A laboratory in Pittsburgh’s Bakery Square is poised to make the next breakthrough in wheelchairs, a mostly stagnant industry ...

Now that artificial intelligence has mastered almost everything we do online, it needs help learning how we physically move ...

There are many incredible open-source robotic arm projects out there, but there’s a dearth of affordable, stable, and mobile robotic platforms with arms. That’s where XLeRobot comes ...

That’s why engineers at The University of Texas at Arlington have developed a soft robotic exoskeleton that lightens the load ...

Unlike a super shoe, Project Amplify isn't about making people quicker. But I'll be damned if it isn't fun to run fast.

Thanks to a $41.5 million award from the federal Advanced Research Projects Agency for Health, HERL will be leading a project ...

Discover how Berkeley Lab leveraged advanced lab automation to increase synthesis throughput by 100x, accelerating research workflows.

For the right project, they can easily outperform a Raspberry Pi and deliver capabilities that the Pi still can’t match. The LattePanda IOTA combines a compact design with a surprisingly capable Intel ...

Researchers have solved the complex "peg-in-hole" assembly challenge with a deep reinforcement learning system.

Pitt lab secures $41.5M to develop RAMMP, an advanced robotic wheelchair integrating AI and sensors. CMU to contribute arm ...

Austin, Texas-based Infravision, which says its “flexible and automated approach” eliminates many of the contingencies and hazards inherent in conventional power line stringing methods, has raised $91 ...

With NSF support, the University of Houston and a collaborative team of researchers are creating skill-augmented prosthetic ...