Despite advancements in hardware, AI, and machine learning, deploying robots in dynamic, real-world settings—and getting them to do what we want—remains difficult. Cristian ...

CU Boulder aerospace engineer Morteza Lahijanian is creating new algorithms that help robots complete tasks while keeping the humans in their midst safer.

Robots-for-rent is one way some small U.S. factories gain access to automation, reducing turnover and ensuring workers aren’t injured.

For robots to be predictable and adaptive, they need a priority-based architecture and a new legal model, argues a researcher.

Despite decades of progress, most robots are still programmed for specific, repetitive tasks. They struggle with the unexpected and can't adapt to new situations without painstaking reprogramming. But ...

Discover the fascinating process of creating a spider robot right at home with our easy-to-follow guide! This video takes you step by step through the materials needed and the assembly process ...

Humanoid robots are changing the way you automate tasks. They move, see, and interact like humans, making them useful for assembly, inspection, and material handling. But how do they actually work?

Modular robots link up like ants, forming bridges, stretchers, and shelters in outdoor tests with drones and human dummy rescues.

FieldAI builds foundational AI models that help all kinds of robots learn and adapt to new environments using physics.

Researchers from Scottish universities have developed an innovative way to breathe new life into outdated robot pets and toys using augmented reality technology.

Recent reporting has found that China and South Korea’s tech sectors are watching the pregnancy robot saga closely. South Korea already has robots as 10% of its workforce.

A humanoid robot, by contrast, is a rigid assembly of metal and motors, connected by joints with limited degrees of freedom. To fight their body’s weight and inertia, robots have to make millions of ...