shadowbroker

Geospatial OSINT analysis aggregates telemetry, imagery, and news across layers like flights, ships, and satellites. It applies cross-layer correlations, anomaly detection, and geofencing to support rapid situational awareness and investigations.

Yes, tracking ships, flights, and satellites simultaneously is supported through per-layer live telemetry. The system aggregates this real-time data alongside news and earthquake events, applying proximity alerts and cross-layer correlations for investigations.

Time-machine snapshots are generated by querying the geospatial layers to capture historical telemetry and map pins. This allows you to review past events, apply geofencing, and perform cross-layer correlations to support retrospective investigations.

Yes, you need a local service running to query real-time telemetry and satellite imagery. You must instantiate a client and connect to the service at localhost:8000 to begin requesting data and enforcing secure HMAC-signed API requests.

The best way to correlate news aggregation and anomaly detection is by applying cross-layer correlations across the native data layers. This approach combines live telemetry, on-demand satellite imagery, and news data to identify anomalies and support decision-making.

Yes, this OSINT approach supports data injections into native telemetry layers through Wormhole and InfoNet participation. This enables you to supplement automated collection with custom data while maintaining per-layer incremental telemetry tracking.