DraftAid is a Toronto-based company. Its tool automates the process of converting 3D CAD models into 2D drawings, empowering ...

The robotics pioneer who helped unleash the Roomba vacuum is now betting that you might one day replace your beloved dog or ...

In Germany, robotic AI dogs with the faces of tech's most powerful men are on the loose — courtesy of American artist Beeple. (This story first aired on All Things Considered on May 1, 2026.) ...

We use right-handed conventions with the origin of the coordinate system at the centre of the playing surface of the table, in which the x-axis points towards ...

Ukraine is using unmanned ground vehicles armed with bombs, guns or rockets to carry out attacks and keep its soldiers out of harm’s way. By Maria Varenikova Reporting from Kyiv, Ukraine The robots ...

The Ukrainian military captured a Russian position using only ground robots and aerial drones — completely unassisted by any infantry, for the first time in the war, Ukrainian President Volodymyr ...

Robots such as Boston Dynamics’ four-legged Spot can now accurately read analog thermometers and pressure gauges while roaming around factories and warehouses. Those improvements come courtesy of ...

Ukrainian President Volodymyr Zelenskyy announced Monday that Ukraine had captured a Russian position using an entirely unmanned robot ground force. "For the first time in the history of this war, ...

Kia Corp. will begin using humanoid robots in its US factories from 2029 and is developing a new hybrid truck for the American market as well as its first software-defined vehicle, a push by the South ...

The experimental ‘auto-spatialization’ feature is rolling out now to Samsung’s XR device. The experimental ‘auto-spatialization’ feature is rolling out now to Samsung’s XR device. is a senior reporter ...

See more of our trusted coverage when you search. Prefer Newsweek on Google to see more of our trusted coverage when you search. Four-legged robot dog, powered by AI have been patrolling the streets, ...

Researchers at Tokyo University of Science have developed a new vision-based system that allows robots to accurately grasp transparent and reflective objects without relying on depth sensors. The ...