Ouster (NYSE:OUST) is a leading provider of high-resolution digital lidar sensors, software and services designed to enable advanced perception capabilities across a range of industries. Headquartered in San Francisco, California, the company develops modular lidar solutions that capture precise three-dimensional data in real time, supporting applications from autonomous vehicles and robotics to mapping, smart infrastructure and industrial automation.
The company’s core product lineup features multi-beam digital lidar units available in various form factors, including compact models for robotics and drones and larger units for automotive and mapping systems. Ouster’s sensors leverage proprietary sensor-on-chip technology to deliver detailed point clouds with high accuracy, low noise and enhanced reliability in challenging environmental conditions. Complementary software tools facilitate sensor integration, calibration and data analysis, enabling customers to accelerate deployment and reduce system complexity.
Founded in 2015 by Angus Pacala and Mark Frichtl, Ouster has grown rapidly, attracting venture capital support and forging partnerships with leading technology firms and research institutions. In March 2021, the company completed its transition to a publicly traded entity through a merger with a special purpose acquisition company, broadening its access to capital markets to support product development and global expansion. Angus Pacala continues to serve as chief executive officer, guiding Ouster’s strategic direction and innovation roadmap.
Ouster serves a global customer base with deployments in North America, Europe and Asia-Pacific. Its lidar solutions are used by automotive manufacturers, robotics integrators, mapping and surveying firms, and infrastructure developers seeking to harness precise spatial data for safety, navigation and operational efficiency. With a growing network of sales and support offices, Ouster provides technical assistance, training and customization services to help clients integrate lidar technology into diverse environments and use cases.
