The long-standing debate over whether autonomous vehicles and robotics require a combination of lidar and cameras may soon be settled by a single hardware solution. San Francisco-based Ouster has announced its new ‘Rev8’ sensor lineup, which introduces ‘native color lidar.’ This technology allows a single unit to capture high-resolution color imagery alongside three-dimensional depth data, effectively performing the work of two separate sensors simultaneously.

By utilizing its proprietary ‘digital lidar’ architecture, Ouster captures data directly on custom chips using single photon avalanche diode (SPAD) detectors. According to company leadership, this approach eliminates the significant engineering challenges associated with calibrating and fusing data streams from disparate cameras and lidar units. The goal is to move toward a future where a single, unified sensor can render dedicated cameras redundant, providing a pre-fused, 3D colorized point cloud that simplifies perception tasks for robotics teams.

The Rev8 series, which includes models like the OS1 Max, is designed to be more sensitive than conventional cameras, boasting 48-bit color and 116 dB of dynamic range. The OS1 Max, in particular, is capable of scanning up to 500 meters in all directions while maintaining a compact form factor. This makes the hardware an attractive candidate for high-speed applications, including long-haul autonomous trucking, robotaxis, and advanced drone navigation.

As the sensor market experiences a period of rapid consolidation and increased demand from the robotics sector, Ouster is positioning its latest innovation as a fundamental shift in the industry’s value proposition. While other competitors have explored color-integrated lidar, Ouster emphasizes that its on-chip integration provides a superior, more efficient alternative to simply packaging traditional camera and lidar components together. The company has already begun shipping samples to clients and is currently accepting orders for the new product line.