Profile
Ouster is a leading American technology company (NYSE: OUST) that designs and manufactures high-resolution digital LiDAR sensors for autonomous systems, robotics, drones, industrial automation, smart infrastructure, and automotive applications. Founded in 2015 and headquartered in San Francisco, California, Ouster has established itself as a key enabler of Physical AI by providing reliable, high-performance 3D sensing solutions that help machines perceive and understand their environments with exceptional clarity and robustness. The company has grown rapidly through innovation in digital LiDAR architecture, which offers advantages in resolution, range, reliability, and cost compared to traditional analog systems.
Ouster does not build complete robots but supplies critical perception sensors that power a wide range of robotic platforms. Their LiDAR sensors are widely adopted in autonomous mobile robots (AMRs), automated guided vehicles (AGVs), delivery robots, warehouse automation, drones, and industrial robotic arms for navigation, obstacle detection, mapping, and object recognition.
Key robot-based and robotics-enabling products include:
- REV8 OS Family: The latest generation of digital LiDAR sensors, featuring native color LiDAR (color and 3D data fused in silicon), ultra-high resolution (megapixel-level), long range, ruggedized design for harsh environments, and functional safety certifications (ASIL-B, SIL-2, PLd). Models such as OS0 (ultra-wide FOV for short-range robotics), OS1 (mid-range), and OS2 (long-range) provide versatile options for warehouse robots, delivery robots, and industrial automation.
- OSDome: A hemispherical (180° FOV) sensor optimized for security, smart infrastructure, and full situational awareness in robotic systems.
- SDKs and APIs: Open-source Python and C++ libraries, along with extensive developer tools on GitHub, enabling seamless integration into robotic software stacks (including ROS/ROS 2 and NVIDIA Jetson platforms).
Ouster’s sensors are deployed in thousands of robotic systems worldwide, including partnerships with companies like Serve Robotics, Komatsu, and Box Robotics. The company emphasizes scalability, affordability, and real-world robustness, making its technology a foundational component for next-generation autonomous robots and Physical AI applications.
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