Nasch builds long-endurance autonomous aircraft and the edge-AI mission stack that flies them. Designed for forward operators, hardened for contested environments, fielded with allied forces.
Mission planning, target classification, and route adaptation execute on-aircraft. No persistent uplink required, no operator bandwidth consumed.
Frequency-hopping mesh radio with cryptographic channel auth. Maintains command integrity across jammed and contested spectrum.
EO/IR, SAR, and SIGINT payloads combined in real-time on a 240 TOPS edge module. Track confidence improves with sortie count.
Up to 64 airframes operate as a single distributed system. Loss-tolerant — the swarm reorganizes without central authority.
Hybrid-electric propulsion delivers 18+ hour station time. Field-swappable energy modules return aircraft to mission in under 90 seconds.
Composite airframe rated for low-observable signature in EO, IR, and radar bands. Operates from unprepared forward sites.
Persistent overwatch for ground operators in contested terrain. Real-time target classification with on-aircraft confidence scoring; no exposure of operator location.
Wide-area patrol of EEZ waters. Vessel re-identification and behavior pattern analysis across long-dwell flights. Hand-off to manned assets when escalation required.
Continuous monitoring of fixed installations and linear infrastructure. Anomaly detection trained on local baseline; alerting threshold tunable per site.
Distributed swarm acts as a defensive screen. Detect, classify, track, and (when authorized) intercept hostile small UAS. Decisions occur within the mesh, sub-second.
Briefings are conducted in person or over secure video. Provide a service or agency contact and a notional mission profile; we'll route to the appropriate program lead.