Ouster has developed a color lidar sensor that captures both depth and image data simultaneously, addressing what CEO Angus Pacala calls a long-sought 'holy grail' in sensor technology.
The sensor combines lidar's three-dimensional depth sensing with color imaging capabilities, potentially eliminating the need for separate camera systems in autonomous vehicles and robotics applications.
Traditionally, lidar systems capture depth information while cameras handle color and detail. Ouster's approach integrates both functions into a single sensor, reducing hardware complexity and cost.
The development addresses a significant challenge in autonomous systems design. Current solutions require multiple sensors working in tandem, increasing weight, power consumption, and computational overhead.
Ouster has not disclosed specific technical specifications or a commercial launch timeline. The company specializes in 3D lidar sensors for autonomous vehicles, robotics, and industrial applications.
The advancement could reshape sensor architecture across industries reliant on simultaneous depth and visual data, from self-driving vehicles to drone navigation and industrial automation.
Solar installer Sunrun is piloting a program that pays residential customers hundreds of dollars monthly to use their rooftop solar and battery systems as AI computing infrastructure.
Chipset makers and router manufacturers are preparing Wi-Fi 8, the next wireless standard promising faster speeds and lower latency. Here's what we know about the technology and its timeline.
Intel is investing €5 billion ($5.7 billion) to expand its manufacturing facility in Ireland as the chipmaker races to secure its position in the AI semiconductor market.
Samsung Electronics has moved up the timeline for its first South Korean chipmaking facility in Yongin, targeting operations to begin by 2029 instead of 2030 or 2031.