultures.

We seek groundbreaking ideas that empower organizations to attract, develop, and retain top talent while fostering environments that drive collaboration, innovation, and long-term success.


Technologies: AI;IoT;Blockchain;Big Data Analytics;Cloud Computing;Sustainability Software
Applications: AI for Sustainable Supply Chains;IoT for Environmental Monitoring and Control;Blockchain for Carbon Credits and Traceability;Data Analytics for Social Impact Measurement;Cloud-based ESG Reporting Platforms;Sustainability Management Software for Businesses
Challenge: Advancing ESG and Risk
Description: innovative approaches to ESG (Environmental, Social, Governance) and risk optimization. This includes leveraging expertise in risk management and ESG programs to empower organizations and create a competitive edge for portfolio companies.

We seek transformative solutions that integrate ESG principles with robust risk strategies, enabling businesses to drive sustainability, resilience, and long-term value creation.


Technologies: Lithium-ion batteries; Solid-state batteries; Flow batteries
Applications: Energy storage for renewable integration; Grid stability; Efficient energy management
Challenge: Innovating Energy Storage
Description: advanced storage systems that enable efficient energy harnessing, saving, and usage. This includes breakthrough battery technologies such as lithium-ion, solid-state, and flow batteries designed to store excess energy during peak generation and release it when demand arises.

We seek transformative solutions that enhance energy storage efficiency, scalability, and reliability, contributing to a sustainable and resilient energy future.


Technologies: AI;IoT;Robotics;Advanced Analytics;Blockchain
Applications: AI-powered predictive maintenance for LNG plants;IoT sensors for real-time monitoring of gas flow and quality;Robotic process automation for LNG loading/unloading;Analytics-driven optimization of liquefaction processes;Blockchain for secure and transparent LNG trading platforms
Challenge: Optimizing LNG Value Chains
Description: innovative approaches to creating and enhancing integrated LNG (liquefied natural gas) value chains. This includes advancements in the production, liquefaction, storage, and distribution of LNG to optimize efficiency and sustainability.

We seek cutting-edge solutions that streamline operations, reduce environmental impact, and improve the scalability of LNG infrastructure.


Technologies: Energy Storage; Smart Grid; Renewable Energy; Real-time Monitoring; AI; IoT
Applications: Advanced Energy Storage Systems; Smart Grid Management; Renewable Energy Supply Prediction; Real-time Energy Monitoring; Efficient Energy Distribution; AI-powered Energy Optimization; IoT-enabled Smart Energy Management
Challenge: Revolutionizing Energy Management
Description: storage systems and smart grid technologies that optimize the harnessing, saving, and usage of energy. This includes solutions that improve prediction of renewable energy supply, enable real-time monitoring, and enhance the efficient distribution of energy resources.
We seek cutting-edge approaches that integrate advanced energy storage with intelligent grid management to maximize renewable energy utilization and ensure grid reliability.


Technologies: AI;IoT;Blockchain;Advanced Analytics;Robotics
Applications: AI-powered predictive maintenance for LNG carriers;IoT sensors for real-time cargo monitoring;Blockchain-based smart contracts for LNG trading;Advanced analytics for route optimization;Robotic process automation for cargo handling
Challenge: Advancing LNG Transportation
Description: innovative solutions for optimizing the transportation of LNG (liquefied natural gas) within integrated value chains. This includes advancements in logistics, shipping technologies, and infrastructure to ensure safe, efficient, and sustainable LNG delivery.

We seek transformative approaches that enhance the reliability, scalability, and environmental performance of LNG transportation systems.


Technologies: AI;IoT;Robotics;Advanced Materials
Applications: AI-powered process optimization;IoT-based remote monitoring and control;Robotic automation for maintenance;Advanced materials for heat exchangers
Challenge: Innovating LNG Regasification
Description: advanced solutions for the regasification of LNG (liquefied natural gas) within integrated value chains. This includes technologies and processes that improve efficiency, scalability, and environmental performance during the conversion of LNG back to its gaseous state.

We seek transformative approaches that enhance the reliability and sustainability of regasification systems, contributing to a seamless and efficient LNG supply chain.


Technologies: AI;IoT;Blockchain;Fuel Efficiency Technologies;Emission Reduction Systems
Applications: AI-powered route optimization;IoT sensor networks for real-time emissions monitoring;Blockchain-based carbon credit trading;Advanced fuel cells and alternative fuel systems;Emission control devices and scrubbers
Challenge: Decarbonizing Maritime Shipping
Description: innovative solutions for creating a shipping platform that accelerates decarbonization in the maritime shipping sector. This includes technologies, systems, and strategies that reduce emissions, optimize fuel efficiency, and promote sustainable practices across the industry.

We seek transformative approaches that integrate cutting-edge tools and processes to drive environmental sustainability while maintaining operational efficiency


Technologies: Hybrid Powertrains; Eco-Friendly Fuels; Aerospace Technologies; Efficiency Enhancements
Applications: Urban Air Transportation; Sustainable Urban Mobility; Advanced Powertrain Systems; Green Energy Solutions
Challenge: Innovating Urban Air Mobility
Description: aerospace solutions that drive innovation in Urban Air Mobility (UAM) through the development of hybrid powertrains powered by eco-friendly fuels. This includes technologies that enhance efficiency, sustainability, and scalability in UAM systems.

We seek groundbreaking approaches that integrate advanced aerospace technologies to create cleaner, safer, and more reliable urban transportation solutions.


Technologies: AI;IoT;Computer Vision;Robotics;Drones
Applications: AI for real-time data analysis;IoT for parking space monitoring;Computer Vision for object detection;Robotics for automated parking management;Drones for aerial surveillance and data collection
Challenge: Enhancing accessible parking
Description: a combination of hardware and software solutions for real-time monitoring and management of accessible parking spaces. These solutions should enhance mobility and independence for residents with disabilities in urban areas. The ideal solution will provide real-time data, support user-friendly notifications, offer insights for optimized parking allocations, and reduce operational and maintenance costs.


Technologies: AI;IoT;GPS;Cloud
Applications: AI-based cameras for occupancy detection;IoT sensors for real-time monitoring;GPS tracking for route optimization;Cloud platform for data sharing and scheduling
Challenge: Smart loading zone monitoring
Description: IoT-enabled smart sensors and AI-based cameras for real-time occupancy detection, integrated into a cloud-based digital platform. GPS tracking for delivery route optimization and live updates. Open APIs for data sharing with delivery companies, enabling efficient scheduling and reducing congestion while enhancing overall urban logistics performance.


Technologies: IoT;Computer Vision;GPS;Web Platforms
Applications: Real-time monitoring;Pedestrian and Cyclist Tracking;Speed and Lane Usage Analysis;Dynamic Alerts;Safety Dashboard;Public Engagement Platform
Challenge: Smart pedestrian safety
Description: solutions that include real-time monitoring using IoT sensors, cameras, or GPS to track pedestrian, cyclist, and scooter movements. Data can be analyzed for speed and lane usage, enabling dynamic alerts or behavior interventions. A dashboard for city authorities and a public platform for safety updates and engagement would enhance safety and encourage active mobility


Technologies: IoT;Robotics
Applications: IoT-enabled systems for performance tracking;Robotics for compact and space-efficient designs
Challenge: Safe on-street EV charging
Description: solutions like smart on-street charging stations with real-time usage monitoring, compact and space-efficient designs, and safety-first features. Solutions may include modular chargers, IoT-enabled systems for performance tracking, and user-friendly interfaces for seamless EV charging access in high-density urban areas.


Technologies: AI;Computer Vision;IoT;Heat Mapping;Simulation
Applications: AI-powered Vision Systems;Smart Sensors;Heat Mapping for Traffic Analysis;Simulation for Urban Planning;Real-time Analytics Dashboards;Anonymized Tracking
Challenge: Enhancing commercial bikes adoption
Description: AI-powered vision systems, IoT-based smart sensors, heat mapping tools, and simulation software to analyze flow and parking behavior. Solutions include real-time analytics dashboards for city planners and anonymized tracking methods, avoiding GPS while providing dynamic, privacy-respecting insights.


Technologies: AI;Data Visualisation;Predictive Analytics;Video Analytics;Traffic Management Systems
Applications: AI for traffic prediction and management;Data Visualisation for multimodal transport network analysis;Predictive Analytics for load balancing;Video Analytics for multimodal transport monitoring;Traffic Management Systems for policy-driven operations
Challenge: Optimising multimodal transport network
Description: data visualisation of all modes of transport focused on mobility policy drivers (optimising for bus, active travel, emissions) and the impact on network performance; fusion of data to provide insight and understanding on network usage and people movement; incident management insights, mapping of critical routes / corridors with key assets that are essential for maintaining network efficiency – data will be used to assess network sensitivity.


Technologies: AI;IoT;Web Platforms;Sensors;Computer Vision
Applications: AI for Parking Demand Prediction;IoT for Real-time Monitoring;Web Platforms for Booking Systems;Sensors for Space Availability;Computer Vision for Parking Space Detection
Challenge: Facilitating shared parking
Description: a digital platform or app that matches available private parking spaces (e.g., residential, office, and supermarket lots) with real-time parking demand. IoT sensors or cameras can monitor space availability, while dynamic booking systems allow flexible reservations. Integration with existing mobility platforms ensures ease of use, reducing parking pressure, search time, and emissions.


Technologies: AI;Web Platforms;Robotics
Applications: AI-driven pooling algorithms;App-based booking systems;Electric vehicles for accessible transport
Challenge: Accessible on-demand transport
Description: on-demand transport services using small, eco-friendly electric vehicles capable of accommodating foldable wheelchairs or rollators. Solutions include app-based booking systems integrated with Münster’s mobility platform for real-time ride requests and route optimization. AI-driven pooling algorithms can enhance efficiency, reduce wait times, and improve user satisfaction while supporting inclusive mobility goals.


Technologies: Web Platforms;IoT;AI;Blockchain
Applications: Web Platforms for Mobility Services;IoT for Smart Stations and Tracking;AI for Route Optimization;Blockchain for Digital Payment
Challenge: Light vehicle renting
Description: a flexible rental/subscription platform offering a variety of light vehicles (cargo bikes, LEVs, carts) for specific needs like heavy load transport, suburban travel, and inclusive mobility. Smart stations or app-based systems for booking, usage tracking, and feedback collection can enhance accessibility. Integration with digital payment options and route optimization tools ensures user convenience and scalability.


Technologies: AI;IoT;GPS;Data Analytics
Applications: AI for Route Optimization;IoT for Fleet Monitoring;GPS for Real-time Tracking;Data Analytics for Fuel Savings and CO2 Reduction
Challenge: Optimised waste collection routing
Description: AI-powered route optimization software that integrates with GPS systems to provide real-time dynamic routing. IoT-enabled fleet monitoring for predictive maintenance to reduce breakdowns. Data analytics tools to model fuel savings, CO2 reduction, and performance metrics.


Technologies: AI;IoT;GIS;Cloud Computing
Applications: AI-driven analytics for pattern recognition;IoT sensors for CO2 and traffic monitoring;GIS mapping for emission hotspots;Cloud-based dashboard for data visualization
Challenge: CO2 data collection
Description: IoT-enabled sensors for real-time CO₂ and traffic flow monitoring, combined with AI-driven analytics for pattern recognition. A cloud-based dashboard for data visualization and reporting. Integration of GIS mapping tools to highlight emission hotspots. Scalable solutions capable of expansion to cover larger areas and drive targeted interventions.


Technologies: Mobile Apps; Real-time Signage; Data Collection Systems; Shared Mobility Platforms
Applications: Route Planning and Navigation; Parking Management and Validation; Fare Integration; User Experience Improvement; Data-driven Service Optimization; Sustainable Urban Mobility Solutions
Challenge: Park and Ride optimisation
Description: User-friendly mobile apps for route planning, parking validation, and fare integration. Real-time signage and wayfinding tools to guide users seamlessly. Integration of shared mobility platforms (e-bikes, scooters) at P&R locations. Data collection systems to gather user insights and optimize service delivery, with scalable solutions for future P&R expansion.


Technologies: AI;GPS;Digital Mapping;API
Applications: AI-powered disruption detection;GPS data integration;Interactive digital maps for rerouting;API-based data sharing for transport systems
Challenge: Real-time route updates
Description: AI-powered disruption detection tools using GTFS-RT and GPS data, combined with automated alerts for route changes. A mobile-friendly platform with interactive digital maps for rerouting suggestions. API-based integration to share disruption data across systems, enhancing reliability and communication in Poznań’s public transport network.


Technologies: AI;IoT;Mobile;GIS
Applications: AI-powered image recognition for defect detection;IoT sensors for real-time monitoring;Mobile apps for on-site assessments;GIS mapping for location-based analysis
Challenge: Bus infrastructure assessment
Description: Mobile-based tools for on-site assessments, AI-powered image recognition for defect detection, and IoT sensors for real-time monitoring. A centralized dashboard for reporting and prioritizing repairs, combined with GIS mapping for location-based analysis. Data integration for future infrastructure planning and predictive maintenance.


Technologies: AI;IoT;Cloud;Telematics
Applications: AI-driven analytics for CO₂ emissions and traffic analysis;IoT-enabled freight telematics;Cloud-based secure data platform;Telematics dashboards for city planning
Challenge: Data-driven decisions for urban freight
Description: neutral, cloud-based platform with secure data anonymization and aggregation capabilities. AI-driven analytics to interpret CO₂ emissions, delivery stops, and traffic flows. IoT-enabled freight telematics systems and dashboards for city planners to visualize trends and identify optimization opportunities. Stakeholder engagement tools to facilitate collaboration.


Technologies: AI;IoT;Robotics
Applications: AI for Predictive Maintenance;IoT Sensor Networks;Robotic Process Automation for Asset Management
Challenge: Prueba Alfred Energia
Description: Energy and cleantech Startups for DSO in Spanish market,
How could we implement predictive and prescriptive maintenance services that simplify the processes of distribution network assets with the aim of preventing breakdowns, avoiding interruptions and reducing costs?


Technologies: Biopharmaceuticals;Digital Health;AI;Biosensors;Biomanufacturing
Applications: Drug and therapy development;AI-driven diagnostics;Telemedicine;Health monitoring;Eco-friendly product manufacturing
Challenge: Revolutionizing Life Sciences Through Biotechnology
Description: solutions that uncover groundbreaking solutions in the biotechnology sector that support a healthier and safer life. Focusing on advancing healthcare and bio-based services and products, the challenge is designed to identify and accelerate transformative innovations in biotechnology. The initiative aims to bridge cutting-edge research with practical applications that can address critical health and safety needs globally.


Technologies: AI;Data Analytics;Blockchain;Omnichannel Integration
Applications: AI-powered customer support;Personalized product recommendations;Blockchain for secure transactions and supply chain management;Omnichannel retail experience
Challenge: Retail Reinvented: Next-Gen Commerce
Description: groundbreaking innovations in the retail and commerce sector that redefine how businesses engage with customers. We are looking for startups that break away from traditional production and distribution systems, offering efficient, customer-centric solutions powered by technology. The goal is to enable seamless communication and a superior experience for modern consumers.


Technologies: AI;IoT;Sensors;Robotics;AR/VR
Applications: AI-driven construction management;IoT-enabled smart buildings;Sensor-based safety systems;Robotic construction assistants;AR/VR for construction planning and training
Challenge: Building Tomorrow: Construction Tech Innovations
Description: innovations that enhance safety, sustainability, and comfort in construction. From smart building systems to advanced materials, help shape the future of safe, efficient, and comfortable spaces.y leveraging advanced technologies and innovative approaches, participants can help create safer, more comfortable, and sustainable environments.


Technologies: AI;Immersive Technologies;Predictive Analytics;Automation
Applications: AI-powered creative tools;Immersive AI experiences;Predictive analytics for data interpretation;Automation for workflow and productivity
Challenge: Innovate with Gen AI
Description: innovation trends and solutions shaping industries, including AI-driven automation, predictive analytics, immersive technologies, and sustainable advancements. Solutions should enable hyper-personalized content, automation of creative processes, and provide real-time insights from vast data sets.


Technologies: AI;Quantum Computing;Robotics;Advanced Materials;Nanotechnology;Energy-Efficient Technologies
Applications: AI for Industrial Breakthroughs;Quantum Computing for Advanced Systems;Robotics for Automation;Nanomaterials for Industrial Applications;Energy-Efficient Solutions for Sustainable Manufacturing
Challenge: Pioneering Tomorrow: Deep-Tech Innovations
Description: foundational technologies that drive industrial innovation and secure humanity’s future. From AI to quantum computing, help build the next generation of industrial breakthroughs.


Technologies: Edge Computing;IoT;AI;Secure Data Processing
Applications: Real-time data processing;Connected devices;Edge AI;Scalable and secure edge infrastructure
Challenge: Empowering Innovation: Edge Computing
Description: innovative solutions leveraging the power of edge technologies to enable faster processing, real-time insights, and smarter applications. Open to startups driving advancements in connectivity, IoT, AI, and secure data processing to shape the next generation of computing experiences.


Technologies: AI;Blockchain;Digital Tracking;IoT
Applications: AI for Consumer Behavior Analysis;Blockchain for Packaging Authentication;Digital Tracking for Inventory Management;IoT for Smart Packaging
Challenge: Circular Solutions for Packaging Reuse
Description: Design a future-ready system that promotes reuse and returnability of beverage packaging, focusing on scalable models, digital tracking, and consumer engagement strategies to create seamless and environmentally friendly solutions.


Technologies: AI;IoT;Blockchain;Cloud Computing;Virtual Reality;Cybersecurity
Applications: AI-powered collaboration assistants;IoT sensors for smart offices;Blockchain-based data security;Cloud-based collaboration suites;VR meeting platforms;Cybersecurity solutions for remote work
Challenge: Redefining Productivity: Hybrid Work
Description: innovative solutions that enhance collaboration, productivity, and flexibility in hybrid environments. From smart office tools to seamless virtual communication platforms, contribute to creating adaptable and efficient workspaces for the modern workforce.


Technologies: AI;Data Analytics;Remote Sensing;GIS
Applications: AI-based Water Quality Monitoring;Data-driven Watershed Management;Remote Sensing for Hydrological Analysis;GIS for Mapping and Planning
Challenge: Protecting and Restoring Water Sources
Description: Design scalable solutions that protect and restore local watersheds, ensuring sustainable water availability for communities and industries while preserving biodiversity and ecosystem health.


Technologies: AI;IoT;Blockchain;Carbon Capture;Renewable Energy
Applications: AI for Carbon Footprint Analysis;IoT for Emission Monitoring;Blockchain for Carbon Credits;Carbon Capture in Industrial Processes;Renewable Energy Integration in Supply Chains
Challenge: Cutting Carbon with Advanced Tech
Description: Create innovative carbon reduction, capture, or removal technologies that can be seamlessly integrated into supply chains to minimize carbon emissions and achieve net-zero targets.


Technologies: AI;Data Analytics;Remote Sensing
Applications: AI-powered crop monitoring;Data-driven decision support systems;Remote sensing for soil analysis
Challenge: Testing Innovations for Better Farming
Description: Design cutting-edge testing and analysis frameworks to evaluate the impact of new agricultural technologies and practices, ensuring they drive sustainability and productivity improvements for farmers.


Technologies: AI;Blockchain;Computer Vision;RFID
Applications: AI for Material Recognition;Blockchain for Supply Chain Transparency;Computer Vision for Object Detection;RFID for Inventory Management
Challenge: Smart Tracking for Circular Materials
Description: Enable transparency in the circular economy: Develop advanced tracking and tracing systems for packaging materials that optimize recycling processes, verify sustainability claims, and foster accountability across supply chains.


Technologies: Financial Modeling; Business Case Analysis; Software Development
Applications: Quantitative analysis of decarbonization projects; Investment decision support; Software tools for climate action planning
Challenge: Driving Decarbonization with Business Models
Description: Develop financial models and business case frameworks that quantify the value of decarbonization initiatives and drive investment in climate action solutions. Software solutions are welcome.


Technologies: Sustainable Materials;Biomaterials;Recycling Technologies
Applications: Innovative Packaging Materials;Biodegradable Food Packaging;Recyclable Logistics Solutions
Challenge: Sustainable Packaging Material Breakthroughs
Description: Revolutionize beverage packaging by creating new, sustainable material alternatives that match or surpass current packaging in durability, cost, and performance while significantly reducing environmental impact.


Technologies: AI;IoT;Sensors;Data Analytics;Machine Learning
Applications: AI-powered water quality prediction;IoT-based smart water meters;Sensor networks for real-time monitoring;Data analytics for water resource management;Machine learning for predictive maintenance
Challenge: Real-Time Smart Water Insights
Description: Develop advanced water monitoring and analysis systems that provide real-time data and predictive insights to optimize water usage, detect quality issues, and enhance resource efficiency across business operations.


Technologies: AI;Robotics;Computer Vision;Blockchain
Applications: AI-powered sorting systems;Robotic arms for material handling;Computer vision for material identification;Blockchain for supply chain traceability
Challenge: Revolutionizing Beverage Packaging Recycling
Description: Reimagine waste: Develop innovative technologies or solutions to enhance the efficiency, scalability, and affordability of recycling infrastructure for beverage packaging, ensuring that materials are returned to the production cycle in their highest value form.


Technologies: AI;Robotics;Advanced Materials;Nanotechnology
Applications: AI-driven water treatment processes;Robotic water quality monitoring;Nanomaterials for water filtration;Advanced sensors for wastewater analysis
Challenge: Circular Solutions for Water Reuse
Description: Create sustainable systems to repurpose treated wastewater for production processes, ecosystem replenishment, and community use, advancing the circularity of water resources.


Technologies: Chemical Engineering;Materials Science;Sustainable Design
Applications: Renewable Resource Utilization;Beverage Packaging Innovation;Circular Economy Integration
Challenge: Circular Chemistry for Sustainable Packaging
Description: Engineer next-generation chemicals and materials derived from renewable resources, optimized for use in beverage packaging and designed to seamlessly re-enter the circular economy at the end of their lifecycle.


Technologies: Sustainable Materials;3D Printing;Bioplastics;Smart Packaging
Applications: Innovative Container Design;Biodegradable Packaging Solutions;3D-Printed Customized Bottles;Interactive Packaging Labels
Challenge: Packaging New Forms
Description: Invent groundbreaking packaging forms that redefine how beverages are contained, transported, and consumed, focusing on sustainability, user experience, and lifecycle impact reduction.


Technologies: AI;Machine Learning;Computer Vision;GIS;Remote Sensing
Applications: AI-powered species identification;Machine Learning for habitat mapping;Computer Vision for wildlife monitoring;GIS-based ecosystem modeling;Remote Sensing for land-use change detection
Challenge: Tracking Biodiversity for Sustainable Impact
Description: Develop innovative solutions for biodiversity traceability and impact assessment that enable businesses to measure, monitor, and mitigate their impact on ecosystems, ensuring the preservation and renewal of natural habitats.


Technologies: AI;Blockchain;Data Analytics;IoT
Applications: AI for Supplier Diversity;Blockchain for Fair Trade Certification;Data Analytics for Market Insights;IoT for Supply Chain Tracking
Challenge: Inclusive Value Chains
Description: Design innovative models to build inclusive and equitable value chains that empower small businesses, local communities, and underrepresented groups to thrive economically and socially.


Technologies: AI;Robotics;Materials Science
Applications: AI-powered waste sorting;Robotic Process Automation for recycling;Advanced materials research for upcycling
Challenge: Transforming Waste into Value
Description: Transform the overlooked: Design innovative upcycling solutions to convert beverage industry byproducts and waste into high-value products or materials for use in other industries.


Technologies: AI;IoT;Robotics;Automation
Applications: AI-powered water treatment systems;IoT sensors for leak detection;Robotic process automation for water management;Automated water recycling systems
Challenge: Efficient Water Use in Operations
Description: Innovate water-saving technologies and treatment solutions that significantly reduce water usage and improve efficiency in beverage manufacturing and supply chain operations.


Technologies: AI;Blockchain;IoT;Data Analytics
Applications: AI-powered virtual assistants for personalized farming advice; Blockchain for secure data sharing and traceability; IoT sensors for soil and crop monitoring; Data analytics for predictive insights and decision support
Challenge: Empowering Farmers Through Sustainable Training
Description: Develop scalable training programs and digital engagement tools that empower farmers with knowledge, resources, and support systems to implement sustainable and regenerative agricultural practices.


Technologies: AI;Blockchain;IoT
Applications: AI for Crop Monitoring and Yield Prediction;Blockchain for Carbon Credit Trading;IoT Sensors for Soil Health Analysis
Challenge: Boosting Crops, Capturing Carbon
Description: Innovate solutions that aim to optimize crop yield and quality while enhancing soil health and maximizing carbon capture, advancing sustainable farming and climate resilience.


Technologies: AI;Blockchain;Cloud Computing;Data Analytics;Encryption
Applications: AI for Threat Detection;Blockchain for Data Security;Cloud-based Security Solutions;Analytics-driven Cybersecurity;Encryption Protocols for Data Protection
Challenge: Securing the Future of Cybersecurity
Description: Create advanced cybersecurity solutions that protect critical infrastructures, prevent emerging digital threats, and ensure secure, reliable data systems for businesses across global industries.


Technologies: AI;Blockchain;Data Analytics;IoT
Applications: AI for Process Automation;Blockchain for Secure Transactions;Data Analytics for Supply Chain Optimization;IoT for Asset Tracking
Challenge: End-to-End Value Chain Clarity
Description: Develop end-to-end transparency systems for the entire value chain, leveraging digital tools and data to enhance trust, traceability, and efficiency. Any underlying technology is welcome


Technologies: AI;IoT;Data Analytics;Cloud Computing
Applications: AI-powered energy analytics;IoT sensors for real-time monitoring;Data-driven energy optimization;Cloud-based energy management platforms
Challenge: Smart Energy Tracking for Efficiency
Description: Develop advanced energy monitoring and optimization solutions that enable precise tracking, analysis, and reduction of energy use across operations, driving net-zero carbon goals.


Technologies: Renewable Energy; Alternative Energy; Energy Storage
Applications: Solar Power for Beverage Production; Wind Energy for Bottling Plants; Geothermal Systems for Heating and Cooling; Energy Storage for Grid Stability
Challenge: Innovative Renewable Energy Solutions
Description: Design scalable and cost-effective renewable or alternative energy solutions tailored for the beverage industry, accelerating the transition to a low-carbon energy future.


Technologies: AI;IoT;Blockchain;Alternative Fuels
Applications: AI for Supply Chain Optimization;IoT for Real-time Tracking and Monitoring;Blockchain for Secure Data Sharing and Transparency;Alternative Fuels for Transportation
Challenge: Sustainable Logistics for Net Zero
Description: Innovate sustainable logistics solutions that minimize emissions across the supply chain, leveraging technology, alternative fuels, and efficient transportation networks.


Technologies: AI;IoT;Robotics;Data Analytics
Applications: AI-powered energy management systems;IoT sensors for real-time monitoring;Robotic process automation for energy optimization;Data analytics for predictive energy modeling
Challenge: Automating Energy for Carbon Reduction
Description: Create cutting-edge digital and automated systems for managing energy consumption, enabling smarter, more efficient energy use and contributing to carbon reduction efforts.