Five layers of integrated software and hardware engineered for sub-50ms decision latency in GPS-denied, comms-degraded, adversarial environments.
High-level orchestration. Operators define mission intent — perimeters, no-go zones, rules of engagement — and the system translates them into autonomous behavior across the fleet.
Drag-and-drop mission authoring with terrain-aware route optimization, threat overlays, and rule-of-engagement scripting. Plans validate against airspace and regulatory constraints in real time.
Multi-modal sensor fusion — EO/IR, LiDAR, RF, and acoustic — feeding adversarially-trained perception models. Detection, classification, and intent inference run on-platform.
Real-time identification of personnel, vehicles, and aircraft at ranges exceeding 4km optical, 12km thermal.
Behavioral analysis distinguishes hostile patterns from civilian activity with continuous confidence scoring.
Bayesian fusion across optical, thermal, RF, and acoustic streams maintains track continuity through occlusion.
Semantic mapping of environmental context — terrain, structures, civilian density — informing mission decisions.
Hardened from silicon to ground station. Secure boot, encrypted storage, FHSS+AES-256 datalinks, and tamper-detection circuitry across every platform.
Hardware root-of-trust verifies every byte of firmware before execution. Tamper attempts trigger zeroization.
AES-256 over frequency-hopping spread spectrum. Suite B compliant. NSA Type-1 variant available.
Disconnected operation with delayed encrypted sync. No persistent comms required for mission completion.
Physical and logical tamper response. Mission data zeroized within 800ms of intrusion detection.
Cleared engineering teams available for deep-dive sessions covering integration, security model, and platform internals.