FoxFour provides a modular autonomy module (VGM‑208) that enables UAVs to navigate, detect, track, and guide payloads without GPS or continuous communications. The plug‑and‑play hardware runs entirely onboard, supporting configurable mission profiles for ISR and strike operations in contested, GNSS‑denied environments.
Funding
Funding not disclosed
Founders
Product
Problem
Unmanned aerial vehicles operating in GNSS‑denied or electronic‑warfare environments lack reliable onboard autonomy for navigation, target detection, tracking, and payload delivery, forcing operators to rely on high‑latency links or manual control, which reduces mission effectiveness and survivability.
Solution
FoxFour delivers a modular autonomy module (VGM‑208) that integrates navigation, detection, tracking, and terminal guidance into a single, field‑proven package. The system runs entirely onboard, enabling UAVs to execute complete mission chains—navigate, conduct ISR, engage targets, and release payloads—without external GPS or continuous communications. Autonomy profiles are user‑configurable and can be deployed within a week, allowing rapid integration into existing platforms. The hardware uses NDAA‑compliant components sourced from the US, EU, and Ukraine, and has been validated in real combat conditions. By providing a turnkey solution, FoxFour reduces development time for OEMs, defense integrators, and government programs, delivering operational capability rather than prototype concepts.
Target Audience
Primary customers are UAV OEMs, defense system integrators, and government or MoD programs that require ready‑to‑deploy autonomous capability for GNSS‑denied operations.
Features
- All‑in‑one module combining GNSS‑denied navigation, visual/IR detection, multi‑target tracking, and terminal guidance
- User‑configurable autonomy profiles with a graphical workflow that can be uploaded and activated in under a week
- Operates under radio silence and high‑latency links, supporting autonomous ISR and strike missions in contested environments
- Modular, rugged hardware built from NDAA‑compliant components with proven performance in Ukraine conflict
- Plug‑and‑play integration interface compatible with 50+ existing UAV workflows and documented APIs
- Supports automated payload release onto ground targets with precise terminal positioning