Space
Satellite data provides unique insight into global and local changes on Earth, but the data sets are enormous. The Copernicus space programme generates around 20 terabytes of data every day. At the same time, authorities, researchers and companies need access to this information in order to manage climate change, monitor vegetation, optimise agriculture and achieve the sustainability goals of Agenda 2030. The challenge is to make satellite data accessible and usable through efficient storage, management and analysis.
RISE develops methods and platforms for AI-based analysis of satellite data that create societal benefits. Through deep machine learning and advanced algorithms, satellite images are analysed to monitor vegetation, detect changes in the landscape and support decisions on climate adaptation. We offer a national knowledge hub for authorities, researchers and companies working with Earth observation. As a certified test facility for SKAO, the next-generation radio astronomy observatory, RISE develops methods for detecting extremely weak electromagnetic emissions that can interfere with observations from space. We test electronics and materials for space according to international standards and calibrate time and frequency via GPS for precision measurements. Research in 6G and satellite communications is developing the global communication systems of the future.
RISE leads space programme focusing on AI
Testing of Radio Communication Equipment
Edge AI
RISE brings together expertise in AI for satellite image analysis, electromagnetic compatibility for space, materials testing and satellite communications. Our experts develop solutions that handle huge amounts of data and support decisions on climate adaptation and sustainability goals.