Ouster, Inc. is an American hardware company specializing in lidar, a technology that measures distances using laser pulses. Its sensors produce point clouds that represent an environment in three dimensions, identify obstacles and track moving objects. Based in San Francisco, the company combines this equipment with software designed to turn the collected data into actionable information for machines or operators.
A trajectory shaped by the merger with Velodyne
Founded in 2015 by Angus Pacala and Mark Frichtl, Ouster was built around an approach known as digital lidar. This relies on a high degree of integration of emission and detection functions into semiconductor components, with the aim of simplifying sensor architecture and supporting their industrial-scale production. The company went public in 2021, and its shares are traded on the New York Stock Exchange under the ticker symbol OUST.
In February 2023, Ouster completed its merger with Velodyne Lidar, a long-established player in the sector. The transaction brought together two technology and commercial portfolios in a market where suppliers must fund costly development while increasing volumes. The group retained the Ouster name and began streamlining its products and operations.
From sensors to perception applications
Ouster’s range includes the OS0, OS1 and OS2 families, which address different field-of-view and range requirements. They are designed to provide precise spatial perception, including when ambient lighting makes conventional cameras difficult to use. Lidar can therefore complement other sensing technologies rather than systematically replacing them.
Applications span mobile robots, industrial equipment, automated vehicles and transportation infrastructure. In a warehouse, the data can support navigation and obstacle detection. On roads, it is used in particular to analyze movements and interactions among vehicles, cyclists and pedestrians.
Ouster also develops a software layer, with offerings such as Gemini for spatial perception and BlueCity for traffic management. This approach aims to offer more than a component: customers can access detection, classification and tracking functions without having to build their entire processing pipeline.
What’s next?
The challenge for Ouster is to turn this diversity of uses into lasting, repeatable deployments. This requires controlling costs, simplifying integration and demonstrating the operational value of complete solutions. Competition among lidar manufacturers remains intense, while qualification cycles can be lengthy. Developing software and industrial applications is therefore an important avenue for expanding revenue beyond sensor sales, without relying solely on the timeline for autonomous vehicles.