The Problem This Solution Solves
Current U.S. military and uncrewed ground vehicle (UGV) systems lack an integrated software architecture that supports both robust teleoperation and fully autonomous waypoint navigation in complex, contested environments. This gap limits operational flexibility and hinders seamless transitions between human-in-the-loop and autonomous control modes. A unified software prototype is required to fuse multi-sensor inputs, enable safe and reliable teleoperation and autonomous navigation, and establish a scalable pipeline for continuous integration of advanced autonomy features from industry.
The Solution
Kodiak Robotics' "Kodiak Driver" delivers a unified autonomy system combining multi‑sensor perception, redundant control, and scalable AI to safely operate commercial and defense vehicle fleets. The embedded Probabilistic Risk Assessment capabilities enable continuous quantification and mitigation of safety risk through real‑time probabilistic modeling, ensuring safety and reliability under uncertain or dynamic environments.