Our six challenges 2026

INNOspace Masters promotes ideas for the transfer of technology and expertise from other industries to the space sector (spin-ins/New Space) or from space to non-space sectors (spin-offs).

 

The overall theme for the 2026 competition round is:

Engage on Earth, Unite in Space – Exploring Next Level Cross-Sector Innovations

 

Under this overall theme, the competition offers six different challenges for you to participate in. Each challenge covers a wide range of topics and focuses on a different stage of technological maturity – from applied research to market-ready solutions.

In addition to global networking contacts, the winners will receive technological and commercial support, as well as assistance with project implementation.

Submission for this year’s competition round will open on 15 January 2026.

All challenges at a glance

Each challenge in detail

German Space Agency at DLR Challenge 2026:
"Groundbreaking Cross-Sector Innovations"

On behalf of the Federal Government, the German Space Agency at DLR designs and implements the German Space Programme, which integrates all German space activities at national and European level.

The German Space Agency at DLR has started the INNOspace® initiative to promote innovation, technology transfer and new markets.

The challenge:

The space sector continues to evolve: Increasing numbers of new concepts are becoming economically viable, giving rise to emerging markets and creating new opportunities for space industry innovation. At the same time, the space industry is integrating hardware, technologies, and approaches from terrestrial sectors, further accelerating its transition. In this context, the German Space Agency at DLR is seeking for ideas and concepts for space spin-ins and spinoffs that can lead to technologies, processes, and applications with cross-sector relevance.

The DLR Challenge will award four projects in two categories:

  • two projects submitted by a research consortium (e.g. led by a university or research institution – integration of industry welcome)
  • two projects submitted by industry (e.g. led by a SME or company – integration of research also welcome)

The focus of the DLR Challenge is on technology with a pre-commercialisation TRL (Technology Readiness Level). Of particular relevance are collaborative projects from consortia that combine expertise from industry and research.

Team up with relevant partners and submit your idea!

This year, the DLR Challenge is open to various cross-sector innovation ideas. The following topics are provided for inspiration:

  • Enabling the Use of Satellite Data, e.g. Guidance, Navigation and Control Systems, Use of Timestamps for Wearables, Integration of EO-Data in On-Board Applications, GNSS receiver, Special Services of Galileo
  • Advanced Manufacturing, e.g. Additive Manufacturing in Microgravity and Healthcare Business, 3D-Printed Medicines, Use of AR/VR for Interactive Representations, Automated Processes through Robotics
  • Optical Space Systems, e.g. Quantum/Photonic Technologies, Onboard Computing Systems
  • Innovative AI Applications that are entirely new for space and infrastructure sectors – ideas beyond current horizons

Rewards and journey

Who can apply?

ESA BIC Challenge 2026:
"Join the New Space Economy"

The European Space Agency (ESA) is dedicated to the peaceful exploration and use of space for the benefit of mankind. Established in 1975, ESA works with its 23 Member States to push the frontiers of science and technology and to promote economic growth in Europe.

ESA Business Incubation Centres (ESA BICs) are the largest network of incubators supporting space related start-ups in Europe. The objective is to support entrepreneurs with a space-based business idea and help them developing their product while getting their company off the ground. In the process, they create and grow clusters of space-related start-ups across Europe.

The challenge:

The space economy has evolved from a niche commercial sector into a vital backbone of our society and economy. Today, leveraging space assets is not just about opportunity; it is about ensuring technological sovereignty and resilience. Space infrastructure and secure data are essential for protecting critical systems on Earthincluding energy grids, communication networks, and global supply chains.

To meet these growing demands, we need next generation upstream and downstream technologies that are robust, secure, and sustainable. The ESA Business Incubation Centres (ESA BICs) provide comprehensive support to ambitious entrepreneurs who want to develop these future-proof solutions and drive value across all sectors.

The ESA BICs in Germany are looking for teams with innovative business ideas that strengthen the space ecosystem or utilize space data for secure and scalable cross-sector applications. The teams will receive support to turn their ideas into a viable company.

Potential innovation areas and use cases are:

  • Resilient Infrastructure: Solutions for renewable energy grids, supply-chain security, and autonomous mobility that rely on uninterrupted space data.
  • Industrialisation of Space: Concepts for automated manufacturing, series production technologies, and rapid integration processes that enable scalable satellite constellations and responsive space access.
  • Trusted Data Ecosystems: Cybersecurity, crisis response and ensuring data integrity for critical decision-making.
  • Space Safety & Sustainability: Emerging markets such as active debris removal, satellite servicing, and space traffic management to ensure long-term, safe access to orbit.
  • Sovereign Components: Innovative space components, subsystems, or advanced sensor systems that ensure technological Independence and reliability in harsh environments.
  • Any other ideas for the space sector or use of space data.

What you need to bring to participate: Valid space connection, existing business idea, founding team with complementary skills.

Rewards and journey

Who can apply?

ESA BA Challenge 2026:
"Space for a Resilient Society"

The European Space Agency (ESA) is dedicated to the peaceful exploration and use of space for the benefit of mankind. Established in 1975, ESA works with its 23 Member States to push the frontiers of science and technology and to promote economic growth in Europe.

The ESA Business Applications and Space Solutions (BA) programme provides a comprehensive, structured support system for businesses at all stages of their growth. Eligible are businesses from any sector who intend to use space technologies such as satellite navigation, earth observation or satellite telecommunication to develop new commercial services for Earth. The application areas range from health, education and leisure to agriculture, transportation and energy. The goal is to accelerate innovation and collaboration through sector task forces and partnerships.

The challenge:

There are tremendous commercial opportunities by using satellites and the technologies that underpin the resilience of different systems and data. Space assets and insights derived from space data generate value in nonspace domains such as resilient agrifood and Energy systems or finance and insurance and more. Today, more innovative applications are becoming financially feasible. Thus, new commercial opportunities for all sectors arise, while creating benefits for new communities.

In a drive for a sustainable future, the ESA Business Applications and Space Solutions (BA) supports businesses of all sizes and across all sectors to develop innovative solutions for Earth using space data and technology. We are looking for ideas that can lead into commercially sustainable services or applications supporting such as:

Resilient agrifood systems

  • Stable access to food: Use satellite imagery and AI to track crop yields, soil health, and water availability, ensuring stable food supplies and early warning for shortages. Deploy space-enabled tools to assess droughts, floods, and storms, minimising disruptions to food production and distribution.
  • Resilient response to climate change impact: Apply Earth observation data to model temperature shifts, precipitation changes, and extremeweather impacts on farming regions, supporting adaptation strategies. Use geospatial analytics to measure emissions from agriculture and food systems, enabling climate-smart policies and practices.
  • Transparent supply chain tracking and logistics optimisation: Combine satellite data and positioning to monitor food movement from farm to market, reducing waste and improving resilience. Use space-based connectivity and predictive analytics to streamline transport routes and storage, cutting emissions and costs.
  • Sustainable farming practices: Leverage satellite sensors and AI to optimise irrigation, fertilizer use, and crop rotation, boosting yields while conserving resources. Detect illegal land clearing and promote sustainable practices aligned with global climate goals.

Resilient energy systems

  • Continuous power supply for citizens and industry: Use satellite data and AI to monitor power networks, predict outages, and balance loads, ensuring uninterrupted electricity for homes and businesses and grid resilience and optimisation. Apply Earth observation and predictive Analytics to anticipate solar and wind availability, improving grid stability and reliability.
  • Protection of critical energy infrastructure: Combine satellite surveillance and AI to identify physical risks, unauthorised activities, and cyber vulnerabilities near power plants and transmission lines, ensuring a timely threat detection. Use space-based monitoring to anticipate natural hazards and coordinate rapid response for critical energy assets. Implement geospatial Tools and GNSS to verify infrastructure integrity and adherence to environmental and safety standards.
  • Energy sovereignty and sustainability: Use Earth observation to identify optimal sites for solar, wind, and hydro projects, supporting national energy independence. Leverage satellite connectivity to enable local energy generation and reduce reliance on imported fuels. Apply geospatial analytics to model renewable potential and grid integration, accelerating the shift to clean, sovereign energy systems.

Finance and insurance for a resilient society

  • Climate risk resilience: Use satellite data and AI to help insurers design coverage that shields farmers from droughts, floods, and pests, strengthening food system stability.
  • Rapid recovery through verified claims: Apply Earth observation data and GNSS to validate losses quickly, enabling fast payouts that Keep farmers operational after natural catastrophe events.
  • Infrastructure resilience planning: Use geospatial analytics to assess risks to power plants and renewable installations, enabling insurers to offer protection that supports continuity of energy supply. Apply satellite-based hazard models to forecast disaster impact and support preparedness efforts.
  • Performance-linked insurance coverage: Integrate space-enabled monitoring of renewable output to design insurance products that stabilise revenue streams and encourage investment in resilient energy systems.

Rewards and journey

Who can apply?

Airbus Challenge 2026:
"Boosting Earth-Space Industry Partnerships"

Airbus is a European leader and pioneer in the space sector with a strong focus on technology and industrial development using new commercial approaches. With the vision of linking Earth and Space through viable cross-industry innovation, Airbus aims to boost the commercialization of space in Europe, considering efficiency and sustainability at the same time. The aim is to foster New Space applications by integrating and connecting different systems and sectors along the entire value chain. This is achieved through intensive co-innovation and co-creation between the space industry and terrestrial partners across a variety of vertical markets.

The challenge:

Airbus is looking for innovators with ideas for exceptional hardware, industrial processes, applications, or business models relevant to space that promise to have a lasting impact on our daily lives. The focus is on smart solutions enabling sustainable and commercially viable innovations on topics such as:

  • Search for new innovative and commercial use cases for a next-generation space station like Starlab, which – thanks to the industrial approach – is offering both traditional and new opportunities.
  • Space-based Earth observation and environmental monitoring as a catalyst for sustainable development, Climate resilience on Earth and now more than ever a safer world.
  • Ubiquitous and secure space-based end-to-end connectivity solutions. We are interested in technology, ideas and business that enable seamless multi orbit integration with terrestrial networks through innovations such as optical and Quantum communication technologies and intelligent networking software.
  • In-orbit infrastructure and services for a sustainable space economy driving technological innovation, resource efficient growth and global collaboration on Earth.
  • We encourage out-ofthe-box thinking, please submit your space innovations, even if they don’t align perfectly with the above mentioned criteria.

Rewards and journey

Who can apply?

Mercedes-Benz car2space Challenge 2026:
"Space up your Drive"

Mercedes-Benz AG is part of the Mercedes-Benz Group AG with a total of around 166,000 employees worldwide and is responsible for the global Business of Mercedes Benz Cars and Mercedes-Benz Vans. The company focuses on the development, production and sales of passenger cars, vans and vehicle-related services. Furthermore, the company aspires to be the leader in the fields of electric mobility and Vehicle software. The product portfolio comprises the Mercedes-Benz brand with Mercedes-AMG, Mercedes-Maybach, and G-Class with their all-Electric models as well as products of the smart brand. The Mercedes me brand offers access to the digital services from Mercedes-Benz. Mercedes-Benz AG is one of the world’s largest manufacturers of luxury passenger cars.

The challenge:

Mercedes-Benz is looking for smart innovation for future mobility enabled by space solutions. Join the Mercedes-Benz car2space Challenge at INNOspace Masters:

  • Explore advanced energy systems such as battery technologies (capacity, cost, performance and efficiency improvement, cell chemistry, Energy management), wireless power transfer, Energy harvesting (solar-based systems) and energy-efficient AI solutions.
  • Innovate digital tech & AI like algorithms for artificial intelligence and machine learning, digital twins, simulations, embedded AI, software-defined hardware, and intelligent, connected sensor systems.
  • Innovate with cutting edge sensor technologies & situational awareness such as Integration and fusion of camera, radar, lidar and GNSS sensors, neuromorphic systems, GNSS resilience, quantum-based inertial sensor technology, as well as the development of precise Navigation solutions and mobility services.
  • Leverage stationary and mobile robotics and its enabling building blocks (different form factors incl. humanoids/embodied AI), including fast learning and training methods (sim2real transfer).
  • To meet tomorrow’s connectivity needs, design hybrid telecommunication solutions (terrestrial x orbital), ad-hoc networks and enabling technologies.
  • Explore earth observation data for autonomous and electric vehicles, leverage weather and climate monitoring.
  • Surprise us with unexpected outside-the-box innovations.

Rewards and journey

Who can apply?

OHB Challenge 2026:
"Sovereign End-to-End Systems"

With more than 40 years of experience as an independent force in the European space industry, OHB tackles one of the biggest challenges of today: The sustainable and cost-efficient use of resources. Thus, especially synergies and developments for space and Earth should be in focus. The technologies developed by OHB cover the entire cycle of space innovation from building and launching satellites into space via establishing ground stations and IT solutions. We are always open to new creative approaches, including the exploration of new worlds in space and on the ground.

The challenge:

Are you ready to push the boundaries of space technology? We’re looking for fresh ideas on how to design space system architectures and solutions based on end-to-end value chains. Whether through increased onboard computing, seamless connectivity via inter-satellite links or a LEO economy, the future space systems will look very different from those of today.

We are seeking disruptive ideas in the following areas:

  • Industrialisation: Solutions that enable high-volume supply chains, serial manufacturing, and advanced digitalisation.
  • Security & Sovereignty: Technologies that enhance the security and resilience of space systems.
  • Orbital Economy: Innovations in in-orbit manufacturing, orbital logistics, and space safety.
  • Artificial Intelligence & Machine Learning: Applications for downstream services, spacecraft autonomy, software-defined systems, and ground infrastructure optimisation.
  • Enabling Space Technologies: Advanced satellite components, rocket components, and improved access-to-space solutions.
  • Exploration: Technologies that support lunar missions and exploration of other celestial bodies.

Rewards and journey

Who can apply?

Evaluation Criteria

Learn which criteria the submission needs to fulfill in order to have the best chances of winning the dedicated challenge.

Terms of Participation

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