From Sensor to Service: Next-Generation Earth Observation Systems
The Earth observation (EO) market has been evolving into a more commercialised sector, with businesses leveraging the vast amounts of data generated by EO satellites to create value-added services. These cover a wide range of applications across different areas, including precision agriculture, land management, disaster response, climate research and weather forecasting, emissions tracking, maritime surveillance, critical infrastructure monitoring, and much more. It is crucial to position Europe as a leader in EO, and bolster the competitiveness of its research and industrial community, including SMEs and start-ups. This entails leveraging new technologies, improving system efficiency and cost-effectiveness, supporting environmental goals, and enhancing the broader space sector’s prowess. In pursuit of these objectives, the European Union is funding pioneering research and innovation activities in key areas. They include the development of highly flexible and interoperable end-to-end EO systems, notably technology demonstration, and validation in representative environments and real-world use cases. In addition, the development and maturation of key technologies essential for high-performance EO is crucial. This includes new observation payloads, enhanced autonomy of EO systems, and advanced data management through edge computing, on-board image processing, AI integration, data fusion and advanced processing units. Support is also being offered to enhance flexibility and affordability for businesses working in the sector. This flexibility will allow for a more effective response to evolving market needs, improving system availability and latency, while ensuring high-quality end-user experiences. Low-cost solutions at technology level support rapid development and testing processes, shortening development and production cycles, and increasing cost-efficiency. On the ground, EU funding is driving the development of advanced solutions for secure, scalable and resilient multi-mission ground segments that are able to meet growing data demands and adapt efficiently to complex scenarios. The eight projects included in this publication have each contributed successes to the achievement of these objectives, bolstering the competitiveness of the European space sector. Funded under Horizon Europe and managed by the European Health and Digital Executive Agency(opens in new window) (HaDEA), the projects’ ambitious developments and demonstrations have pushed the boundaries of European capabilities in addressing global commercial EO challenges and markets. In doing so, this R&I portfolio has paved the way for a longer-term strategy designed in the context of the co-programmed European Partnership for Globally Competitive Space Systems(opens in new window) (GCSS). This partnership is further driving the digitalisation of commercial space solutions, including collaborative and synergetic solutions for EO and satellite communication missions. Together, this work is helping to secure a competitive and innovation‑driven EO ecosystem that delivers value for Europe’s citizens, industry and the global market.
