SATERA
Space-based composite Ads-b and multilaTeration systEm validation thRough scalable simulAtions
SATERA addresses the concept of a space-based composite ADS-B + E-MLAT system using ADS-B and MLAT receiving stations on board small satellites on low Earth orbits.
SATERA Aims
SATERA aims to design and validate a GNSS independent ATC surveillance system enabling the definition of integrity parameters for space-based ADS-B data improving the Air Traffic Security and Safety.
SATERA aims to be a key enabler to optimize air operations, mainly for long-haul flights over oceanic or uninhabited areas, allowing the reduction of greenhouse gas emissions, the increase of airspace capacity, safety and security.
SATERA aims to enhance European airspace sovereignty by fostering the provision of critical ATM services by European companies, enhancing the European industrial leadership on the ATC by the use of satellites and boosting the deployment of space-based ADS-B in Europe.
SATERA Objectives
Project Timeline
Latest News
- SESAR JU Annual Conference
We are thrilled to announce our participation in SESAR Joint Undertaking annual conference 2025. SATERA will be showcased in the Digital Marketplace exhibition. Stay tuned… - SATERA SIDS2024 paper and presentation now available on website
Check our Results page!. The first SATERA paper, presented during the SESAR INNOVATION DAYS in Rome is now available for download. - SIDs2024Exciting days ahead at SIDs2024! Meet us at the SESAR Innovation Days starting today.You can catch up with Victor Monzonis Melero, Juan Vicente Balbastre Tejedor, and Mauro Leonardi to discuss the latest advancements in space-based multilateration systems and innovative solutions for the future of aviation and about SATERA project.