ZARQA
Detection System
The camera-based warning architecture operates independently of active radar emissions, the system extracts visual signatures from incoming threats, it subsequently computes absolute 3D coordinates to establish terminal guidance paths for deployed interceptors.
System Architecture
Empirical data indicates that low-RCS threats and composite airframes frequently bypass traditional radar systems, our detection architecture mitigates this vulnerability by utilizing high-fidelity optical and infrared sensors, the system constructs a secure, virtual perimeter derived entirely from thermal and visual data streams.
Anomaly detection triggers the onboard edge computational layer, the neural network classifies the target, extrapolates trajectory vectors, and generates pinpoint 3D coordinates, the system then routes this targeting telemetry through encrypted data links directly to the interceptor.
Passive Detection
The absence of RF emissions eliminates the system's electronic signature, this prevents detection by anti-radiation logic and renders the unit invisible to standard electronic warfare sweeps.
Pinpoint Accuracy
The system computes precise spatial coordinates for immediate terminal guidance handoff, this pre-calculation drastically reduces the onboard computational overhead required by the deploying interceptor.