Detect and Track

See what others miss. Track what others lose.

High-precision LEO detection and tracking powered by SORASYS

Most space surveillance systems were not designed for the density and complexity of today's orbital environment. They miss small objects. They lose tracks during manoeuvres. They depend on conditions that space doesn't always cooperate with. SORASYS was built differently, a new-generation ground-based radar network that provides centimetric accuracy, continuous tracking, and all-weather operation to deliver the most responsive LEO monitoring capability on the market.

What SORASYS detects

Innovation
‍Curious and creative minds, capable of imagining bold solutions to complex problems.

Active satellites, defunct spacecraft, rocket bodies, fragmentation debris down to a few centimetres, manoeuvring objects, and previously uncatalogued objects, across the full Low Earth Orbit environment up to 2,000 km altitude, where more than 90% of space traffic is located.

Large curved metal structure on a platform with cars and sunset in the background.

Why choose radar technology

Innovation
‍Curious and creative minds, capable of imagining bold solutions to complex problems.

SORASYS operates independently of illumination conditions, weather, and light pollution, delivering continuous, high-cadence observations where optical systems have gaps. It measures range, range-rate, and Doppler shift simultaneously, producing the precise orbital elements needed for accurate conjunction assessment and manoeuvre planning. The system supports simultaneous multi-object tracking and rapid scan rates suited to LEO angular velocities, with real-time data integration into SYNAPSE for fusion, cataloguing, and alerting, and is accessible via API or interface for integration into client systems, including on-premise deployment for secure or classified operations.