Embodied AI and Industrial Robotics Could Consume 363 TWh of Electricity by 2035, Report Finds
Summary: New research from Wood Mackenzie warns that rapid growth in industrial robotics and embodied AI could drive global robot electricity consumption to 363 TWh annually by 2035, making energy availability a key factor in future automation adoption. The rapid expansion of industrial robotics, humanoid robots, and embodied AI is emerg...
Boston Dynamics Atlas Humanoid Robot Adds Autonomous Battery Swapping for Industrial Automation
Summary：Boston Dynamics’ Atlas humanoid robot introduces autonomous battery swapping technology, enabling faster recovery and longer industrial operation with less human intervention. Boston Dynamics’ Atlas humanoid robot is moving closer to real-world industrial deployment with a new autonomous battery replacement capability designed ...
FCC Restrictions on Robot Vacuums Raise New Challenges for AI Home Robotics Market
Summary:The US FCC’s new restrictions on foreign-made advanced robotic devices could reshape the consumer robotics market, affecting robot vacuum cleaners and other autonomous mobile robots. The policy highlights growing concerns over supply chains, cybersecurity, and the future of AI-powered home robotics. The global smart home robotics ind...
Expressive Humanoid Robots Reveal New Trust Challenges
Summary:A new study using SoftBank Robotics’ humanoid robot Pepper reveals how emotional expression, artificial intelligence, and human brain responses influence trust in social robots. As humanoid robots move closer to everyday use in homes, healthcare, and workplaces, understanding human trust toward artificial intelligence syste...
UQ’s Ultra-Wideband Radar Sensor Measures Muscle Force for Smarter Robotic Mobility Devices
Summary: Researchers at the University of Queensland (UQ), Australia, have developed a noninvasive ultra-wideband radar muscle sensing technology that measures muscle forces through electromagnetic signals. The breakthrough could enable smarter exoskeletons, robotic prosthetics, rehabilitation systems, and wearable mobility devices with real-time human movem...
