Bosch and Kodiak AI are moving quickly from partnership to production as the two companies begin integrating and validating key hardware components for autonomous trucking at scale. Kodiak said Bosch has started delivering critical hardware, including camera systems, as part of a strategic collaboration announced earlier this year. The two companies announced their autonomous technology partnership at CES earlier this year. The components are now being tested within Kodiak’s proprietary SensorPods. These are modular units that house the sensors powering the Kodiak Driver autonomous system. The companies say the work marks a meaningful step toward building a production-grade, redundant platform designed for high-volume deployment of driverless trucks. From Strategy to Engineering Execution Since announcing their collaboration in January, Bosch and Kodiak have shifted rapidly into hands-on engineering work, completing early prototype integrations and beginning validation of key systems. Kodiak is currently testing Bosch camera systems and evaluating vehicle actuation components, signaling progress across both perception and control layers of the autonomous stack. “The quick transition to tangible engineering progress underscores the velocity behind this collaboration,” said Don Burnette, founder and CEO of Kodiak AI. “We are deep into the ‘how’ of high-volume production.” SensorPods Key to Modular Design At the center of the effort is Kodiak’s SensorPod architecture, which is designed to streamline installation, maintenance, and scalability of autonomous hardware. By integrating Bosch sensors into these pods, Kodiak is aiming to create a modular, serviceable system that can be more easily deployed across fleets. That, it said, is a critical requirement for commercial viability. The companies are showcasing the SensorPods with Bosch hardware at ACT Expo 2026 in Las Vegas, offering a first look at how the integrated system is taking shape. Building a Redundant, Production-Ready Platform The collaboration is focused on delivering a fully integrated autonomous driving platform that