Robot Intelligence Kernel

The Robot Intelligence Kernel (RIK) is a lightweight autonomy engine designed to deliver real-time decision-making, coordination, and navigation for unmanned systems. Built for edge deployment, the RIK fuses onboard sensor data with decentralized behaviors to enable GPS-free positioning, multi-robot swarm control, and intelligent mission execution — all without reliance on cloud infrastructure or continuous communication. Its modular design supports dynamic role switching, collaborative path planning, and intuitive operator input, making it ideal for defense, disaster response, and other mission-critical applications where resilience and autonomy are paramount.

BORG Module

The BORG Module is a plug-and-play autonomy and positioning hub that enables unmanned ground and aerial systems to operate collaboratively in GPS-denied, communication-contested environments. Acting as the robotic brain, BORG integrates ultrawideband (UWB) ranging, inertial navigation, and a resilient autonomy stack to support precision convoying, overwatch, and swarm behaviors.
BORG allows a single operator to control and coordinate multiple heterogeneous platforms through a shared digital twin and low-latency peer-to-peer communication. Designed for modularity and field integration, BORG transforms legacy platforms into intelligent, map-aware teammates — extending capability without increasing cognitive load.

W8less Rover

The W8less Rover is a lightweight, all-terrain unmanned ground vehicle (UGV) built for real-world autonomy in denied, degraded, and dynamic environments. Designed to support tasks ranging from ISR to route clearance, the Rover combines rugged mobility with edge-deployed intelligence powered by the BORG Module and RIK.
It features centimeter-level positioning via UWB, advanced traversability planning, and collaborative behaviors like convoying, overwatch, and autonomous mapping. With modular payload bays and plug-and-play autonomy, the W8less Rover is field-ready for defense, disaster response, and mission-critical logistics — operating where humans can’t and legacy systems fail.