Once again, with its metal innards exposed, Iron walked across the stage in a very human-like way. It’s an extraordinary ...
In a revolutionary stride for android technology, a new Chinese humanoid robot has stunned the world with its lifelike movements ...
AgiBot is using AI-powered robots to do new manufacturing tasks. Smarter machines may transform physical labor in China.
Chinese EV maker XPeng has unveiled its next-generation IRON humanoid robot at the 2025 XPeng Tech Day, calling it “the most human-like humanoid robot.” ...
“At the end of the day, robots are the hardware to the AI revolution,” Robostore CEO Teddy Hagerty told SiliconANGLE.
As part of its larger industrial transformation strategy, China is making a bold claim on the future of robotics by developing AI-powered humanoid robots at a rapid pace. These robots are being ...
Enter NEO, a humanoid robot created by 1X, an artificial intelligence and robotics company based in Palo Alto, California.
Many companies are focused on building robots, or the hardware components to help them move, grip objects, or interact with the world around them. Silicon Valley-based OpenMind is focused under the ...
Interesting Engineering on MSN
China’s humanoid robot powered by solid-state battery to greet shoppers in 2026
Xpeng unveiled the second-generation IRON humanoid robot at the 2025 AI Day in Guangzhou, showcasing lifelike movement and real-time interaction.
In a lab tucked away in Poland, a group of engineers is quietly redefining what it means to build a robot. Not with circuits or gears, but with synthetic muscles, ligaments and something they’re ...
The report sites recent analysis by U.K. consultancy firm IDTechEx that predicts that some 1.6 million humanoid robots could be working in the automotive factory sector by 2035. U.S. Bureau of Labor ...
Imagine a future where we share our world with walking, talking humanoid robots. It's not hard; we've all seen it in science fiction. But could it be just around the corner? Well, a report recently ...
Results that may be inaccessible to you are currently showing.
Hide inaccessible results