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Ouster, Inc. has announced a breakthrough in lidar mapping technology, revealing a single-sensor system capable of capturing both color and depth in real time during a single pass. Unlike traditional SLAM workflows, which require separate lidar and camera inputs fused in post-processing to correct drift and build maps, this solution integrates the process on the fly.
The company demonstrated the capability using its Rev8 OS1 Max, running SLAM mapping live down Union Street in San Francisco. The new approach generates a colorized point cloud directly from the sensor, streamlining 3D map creation for advanced robotics and autonomous vehicle applications.
Earlier this year, Ouster debuted RGB-enriched 3D point cloud technology at the Xponential Detroit event, offering live demonstrations of its integrated imaging capabilities to attendees. The company previously cautioned that calibration drift in fused color perception stacks could create meter-scale inaccuracies in mapping workflows due to milliseconds of error. These developments reflect ongoing efforts by Ouster to address technical challenges in sensor fusion and mapping accuracy.