Exploring AI-enabled infrastructure for autonomous space operations, mission intelligence, space situational awareness and digital twins.
Developing conceptual software modules for the next generation of space domain awareness.
Automated satellite conjunction assessment, orbital debris tracking, space weather telemetry ingestion and trajectory anomaly detection.
High-fidelity real-time physics and state synchronization models for satellite subsystems, solar array degradation and attitude dynamics.
Onboard & ground station conversational AI agent assisting flight controllers during mission critical station-keeping and orbit insertion.
FROM ORBITAL SENSORS TO DECISION SUPPORT
Satellites, payloads, ground stations & orbital sensors.
RF spectrum telemetry, optical tracking & radar ephemeris.
Real-time ground station data pipeline & protocol decoding.
Machine learning trajectory fitting & hazard classification.
Subsystem state mirror & predictive physics simulation.
Conjunction alerts & telemetry health scoring.
Automated flight controller action recommendations.
Collaborate on space situational awareness, digital twins, and autonomous mission intelligence.