Ouster Makes Lidar Easier to Use With a New Chip and Cloud Platform

Ouster, a company that makes lidar sensors, has released two new products: a custom computer chip called the L3, and a cloud-based software platform called Ouster Studio. Together, they are meant to make it simpler for businesses to capture and work with lidar data—the 3D images created by lidar sensors that "see" using laser light instead of traditional cameras.

To understand why this matters, think of lidar as a device that bounces laser beams off objects and measures how long the light takes to bounce back. That data lets computers build a detailed 3D map of the world around a sensor. Self-driving cars, warehouse robots, and some industrial machines use lidar to understand their surroundings.

Ouster's public filings confirm the L3 chip launch. The company is betting that success in lidar comes not just from better sensors, but from making the whole process—from capturing data to analyzing it—easier and cheaper.

What Is Ouster Studio?

Ouster Studio is a web-based tool that lets teams upload, view, organize, and share lidar data captured by Ouster sensors. You can use it from any computer with a web browser. The platform stores data in the cloud, so teams in different locations can access the same datasets without emailing large files back and forth.

The platform also includes a feature called SLAM, which is software that automatically builds maps from lidar data. Normally, this kind of map-building requires heavy computation—the kind of processing that would slow down a single computer. By running SLAM in the cloud, Ouster shifts that work to powerful servers, making the whole process faster for the user.

The platform tackles a real problem in lidar adoption: the gap between collecting data and actually using it. High-resolution lidar sensors can generate enormous amounts of data, and making sense of it typically requires specialized software and expertise that many companies don't have in-house. A browser-based tool that handles the heavy lifting in the background makes it accessible to teams without deep technical knowledge.

The L3 Chip

The L3 is Ouster's third-generation custom computer chip designed specifically to process lidar signals. It converts raw laser readings into the 3D point clouds that lidar systems are known for.

Building custom chips is expensive, but it makes economic sense for a company like Ouster if it sells sensors in high volume. The auto industry particularly demands this approach: when self-driving cars are manufactured by the thousands, even small savings per sensor add up quickly. A custom chip can be more efficient than using generic processors, which saves both money and power consumption.

The broader shift in lidar markets is away from pure sensor specs—range, resolution, accuracy—and toward total ease of use. The companies winning market share are the ones that make the whole workflow simpler and cheaper, not just the individual sensor.

A Familiar Business Model

Ouster went public through a SPAC merger in December 2020. The company is now moving beyond simply selling hardware sensors and adding software and cloud services on top. This is a pattern we have seen many times before: companies that once made just products—graphics chips, industrial sensors, medical imaging devices—eventually realize they can make more money by selling services around those products.

Think of it like a car manufacturer. Once they figured out that financing and maintenance contracts could be as profitable as selling the vehicle itself, the industry shifted. The same thing is happening across technology hardware right now, and lidar is following that same path.

What This Means for Lidar Users

For companies thinking about using lidar, the Studio platform removes a major headache. You no longer need specialized software on your computers, and you don't have to maintain powerful local machines just to process the data. A cloud-based approach means your team can work together more easily, even if people are in different cities.

The combination of better chips and cloud software suggests that lidar is becoming more practical for real-world deployment. It is still not a simple plug-and-play technology, but the bar for getting started is lowering. Whether Ouster's integrated approach—hardware plus cloud platform—wins out against companies that pick and choose from different vendors remains to be seen. Either way, the friction is going down, and that is good news for adoption.