The heat of the ongoing AI boom has spilled over to a famously difficult hardware space — humanoid robotics. Forbes has learned that a pair of Silicon Valley ventures, each with more than $100 million ...

Robots come in all shapes and sizes, and have different sensing capabilities and different degrees of freedom, making it difficult to transfer motions learned from one robot to another. Donald Trump ...

Abstract: This article presents a method for learning well-coordinated human–robot interaction (HRI) from human–human interactions (HHI). We devise a hybrid approach using hidden Markov models (HMMs) ...

The robot is able to see and execute the complex actions through “ Helix,” the company’s AI-powered system, which can control the robot in real-time, without following a predetermined script, the ...

Summary: Researchers have identified two compounds capable of repairing the protective myelin sheath damaged by multiple sclerosis, a major advance toward reversing nerve injury rather than just ...

Despite the well-known environmental benefits of recycling, it’s estimated that less than 10% of the world’s plastic gets recycled. Ganiga Innovation looks to bring that percentage up using AI-enabled ...

In context: Elon Musk has long hyped Tesla's Optimus robots as a potentially transformative technology capable of eclipsing its electric vehicle business and driving the company toward a multitrillion ...

Japanese investing conglomerate SoftBank Group is buying a robotics company as the financial behemoth says physical AI is its next frontier. SoftBank announced on Wednesday that it has acquired Zurich ...

The Pepper humanoid robot developed by SoftBank. SoftBank Group—controlled by Japan’s richest person, Masayoshi Son—has agreed to buy the robotics unit of Swiss industrial giant ABB Ltd. for $5.4 ...

Qualcomm (NASDAQ:QCOM) disclosed on Tuesday that it is acquiring hardware startup Arduino to expand the San Diego-based chipmaker's presence in the automation and robotics markets. Terms of the deal ...

LiDAR, sensors, and AI models convert exoskeleton motion into robot-ready actions. Study shows robots can gain new skills from exoskeleton data alone, cutting costs. A Unitree G1 learned to walk after ...