WPI researchers are enabling aerial robots, smaller than 100 mm and weighing less than 100 g, to navigate without relying on vision.

Robotics could enter a new industrial super cycle as advances in AI, sensors, and hardware fuse digital intelligence with physical capability across industries. Read more here.

Inspired by the color-changing ability of cephalopods,researchers are developing a material to be used in sensors and soft robotics applications.

WPI's PeAR Bat uses ultrasonic echolocation like bats to navigate smoke and darkness for autonomous rescue missions ...

Analog will be Boston Dynamics’ sole certified reseller, integrator, and service partner in the UAE, starting with Spot for ...

A humanoid robot built for combat is no longer science fiction. A stealth startup claims it’s ready to mass-produce thousands ...

Humanoid robots capture the public imagination, and investors are backing them. That means a lot of reports will be incoming, ...

The robotics sector is rapidly evolving, thanks to remarkable advancements in sensor technology and healthcare applications. As these innovations continue ...

Humans have never made great inspectors. They can be inconsistent and inefficient. Robots, on the other hand, are emerging as ...

Sanket and his students found their answer in bats and the winged mammal’s highly sophisticated ability to echolocate, or ...

Video from the Ukrainian military's first-person drones has captivated millions, but the footage offers only a narrow view of ...

V SBC equipped with an integrated AI Machine Vision sensor that can recognize faces, objects, lines, colors, and tags.