Full-Time
Updated on 9/4/2026
High-resolution lidar sensors for autonomous systems
$185k - $255k/yr
San Francisco, CA, USA
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Ouster designs and sells high-resolution lidar sensors used in autonomous vehicles, robotics, mapping, and industrial applications. Their sensors emit laser pulses and analyze reflected light to measure distance and create 3D point clouds, with software tools to process and utilize the data for navigation, mapping, and analytics. The company stands out by pursuing high-volume manufacturing and global fulfillment, enabling scalable deployment across diverse sectors such as automotive, industrial, security, traffic management, drones, and crowd analytics, as well as offering sensor-specific software and a chip (L3) to boost performance. Ouster’s goal is to provide reliable, scalable sensing at scale to power autonomous technology and smart infrastructure.
Company Size
201-500
Company Stage
IPO
Headquarters
San Francisco, California
Founded
2015
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Ouster has partnered with GeoCue to integrate its Rev8 OS1 Max digital lidar into GeoCue's TrueView drone mapping payloads. The collaboration combines GeoCue's TrueView 1 payloads and LP360 software with Ouster's lidar technology to deliver survey-grade data for utility and infrastructure industries. The Rev8 OS1 Max is Build America, Buy America Act–compliant, providing customers with domestic production requirements a high-performance solution. The sensor offers superior precision for resolving thin objects like power lines, expanded operational range of 200 metres at 10% reflectivity, and native colour integration alongside 3D lidar data. GeoCue is expanding its TrueView lineup to include options featuring the Ouster sensor following joint flight testing in Huntsville, Alabama. The partnership aims to support critical infrastructure monitoring and large-scale mapping projects.
John Deere's GUSS Automation to integrate Ouster lidar into autonomous orchard machines. GUSS Automation, a wholly owned John Deere subsidiary and a pioneer in autonomous high-value crop operations, plans to incorporate Ouster's Rev8 OS0 native color digital lidar sensors, powered by the breakthrough L4 Ouster Silicon, into the next generation of its Autonomous Orchard Machine Fleet. The integration is expected to further expand machine capabilities while underscoring the role of advanced sensing technologies in helping autonomous agricultural machines operate in complex outdoor environments. Building on Ouster's recent momentum in industrial robotics, GUSS is embedding Ouster and other enterprise-grade capabilities into agricultural duty cycles. High-value crop environments introduce significant navigation challenges, as traditional GPS systems often lack the centimeter-level precision necessary to safely navigate dense orchards and vineyards. Through a planned integration of Ouster's Rev8 OS0 digital lidar, GUSS is addressing these complexities with additional perception capabilities for autonomous operations. Ouster technology equips driverless sprayers with an ultra-wide field of view, enabling them to map tree trunks, crop rows, and ground contours with a high level of detail. These autonomous vehicles also benefit from the dense 3D point cloud data Ouster lidar delivers, allowing them to support navigation and obstacle detection across a range of outdoor operating conditions, including varying lighting environments. Jason Brantley, vice president, production systems, small ag and turf at John Deere, says: "At GUSS, Robotics & Automation News is focused on developing autonomous solutions that help growers address the unique challenges of high-value crop production. "Integrating advanced sensing technologies into our machines helps support reliable operation in complex orchard environments and provides growers with tools designed to improve productivity and operational flexibility." Ouster's Rev8 architecture delivers a unique combination of highly accurate, dense 3D depth data, high dynamic range native color, and extreme structural ruggedness. Engineered to meet the rigorous demands of production deployments in unstructured settings, the Rev8 platform brings enhanced environmental resilience to the field. With the planned Rev8 integration, Ouster native color lidar sensors will provide additional sensing capabilities in challenging orchard environments, including dust, spray, and dense vegetation. This level of reliable sensing allows a single operator to monitor up to eight autonomous machines simultaneously from a laptop, providing complete control of spraying job outcomes executed by Orchard GUSS and Mini GUSS machines in a wide range of permanent crops. Spraying is just the first application: the same lidar-powered autonomy approach can be leveraged by other orchard and vineyard operations. Ouster CEO Angus Pacala, says: "John Deere's decision to integrate Ouster's Rev8 digital lidar technology represents an important milestone for the future of American agriculture. "As GUSS leverages Ouster's digital lidar in its autonomous fleet, Robotics & Automation News is empowering growers to achieve new levels of precision and efficiency. "This announcement is about more than technology. It is about scaling reliable solutions that make agricultural operations more resilient and sustainable." Rev8 is the most rugged sensor family Ouster has ever built, providing a validated path to production scale that eliminates the compromises traditionally associated with operating complex robotics in heavy-duty outdoor environments.
Ouster lidar to support GUSS autonomous orchard machines. By Zahra Awan August 27, 2026 2 Mins Read GUSS Automation - a John Deere subsidiary - plans to integrate Ouster's Rev8 OS0 native-color digital lidar sensors, powered by Ouster's L4 Ouster Silicon, into its next-generation autonomous orchard machines. The technology is expected to enhance machine capabilities and support autonomous operation in complex outdoor environments. GUSS is applying Ouster's sensing technology to the demanding conditions of autonomous agriculture, where dense orchards and vineyards can make navigation challenging. The integration addresses limitations of traditional GPS, which may not provide the centimeter-level precision required for safe and accurate machine operation. Through the planned integration of Ouster's Rev8 OS0 digital lidar, GUSS aims to enhance perception for autonomous operations. The ultra-wide field of view enables driverless sprayers to map tree trunks, crop rows and ground contours, while dense 3D point-cloud data supports navigation and obstacle detection across varied outdoor and lighting conditions. "At GUSS, we are focused on developing autonomous solutions that help growers address the unique challenges of high-value crop production," said Jason Brantley, vice president of production systems, small ag and turf at John Deere. "Integrating advanced sensing technologies into our machines helps support reliable operation in complex orchard environments and provides growers with tools designed to improve productivity and operational flexibility." Ouster's Rev8 architecture delivers a unique combination of highly accurate, dense 3D depth data, high dynamic range native color and extreme structural ruggedness. Engineered to meet the rigorous demands of production deployments in unstructured settings, the Rev8 platform reportedly brings enhanced environmental resilience to the field. The planned Rev8 integration will add native-color lidar sensing to GUSS machines, helping them operate in challenging orchard conditions such as dust, spray and dense vegetation. The technology allows a single operator to monitor up to eight autonomous machines simultaneously, while the lidar-based autonomy platform could also support other orchard and vineyard operations beyond spraying. "John Deere's decision to integrate Ouster's Rev8 digital lidar technology represents an important milestone for the future of American agriculture," said Ouster CEO Angus Pacala. "As GUSS leverages Ouster's digital lidar in its autonomous fleet, we are empowering growers to achieve new levels of precision and efficiency. This announcement is about more than technology. It is about scaling reliable solutions that make agricultural operations more resilient and sustainable."
GUSS Automation, a John Deere subsidiary specialising in autonomous agricultural equipment, plans to integrate Ouster's Rev8 OS0 digital lidar sensors into its next-generation autonomous orchard machines. The technology will help address navigation challenges in high-value crop environments, where traditional GPS systems often lack the centimetre-level precision needed for dense orchards and vineyards. The Rev8 sensors provide 3D depth data and native colour capabilities, enabling autonomous sprayers to map tree trunks, crop rows, and ground contours whilst detecting obstacles in varying conditions. The integration allows a single operator to monitor up to eight autonomous machines simultaneously. GUSS, based in Kingsburg, California, pioneered the world's first autonomous orchard sprayer and now anchors John Deere's autonomy portfolio for orchards and vineyards.
Ouster shipped 70% more LiDAR units year-over-year in Q2 2026, driven by adoption of its Rev8 sensor — the world's first native colour LiDAR. The company secured multiple orders exceeding $1 million, including from a heavy machinery manufacturer, an autonomous agriculture developer, and an autonomous vehicle provider. Ouster also won a contract with Utah's Department of Transportation for its largest deployment, covering several hundred intersections. The company is expanding production capacity from 40,000 units annually towards 100,000 units to meet rising demand. Competitors are also gaining traction. Aeva continued deliveries to a European passenger OEM, whilst Innoviz secured approximately $3.5 million in defence orders in July.