Beyond Dexterity: How Touch and Contact Will Define Robotics’ Next Era
Contact intelligence — not dexterity — may define robotics’ next era. Learn how tactile sensing and touch-aware AI are transforming what robots can do.
Contact intelligence — not dexterity — may define robotics’ next era. Learn how tactile sensing and touch-aware AI are transforming what robots can do.
Contact intelligence — giving robots a sense of touch — may define the next era of robotics, surpassing dexterity as the key capability for real-world automation.
From contact intelligence to open datasets, June 2026 robotics research shows a field maturing fast — but not via one dramatic breakthrough.
Boston Dynamics trains Atlas humanoid for industrial labor while Spot robots patrol FIFA World Cup 2026 security — a milestone year for real-world robotics deployment.
Why robotics won’t have a single AI breakthrough moment, and how contact intelligence — the sense of touch — is the real key to the next era of robots.
NVIDIA partnered with China’s Unitree Robotics for its humanoid robot platform. Who will control the body, brain, and ecosystem of the next tech revolution?
Boston Dynamics is using AI to train its Atlas humanoid robot for real factory work, partnering with Hyundai in a major step toward commercial deployment.
Nvidia selects Unitree Robotics as a humanoid robot platform partner while the Chinese startup eyes an IPO, signaling a major shift in the global robotics race.
Unitree Robotics is disrupting global robotics with ultra-low prices, vertical integration, and AI-powered humanoids. Here’s why the world should pay attention.
Nvidia and Hyundai expand their AI partnership, combining Nvidia’s DRIVE and Isaac platforms with Hyundai’s vehicles and Boston Dynamics robots for autonomous mobility.