Compliance infrastructure that goes to orbit.
You cannot satisfactorily audit a spacecraft from Earth.
Spacecraft don't pause for compliance reviews. Configuration drift at 20,200km altitude is a mission risk, not a documentation problem. When your constellation spans 31 assets across 6 orbital planes, traditional GRC falls apart.
Evidence must flow from telemetry. Baselines must be tracked autonomously. Authorization must remain continuous—because reauthorization lag doesn't work with orbital mechanics.
Track 31 GPS satellites across 6 orbital planes at 20,200km altitude. Each asset reports health status, clock drift, and signal strength. Configuration baselines are continuously validated against approved parameters.
When GPS-19 shows elevated clock drift, the system automatically flags the anomaly, maps it to relevant controls, and initiates evidence collection—before the next compliance review.
GPS III constellation · 55° inclination · 718-minute orbital period
Lightweight embedded agent for spacecraft flight software. Continuous baseline monitoring, configuration attestation, and evidence generation from telemetry streams. Designed for radiation-hardened environments with minimal computational overhead.
Track configuration state across hundreds of orbital assets simultaneously. Automated drift detection against approved baselines. Alert generation when spacecraft deviate from authorized configurations.
Automated extraction of compliance evidence from telemetry data. Maps sensor readings, configuration states, and operational parameters directly to control requirements. Eliminates manual evidence collection.
Bidirectional integration with ground control station software. Evidence flows from ground segment operations. Command authorization logging. Uplink/downlink audit trails for all configuration changes.
Full lifecycle ITAR and EAR compliance. Component-level tracking from manufacturing through launch and operations. Technology transfer documentation. End-to-end chain of custody.
Authorization artifacts generated from live operational data. POA&M lifecycle management tied to mission phases. Risk acceptance workflows with mission-context awareness. ATO package generation on demand.
Framework packs configured per mission profile. Custom control mappings available for proprietary standards.
Click any satellite to view real-time health metrics, compliance status, and telemetry data.
Click any satellite in the orbital view to see detailed health metrics and compliance data.
38.8977° N, 77.0365° W · Clearance may be required for technical briefing