AeroScope is not a roadmap deck — these capabilities are live on the platform right now. Each one maps to the same mission: see what is above you, know what it is, catch what is deceptive, and stay ahead of it in real time.
A live instrument HUD over your position — a rotating radar dome, an animated altitude histogram, and a drag-to-explore situational globe with connection arcs to the contacts that matter. Rendered entirely client-side with three.js.
adsb.fi, adsb.lol, airplanes.live and OpenSky plus a satellite-ADS-B merge, de-duplicated by ICAO 24-bit address — one airframe, not three dots. How fusion works →
60+ FEEDSEight weighted rule-based factors summed into an explainable 0–100 rank. Always shows its working; never an accusation. See the score →
8 FACTORSRiver, scikit-learn IsolationForest, a pykalman innovation test, OpenAP envelope checks, stumpy matrix profiles and PyOD — a flag fires only on ≥2-detector agreement. Detectors →
TORCH-FREEA DO-260B-style 7-check plus a Kalman normalised-innovation test and altitude/speed/heading residuals expose self-inconsistent messages. Integrity →
DO-260BRemote-ID parsing plus behavioural signatures — low-and-slow, tight loiters — surface candidate uncrewed aircraft. Drone detection →
REMOTE-IDClient-side dead-reckoning glides every aircraft at its true ground speed between fixes and corrects toward truth without snapping back. The pipeline →
DEAD-RECKONINGAutomatic orbit, racetrack, loiter and grid-search classification with per-airframe behavioural baselines for deviation scoring. Baselines →
BEHAVIOURALCircle and polygon zones with enter/exit events, emergency-squawk detection (7500/7600/7700) and observer-relative proximity thresholds. Geofence guide →
OBSERVER-RELATIVECSV, JSON and GeoJSON exports plus a documented REST/WebSocket API — reproducible analysis, not a black box. API docs →
CSV / JSON / GEOJSON