A new generation of ground-based radar built for the density and complexity of modern LEO
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What makes SORASYS different
Innovation
Curious and creative minds, capable of imagining bold solutions to complex problems.
Innovation
Curious and creative minds, capable of imagining bold solutions to complex problems.
Innovation
Curious and creative minds, capable of imagining bold solutions to complex problems.
Innovation
Curious and creative minds, capable of imagining bold solutions to complex problems.
SORASYS operates continuously, in all weather conditions and independent of sunlight, atmospheric transparency, or light pollution, filling the observational gaps that limit existing SSA networks day and night, in cloud cover and clear skies alike.
Where other systems lose track, SORASYS maintains it. The network delivers simultaneous multi-object tracking at scanning speeds suited to LEO angular velocities, measuring range, range-rate, and Doppler shift simultaneously to produce the precise orbital elements needed for conjunction assessment and manoeuvre planning. It detects objects down to a few centimetres in LEO with centimetric positional accuracy, covering debris populations that standard catalogues and optical networks miss entirely.


SORASYS 1
now operational in Lozère, France

SORASYS 2
SORASYS 2A "Rehua" and 2B "Matarii” are under deployment in French Polynesia

GOAL
7 globally distributed radars by 2030 for near-persistent LEO coverage
SORASYS data feeds in real time into SYNAPSE for multi-source fusion, cataloguing, and alerting. It is also available as a standalone data service via API for integration into existing client architectures, including on-premise deployments for classified environments.
