AeroScope provides a comprehensive suite of real-time aircraft tracking, analysis, and surveillance tools built for researchers, enthusiasts, and security professionals.
Live aircraft positions plotted on an interactive map with altitude-based coloring, historical flight paths, heading indicators, and customizable geofence overlays. Toggle between satellite and terrain views, filter by aircraft type, and click any aircraft for detailed telemetry data including speed, altitude, vertical rate, and squawk code.
Automated 0-100 threat assessment for every tracked aircraft using 8+ weighted factors: proximity to observer, altitude anomalies, speed deviations, flight pattern irregularities, transponder behavior, aircraft classification, historical behavior, and geofence violations. Color-coded alerts from green (routine) through yellow (elevated) to red (critical).
AI-powered UAV identification system that distinguishes drones from conventional aircraft using flight characteristics including low altitude, slow speed, erratic movement patterns, and missing transponder data. Each detection includes a confidence score and classification rationale to help validate findings.
Advanced flight pattern recognition that automatically detects and classifies orbit patterns, racetrack holding patterns, loiter behavior, grid search patterns, and formation flights. Invaluable for identifying surveillance aircraft, search and rescue operations, law enforcement activity, and military exercises in your area.
Real-time airspace complexity scoring that evaluates traffic density, altitude layer distribution, heading diversity, speed variance, and vertical rate activity. Generates ATC-style recommendations and alerts when complexity exceeds configurable thresholds. Useful for understanding local airspace congestion and risk assessment.
Export tracked aircraft data in CSV, JSON, or GeoJSON formats for offline analysis. Access the full REST API with 50+ endpoints for programmatic data retrieval, or connect via WebSocket for real-time streaming integration. Perfect for academic research, data visualization projects, and third-party system integration.
Define virtual boundaries around sensitive locations and receive instant notifications when aircraft enter, exit, or loiter within those zones. Configure multiple geofences with custom radii, altitude filters, and alert thresholds. Monitor airports, stadiums, government buildings, or any area of interest for unauthorized aerial activity.
ADS-B spoofing detection and signal quality analysis that monitors for impossible position jumps, unrealistic velocity changes, duplicate ICAO addresses, and inconsistent transponder behavior. Alerts operators to potentially falsified ADS-B transmissions and flags aircraft with degraded signal quality for further investigation.