Skild AI raised nearly $1.4 billion in a funding round led by SoftBank, valuing the robotics AI company at more than $14 billion as it scales a unified foundation model for robots.
Wing and Walmart will add drone delivery to 150 more stores, aiming to reach over 40 million Americans and build the largest residential drone delivery network in the U.S.
Caterpillar and NVIDIA deepened their partnership at CES 2026, outlining how Physical AI will transform construction, mining, manufacturing, and industrial supply chains.
London-based startup Humanoid moved from concept to a functional alpha prototype of its HMND 01 robot in seven months, compressing a development cycle that typically takes up to two years.
Mobileye agreed to acquire humanoid robotics startup Mentee Robotics for $900 million, expanding its autonomy technology from vehicles into Physical AI and general-purpose humanoid robots.
Qualcomm introduced a comprehensive robotics technology stack at CES 2026, unveiling new processors and partnerships aimed at scaling Physical AI from service robots to full-size humanoids.
Samsung unveiled its “Companion to AI Living” vision at CES 2026, outlining how AI will connect entertainment, home appliances, health, and services into a unified ecosystem.
Boston Dynamics and Google have renewed their collaboration at CES 2026, combining advanced AI with the next generation of the Atlas humanoid robot.
Kodiak has entered a strategic agreement with Bosch to scale production-grade autonomous trucking hardware, aiming to accelerate commercial deployment of driverless trucks.
Researchers at the University of Pennsylvania and the University of Michigan unveiled microscopic robots that are fully programmable, autonomous, and capable of sensing and reacting to their environment over extended periods.
UPS has purchased hundreds of warehouse robots designed to unload packages from trucks, expanding automation across its U.S. logistics network to address labor strain and efficiency demands.
Humanoid robots dominated discussions at a Silicon Valley Humanoids Summit, but investors and engineers raised concerns about scalability, costs, and real-world deployment timelines.
Researchers at the University of Utah used artificial intelligence to improve control of a robotic prosthetic hand, reducing cognitive effort while increasing grip precision and stability.
Engineering students at Texas A&M University developed an AI-powered robotic dog that sees, remembers, and plans routes autonomously, targeting search-and-rescue and disaster response missions.