Ouster, Inc., a leader in sensing and perception for Physical AI, announced today its strategic collaboration with DXOMARK, a global leader in image quality evaluation and developer of advanced testing solutions. This partnership aims to test and optimize the next generation of sensing technologies, starting with the new Ouster Rev8 OS family, the world’s first native color lidar. As sensing technologies evolve toward more complex, multi-modal systems, the need for accurate, reliable, and standardized performance evaluation becomes critical. This collaboration ...

AEye, Inc., a global leader in software-defined lidar solutions, today announced the integration of its long-range Apollo lidar with the NVIDIA AGX DRIVE Thor™ automotive computing platform, to enable high-performance sensing and perception for next-generation physical AI systems. The integration combines AEye’s long-range, software-defined Apollo lidar with NVIDIA’s Thor centralized AI compute, delivering a scalable architecture for advanced driver assistance systems (ADAS), autonomous vehicles, and intelligent mobility applications...

The Toyota bZ3C will launch in early 2025 and will have a range of up to 630 km. It’s claimed that the Midsize SUV will be FAW Toyota’s most intelligent car to date, with noteworthy intelligent driving and an intelligent cockpit.

Ancient Silk Road cities in Uzbekistan captured through advanced lidar technology. Credit: fdecomite / CC BY 2.0 Researchers recently used drones with special light-sensing tools, known as lidar, to discover two ancient Silk Road cities in Uzbekistan’s mountains. This is the first time in Central Asia that such advanced drone technology has been used to study high-altitude archaeological sites. Often used to map areas blocked by thick vegetation, lidar proved equally effective in capturing the rugged landscape of Uzbekistan’s mountains, providing a clear ...