The company’s technology has attracted global attention because it solved one of the hardest engineering challenges in autonomy: reliable navigation on unstructured terrain.
By Hezy Laing
Blue White Robotics, founded in Israel in 2017, has built its reputation on a breakthrough idea: converting ordinary off‑road vehicles into fully autonomous, AI‑driven platforms capable of operating in rugged, unpredictable environments.
The company developed a modular autonomy stack—marketed as Pathfinder and Compass—that integrates LiDAR, radar, computer vision, GNSS‑denied navigation, and real‑time sensor fusion.
This system enables tractors, ATVs, utility vehicles, and heavy off‑road machines to achieve Level‑4 autonomy, meaning they can navigate, avoid obstacles, and complete missions with minimal human intervention.
By 2023, Blue White Robotics had logged more than 100,000 autonomous operational hours across agricultural, industrial, and defense‑oriented platforms.
The company’s technology attracted global attention because it solved one of the hardest engineering challenges in autonomy: reliable navigation on unstructured terrain.
Unlike on‑road autonomous vehicles, off‑road systems must handle mud, dust, rocks, slopes, and constantly changing environmental conditions.
Blue White Robotics built a system robust enough for military‑grade requirements, including convoy operations, perimeter patrol, logistics transport, and remote operation in hazardous zones. Its autonomy kits could be installed on existing fleets, allowing militaries and security organizations to upgrade legacy vehicles rather than purchase new robotic platforms.
In October 2023, Blue White Robotics was acquired by Elbit Systems, Israel’s largest defense technology company, for an estimated $50–60 million.
Elbit integrated the startup into its FUSE Autonomy Division, a strategic move aimed at accelerating Elbit’s development of unmanned ground vehicles, robotic logistics systems, and manned–unmanned teaming (MUM‑T) capabilities.
Elbit publicly stated that Blue White Robotics’ autonomy engine would be incorporated into its next generation of UGVs, including platforms designed for border security, base protection, and autonomous convoy operations.
The acquisition positioned Blue White Robotics’ technology at the center of Israel’s expanding autonomous‑systems industry.
Elbit’s global footprint—spanning more than 30 countries—means the startup’s autonomy stack is now being integrated into defense and homeland‑security programs worldwide.
With its combination of rugged engineering, AI‑driven navigation, and modular retrofitting capability, Blue White Robotics has become a key player in transforming conventional off‑road vehicles into intelligent autonomous machines for modern military needs.
Here are some examples of its integrations:
Autonomous Convoy Operations — Blue White Robotics successfully demonstrated multi‑vehicle autonomous convoying using its Pathfinder autonomy kit, enabling off‑road trucks, ATVs, and utility vehicles to travel in formation without human drivers. These trials, conducted with major defense integrators such as Elbit Systems and Rheinmetall, showed that retrofitted vehicles could maintain spacing, avoid obstacles, and navigate rugged terrain while reducing manpower requirements. The system logged thousands of kilometers in desert and semi‑urban environments.
Perimeter Security Patrols — The company deployed autonomous patrol vehicles equipped with LiDAR, radar, and EO/IR sensors to conduct continuous surveillance missions around military bases and strategic facilities. These vehicles performed 24/7 patrol cycles, automatically detecting intrusions, mapping blind spots, and relaying real‑time video to command centers.
Robotic Logistics Transport — Blue White Robotics converted Polaris Rangers, John Deere Gators, and similar off‑road platforms into unmanned logistics carriers capable of transporting ammunition, water, medical supplies, and equipment through hazardous zones. This reduced soldier exposure in high‑risk areas and improved supply‑chain resilience.
Explosive‑Ordnance Support Missions — Autonomous vehicles equipped with detection payloads were used to enter minefields and IED‑threatened areas, carrying sensors and tools that allowed human operators to remain at safe distances while mapping explosive hazards.
Autonomous Airfield Support Vehicles — In U.S. demonstrations, Blue White Robotics converted standard airfield utility vehicles into autonomous platforms for runway inspection, fuel transport, and emergency‑response coordination. These systems improved operational tempo and reduced human workload during high‑intensity flight operations.
