Orbit Behavior Analysis

GEOWatch leverages AI and machine learning to identify and classify satellite patterns of behavior (PoB) using passively collected ephemeris data. By continuously updating its data catalog with new inputs and detected PoB events, GEOWatch enables deeper insights into anomalous or concerning changes in on-orbit activities.​

Use Case

  • MISSION ANALYSIS

  • INTENT IDENTIFICATION

  • SATELLITE CHARACTERIZATION

  • ANOMALY ALERTING

Synthetic Data Generation

GEOWatch leverages AI and machine learning to identify and classify satellite patterns of behavior (PoB) using passively collected ephemeris data. By continuously updating its data catalog with new inputs and detected PoB events, GEOWatch enables deeper insights into anomalous or concerning changes in on-orbit activities.​

Use Case

  • DYNAMIC SCENARIO MODELING

  • SYNTHETIC DATA GENERATION

  • HIGH-FIDELITY PROPAGATION

  • EASY INTEGRATION

Coplanar & Co-Orbital Analysis

CoCoWatch is essential for preventing operational surprises by predicting potential threat events before they occur. Through workflows tailored for different mission phases, CoCoWatch aids in identifying co-orbital threats and determining optimal launch windows, thereby enhancing mission planning and reducing risks.​

Use Case

  • EVENT PREDICTION

  • THREAT IDENTIFICATION

  • RISK ASSESSMENT

  • RESPONSE PLANNING​

Centralized Space Intelligence

SDS acts as a centralized repository for cataloging key attributes of space objects. By aggregating open-source information and data from various providers, SDS facilitates the classification of satellites, aiding in tracking, analysis, and the development of behavior and signature models to identify indicators of camouflage, concealment, deception, and maneuver (CCDM).​

Use Case

  • REAL-TIME UPDATES

  • SECURE ACCESS

  • SCALABLE ARCHITECTURE

  • ENHANCED OBJECT ASSESSMENT

AI/ML Development with Governance & Trust

GEOWatch leverages AI and machine learning to identify and classify satellite patterns of behavior (PoB) using passively collected ephemeris data. By continuously updating its data catalog with new inputs and detected PoB events, GEOWatch enables deeper insights into anomalous or concerning changes in on-orbit activities.​

Use Case

  • EXPERIMENT VERSION CONTROL

  • COLLABORATIVE FRAMEWORK

  • GPU AUTO-PROVISIONING

  • MODEL LIFECYCLE TRACEABILITY

Kubernetes Platform for Secure Mission Dev

GEOWatch leverages AI and machine learning to identify and classify satellite patterns of behavior (PoB) using passively collected ephemeris data. By continuously updating its data catalog with new inputs and detected PoB events, GEOWatch enables deeper insights into anomalous or concerning changes in on-orbit activities.​

Use Case

  • CLUSTER AUTO-SCALING

  • SECURE ACCESS & COMPLIANCE DASHBOARD

  • PLUG-AND-PLAY INFRASTRUCTURE COMPONENTS