Physical AI, humanoid robots, robot learning, and embodied intelligence from Figure, Boston Dynamics, Tesla, and research labs.
439 articles
Chinese AI company DeepSeek is investing in robot maker Unitree ahead of its Shanghai IPO. DeepSeek spent roughly $2.8 million to acquire 933,399 shares. Source: aibusiness.com
Chinese robotics company Unitree has priced its IPO in an attempt to raise around $900 million, testing whether investors are willing to bet big on humanoid robots. The technology continues to impress but has yet to demonstrate clear commercial success at scale. Source: nytimes.com
Shipbuilder HII has struck agreements worth up to $900 million with robotics firms Path Robotics and GrayMatter Robotics. The partnership includes Rove, a system combining Path Robotics' Obsidian physical AI model with a legged robot capable of autonomous welding outside traditional fixed work cells. Source: therobotreport.com
Humanoid robots are emerging as the new battleground in the global AI competition between the United States and China. Tesla's Elon Musk and Nvidia's Jensen Huang have both described these machines as the ultimate physical form of artificial intelligence. Source: investors.com
Defense contractor HII has signed long-term, performance-based production agreements worth up to $900 million with Path Robotics and GrayMatter Robotics. The deals aim to integrate physical AI technologies into shipbuilding operations. Source: assemblymag.com
The primary market for embodied intelligence is experiencing an unusual boom, with July financing data showing continued strong activity despite mounting risks. Investors are pouring money into the sector even as valuations climb to increasingly speculative levels. Source: autonews.gasgoo.com
Chinese robotics maker Unitree is targeting a valuation of roughly $9 billion in its upcoming IPO, seen as a major test for the country's embodied-AI industry. DeepSeek, which has invested 141 million yuan in the company, plans to jointly develop AI models and embodied-intelligence technology with Unitree. Source: scmp.com
Vention and FANUC America are integrating FANUC's industrial robot lineup into Vention's AI-based platform. The move enables goal-driven, collision-free programming for both industrial and collaborative robots from a single interface. Source: marketscale.com
Physical AI has moved from concept to reality, driving a new wave of procurement across manufacturing. Investors are now eyeing industrial robotics companies as key beneficiaries of this shift. Source: investing.com
The most valuable AI systems of the future won't just process information—they'll take direct action in the real world. This shift marks a new phase where AI moves beyond digital analysis into physical execution. Source: eetasia.com
At Maniformer, a physical AI data service in Shanghai, staff are training robots to perform tasks in retail environments. The effort is part of a broader push to prepare embodied AI systems for real-world deployment. Source: en.people.cn
WUWENAI founder Liu Shengxiang argues that data availability is the main obstacle facing embodied AI. His startup has built a closed-loop Real-to-Sim-to-Real system that he claims addresses this challenge directly. Source: pandaily.com
Avnet and Weston Robot have launched a joint AI-driven autonomous inspection platform designed for demanding industrial settings. The system aims to handle complex environments with minimal human oversight. Source: therobotreport.com
MIT engineers have created an adaptive rehabilitation system that uses generative AI to learn techniques from physical therapists. The technology interacts directly with stroke patients to personalize their recovery exercises. Source: news.mit.edu
Robotics faces a persistent challenge: building control policies that generalize well beyond the exact scenarios seen during training. A policy that only performs reliably in familiar conditions offers limited real-world value, which is pushing researchers toward new World Action Model approaches. Source: developer.nvidia.com
After a successful trial of the Figure 02 humanoid at its Spartanburg, South Carolina plant, BMW plans to roll out the newer Figure 03 model. Experts note that broader factory adoption of humanoid robots still hinges on significantly lowering production costs. Source: therobotreport.com
This week's roundup covers several startups focused on robotic data infrastructure, one building a 'robot brain' modeled on human-machine interaction, and others developing automation and physical AI technologies. Source: automate.org
Figure released a new demo video claiming its Figure 03 humanoid robot can climb a ladder autonomously, powered by the company's Helix AI system. The clip is presented as evidence of growing autonomy in real-world physical tasks. Source: interestingengineering.com
The FTC has reportedly restricted foreign-made humanoid robots from the US market, folding the still-young robotics sector into America's broader AI industrial policy. Critics warn this could slow growth in an industry that is far from mature. Source: technologyreview.com
Google DeepMind's newest robotics update isn't really about a humanoid robot walking or picking things up — the bigger story is the underlying AI system meant to power many different robot bodies. The company appears to be positioning itself as a provider of general-purpose intelligence for physical machines, not just a robot maker. Source: logisticsviewpoints.com