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KameraOne on MSN
Robo fall: Volodya robot stumbles in the streets
In Moscow, Russia, a walking robot named Volodya toppled over on the sidewalk on August 24, 2025.
Tech Xplore on MSN
Simulated humanoid robots learn to hike rugged terrain autonomously
Training humanoid robots to hike could accelerate development of embodied AI for tasks like autonomous search and rescue, ...
Japan is a powerhouse in robotics, and the primary purpose of developing robots has always been to replace human labor and improve production efficiency. However, recently, there have been ...
Interesting Engineering on MSN
Bumblebee: China’s humanoid robot nails straight-knee walk with hybrid actuator design
This Chinese humanoid robot combines language understanding with a disturbance-resistant gait, pointing to the future of ...
Ian King says one of the clearest signs that he and George Gilder are right about "Convergence X" can be found in robotics.
Interesting Engineering on MSN
Humanoid robots move from labs to production lines in factories and warehouses
Humanoid robots promise to take on dull and dangerous jobs. But is that really true? what about the future of human work?
(hereinafter referred to as "UBTECH") has obtained a patent titled "Humanoid Robot and Its Foot Structure," with the authorization announcement number CN223302795U. The patent application date is ...
Pacman and Ms. Pacman find special balls that give them special abilities. Suddenly they are attacked by Excavator Robot and ...
The Chosun Ilbo on MSN
Robots take center stage at IFA 2025, expanding into daily life
Robots take center stage at IFA 2025, expanding into daily life AI-driven household robots poised to double market to $24.5B ...
AI-powered robot Nurabot is designed to help nurses with repetitive tasks, in a bid to reduce their workload and mitigate global healthcare staff shortages.
A new pilot project at two Calgary schools aims to allow children who may have never walked before to do so with a little ...
Atlas, Boston Dynamics’ dancing humanoid, can now use a single model for walking and grasping—a significant step toward general-purpose robot algorithms.
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