The field is divided into 12 sectors (30° each) numbered clockwise from 1 to 12. Active sectors are highlighted when sensors detect an intruder.
Sensor Configuration
Upload or download sensor parameters as a JSON file. This includes acoustic sensor settings (field radius, detection radius, spacing) and optical sensor settings (count, detection range, field of view).
Field Constructor
Upload maps and adjust the sensor field size to match real territory dimensions.
Background Image
Upload a map or satellite image to display as background under the sensor field.
Adjust the territory size, then click Apply Settings to resize the sensor field and regenerate all sensors. The background image will automatically scale to fit inside the inner sensor ring. Current field diameter is 8 km.
Acoustic Sensors
▼
Model:Squarehead Technology Discovair G2 / G2+ Type:Passive Acoustic Sensor (Microphone Array) Microphones:128digital microphones Detection Range:500 m (300-500m typical, up to 1km) Frequency Range:200 Hz - 20 kHz Field of View:105° (azimuth) Direction Accuracy: <10° (azimuth/elevation) SNR: <85 dB Processing:Edge processing, beamforming, ML classification
Detection Characteristics
Detection Radius:- m
Response Time:Real-time
Power: 24-48V DC, 20-30W
Protection: IP65, MIL-STD-810
Optical Sensors
▼
Model:Dahua SD6AL445GB-HNV-IR Type:Optical PTZ (Pan-Tilt-Zoom) + Infrared Resolution:4 MP (2560×1440) Zoom:45× optical, 16× digital Detection Range:3000-4000 m (for drones) IR Illumination:2500 m Pan/Tilt:360° continuous / −20°…+90° AI Features:Smart Tracking, Object Classification Frame Rate:30 fps @ 4MP Video: H.265 / H.264 / MJPEG Protection: IP67, IK10 Power: PoE+ or DC/AC 24V, 30W
Optical Configuration
▼
Position:Protected Zone Border (500m) Method:Parallax Triangulation Operation Mode:Rotating PTZ (tracking)
Comprehensive system validation through automated testing of sensor placement, triangulation accuracy, and interceptor autopilot performance across all weather conditions.
Test Suites
Analyzes sensor detection coverage across all weather conditions (clear, fog, rain, night) to determine optimal placement strategy.
Validates coordinate network reliability by measuring triangulation errors, position smoothing, and prediction accuracy.
Evaluates Proportional Navigation autopilot across multiple scenarios to provide implementation recommendations for real drones.