Inside China’s robotics revolution
The long read: How close are we to the sci-fi vision of autonomous humanoid robots? I visited 11 companies in five Chinese cities to find out
📍 The Guardian🕐 29 days ago
Is it possible to develop AI without the US?
Tech giants Alphabet, Amazon, Microsoft and Meta to collectively invest $600bn on artificial intelligence this year
📍 theguardian.com🕐 66 days ago
Hail our new robot overlords! Amazon warehouse tour offers glimpse of future
At its new Stone Mountain, Georgia, facility, Roomba-like robots shuffle between stacks, another adds shipping labels while another arranges packages in pallets
📍 theguardian.com🕐 70 days ago
Tesla discontinues Model X and S vehicles as Elon Musk pivots to robotics
High hopes for Optimus robot help company beat forecasts despite yearly revenue decline and flailing car business
📍 theguardian.com🕐 78 days ago
New Vestibular Sensor Module Cuts Humanoid Balance Recovery Time by Half
A biologically inspired vestibular sensor module developed at Imperial College London reduces the time humanoid robots take to recover balance after unexpected pushes by 52%. The module mimics the inner ear's semicircular canals, providing high-bandwidth angular acceleration estimates to the balance controller. Integration trials with three commercial robots showed zero falls during standardized push-recovery tests.
📍 Nature Robotics🕐 3 days ago
Proactive Safety Architecture Enables Robots to Predict and Avoid Human Collisions
Researchers at TU Munich published a proactive collision avoidance framework for humanoid robots operating in human-shared workspaces. The system predicts human trajectory intentions 1.2 seconds ahead and adjusts robot motion accordingly, reducing near-miss events by 87% in a factory simulation. The framework is compatible with existing robot operating system stacks.
📍 Science Robotics🕐 4 days ago
MIT CSAIL Achieves Breakthrough in Real-Time Whole-Body Motion Planning
Researchers at MIT CSAIL published a new algorithm enabling humanoid robots to plan whole-body motions 50× faster than previous methods. The approach uses GPU-accelerated trajectory optimization with implicit collision avoidance, enabling reactive motion in under 10 milliseconds. The code has been open-sourced and integrated by three commercial robot teams.
📍 MIT Technology Review🕐 2 hours ago