This start-up builds autonomy software that turns commercial tractors from OEMs into self-driving machines for specialty crop farming, including vineyards, orchards, and citrus groves where a single navigation error can destroy years of growth. Their platform lets a single operator manage an entire fleet from a smartphone, but bringing that software to life in the field requires hardware that can survive harsh agricultural environments while reliably powering and coordinating a complex onboard robotics stack. They needed an ECU capable of distributing high amounts of power, managing high-speed data networking, and integrating multiple sensors across a board built to operate without interruption in the field. All while operating under harsh environmental conditions such as vibration, temperature extremes, dust, and moisture.

This start-up needed a rugged, high-power ECU to anchor the onboard electronics of their autonomous tractor platform.