Recent advances in robotics have accelerated the development of sophisticated collision detection methodologies and enhanced human–robot interaction (HRI) protocols to ensure safety and optimise ...

Why would one of the most sophisticated humanoid robots in the world want to get up from the floor in a way no human ever would? The answer lies deep in the interaction between sensor limitations, ...

A new category of sensing technology transforms mobile robot vision from 2D to 3D, improves safety performance and provides 50-80% cost savings compared to traditional, LiDAR-based systems and sensor ...

Human-robot interaction (HRI), precise control, and safe collaboration between humans and robots are the cornerstones of adopting automation. Safety refers to multiple tasks in the context of robots, ...

Imagine walking in an area unknown to you — blindfolded. The chances that you are going to hit something are very high. And that’s exactly what robots would face if not equipped with sensors. Using ...

Viewing radar technology as critical for developing its remote-autonomous flight system, California start-up Reliable Robotics has chosen industry expert Marc Pos to lead its radar design. “Radar is ...

Self-driving cars typically use radar or LiDAR technology to avoid collisions with other vehicles. Scientists have now created a much simpler insect-inspired system that could serve the same purpose ...

Arbe Robotics' 4D imaging radar technology offers high-resolution and cost-effective LiDAR alternatives, targeting the automotive, smart city, and defense applications. Collaborations with Sensrad and ...

Toposens, a manufacturer of safety equipment, announces the launch of a 3D ultrasonic collision avoidance sensor for automotive and industrial vehicles. Called ECHO ONE, the product is based on ...

Use of industrial vision sensing technologies continues to expand for four key reasons: increasing ease of use, lower cost factors and the ability to increase throughput and quality. As a result, ...