MIT researchers developed an innovative mapping technique that helps robots navigate challenging terrains by swiftly ...

Humanoid Robotics Technology is proud to announce the winners of the Humanoid Robotics Industry Awards 2025, recognizing the ...

A lightweight cable-climbing robot with a computer vision system achieves 92% defect detection precision, enhancing safety and efficiency in bridge inspections.

A new trajectory-based control framework enables drone teams to maneuver shared loads with unprecedented agility, overcoming ...

Discover how AI foundation models are improving robotic dexterity—enabling smarter, more adaptable robots that can learn, ...

Research reveals AI algorithm in smartwatches can accurately identify structural heart diseases, enabling early intervention ...

Researchers developed a millimeter-scale soft everting robot with LCE actuators, enabling precise steering for delicate tasks ...

Ultrasound-driven artificial muscles with microbubbles present new opportunities for medical and technical applications, ...

The University of Osaka's MicroAdapt achieves real-time learning in edge AI, enhancing speed and accuracy for compact devices ...

Understanding trust in AI is crucial. This study examines how transparency and ethical design can foster reliability in ...

Cobos, a student within the Department of Soil and Crop Sciences, didn’t plan a career in the soil sciences. In fact, his ...

The AI-driven diabetes prevention program demonstrates similar effectiveness to human coaching, improving participant ...