The downside to this weirdness is that, in much the same way it’s unsafe to stare at the sun, there are some sights you shouldn’t point a camera at—like a Volvo EX90’s lidar sensor.

This LiDAR depth sensor adopts the “Direct Time of Flight (dToF) method*1,” which delivers highly accurate measurement, distance resolution*2, and measuring range. By employing the proprietary dToF ...

Sonair is debuting at Automate 2025 its ADAR sensor, which is designed to enhance robot safety with 3D soundwave perception.

The M40S features a newly engineered liftable LiDAR navigation module that intelligently lowers itself when approaching low clearance furniture. This design reduces the robot’s height to just 8 ...

Sonair’s 3D ultrasonic sensor enables 360° obstacle detection using acoustic detection and ranging (ADAR) for safe AMR ...

Researchers from Duke University have developed a unique framework that enables robots to perceive objects outdoors, much ...

Using Doppler lidar technology, the AWP tracks the movement of aerosols—small particles suspended in the atmosphere—to measure wind speed and direction with high accuracy. The system has been ...

(Hint: there’s no Arduino-provided code involved; hardware registers and the __asm keyword show up.) If you learned embedded programming in an earlier era, this will probably seem glaringly obvious.

Rutronik Adapter Board RAB7 is an open-source hardware Arduino shield designed for AI-powered Sensor Fusion with seven environmental and inertial sensors from Bosch, Infineon, and Sensirion. The ...

Oslo-based Sonair claims that its Adar sensor offers a simpler, cheaper alternative to LiDAR sensors, with a wider field of view, and will transform robot safety zones from 2D to 3D. “Safety just got ...