This company develops massively scalable autonomy systems for Unmanned Aerial Vehicles (UAVs) and other robotic platforms. Their core products, like the TFL-1 module, provide AI-driven terminal guidance and cruise capabilities, enhancing drone performance against electronic warfare. These autonomy solutions are integrated into FPV drones and larger UAVs to improve targeting accuracy and pilot efficiency in defense applications.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional FPV drones and small UAVs lack onboard autonomous guidance, making them vulnerable to electronic warfare, limited by line‑of‑sight radio range, and heavily dependent on skilled pilots for accurate target engagement. This reduces strike effectiveness and increases operational risk in contested environments.
Solution
The Fourth Law delivers a modular AI autonomy stack that equips any compatible FPV platform with terminal guidance and cruise capability. The TFL‑1 module runs a vision‑based neural network on an edge compute board to detect, track, and home in on target outlines within the final 500 m of flight, then hands control back to the pilot for launch. Integrated cryptographic protection and EW‑hardening keep the link functional under jamming. The system is packaged as a plug‑and‑play module for retrofit or as a complete Lupynis‑10‑TFL‑1 drone, enabling rapid fielding at low cost while supporting over‑the‑air software updates and NATO‑codified logistics.
Target Audience
Primary customers are defense procurement agencies, military brigades, and FPV drone manufacturers seeking to add autonomous strike capability to their platforms.
Features
- Vision‑centric AI pipeline with real‑time object segmentation and target‑centering for >90 % hit probability in contested airspace
- Onboard edge processor (ARM‑based GPU) delivering inference at ≤30 ms per frame, independent of GNSS or external telemetry
- Cruise mode that autonomously navigates around radio‑horizon obstacles using inertial navigation and visual odometry
- End‑to‑end cryptographic handshake and anti‑spoofing firmware, certified for electronic‑warfare resilience
- Modular form factor compatible with major FPV frames; quick‑swap connector enables retrofitting of existing drones
- 30 km operational radius with 1 kg payload (up to 4 kg on extended‑battery configuration) and 12 000 mAh 6S LiPo power system
- OTA firmware and AI model updates via secure TLS channel, supporting continuous performance improvements
- NATO Stock Number and codification for streamlined procurement and logistics handling