We build fungible, low-cost Unmanned Ground Systems (UGVs) and decentralized command architectures engineered to operate under severe visual occlusion, electronic degradation, and GNSS-denied environments.
Local computer vision models optimized for micro-processors and low-cost silicon. Trained on proprietary conflict-zone datasets to reliably classify threats through dense tear gas, pressurized water, smoke, and degraded optical conditions.
Offloaded Ground Control Station (GCS) telemetry with sub-second socket pipelines. Features geodesic vectoring (Haversine metrics) and indexed forensic incident logging under strict Human-in-the-Loop decision governance.
Hardware-agnostic robotic platforms engineered for extreme capital efficiency. Designed to replace half-million-dollar legacy platforms with high-density, disposable autonomous squads capable of swarm containment.