🚨Breaking: NVIDIA and Sharpa have just unveiled the NVIDIA Isaac GR00T Reference Humanoid Robot at GTC Taipei—a standardized, open hardware and software reference design for physical AI research. The platform unifies hardware, sensing, and compute into a single out-of-the-box development stack to eliminate fragmented workflows and speed up sim-to-real deployment. The hardware specs: • Body: Unitree H2 Plus full-sized chassis (31 DOF) • Hands: Dual Sharpa Wave dexterous hands (22 DOF per hand) featuring a visuo-tactile array with >1,000 pixels per fingertip and 0.02N sensitivity for complex, contact-rich manipulation. • Brain: NVIDIA Jetson AGX Thor T5000 onboard compute delivering 2,070 FP4 TFLOPS of Blackwell-architecture AI performance. The reference platform comes preloaded with the NVIDIA GR00T 1.7 humanoid model and works natively with Isaac Lab simulation and teleoperation libraries. Timing is everything: This massive partnership drops on the exact day of Unitree’s STAR Market IPO listing hearing in Shanghai, and amidst a proposed U.S. federal procurement ban on Chinese-made unmanned ground vehicles. Shipping is slated to begin in October 2026 to research labs worldwide. x.com/NVIDIARobotics/status/…

F.03 has arrived at BMW

A glimpse of the future!

I predict consumer wearable flying robots will be very popular within a few years, acting as people’s personal physical AI agents.

Milestone unlocked: AGIBOT has officially rolled out its 15,000th robot. The Chinese robotics leader is demonstrating manufacturing maturity, ramping production velocity from 10k to 15k units in just three months. To validate the fleet, AGIBOT also wrapped up a continuous 100-hour livestream directly from Longcheer Technology's active tablet assembly line—proving these robots can handle real factory floor rhythms alongside human workers. The shipment race is heating up as the industry shifts from laboratory proofs of concept to high-volume commercial deployments.

Read the full breakdown of Apollo 2’s modular hardware, custom actuators, and its six target commercial solutions here: humanoidsdaily.com/news/subs…

All the details here: humanoidsdaily.com/news/scal…

1X Technologies has named former Pixar, Bungie, and Roblox engineering leader Tom Sanocki as its new VP of Engineering, tasking him with directing the company’s software roadmap ahead of planned consumer shipments and its newly announced developer platform. The hire marks a significant addition to the company's technical leadership during a period of major structural changes. The Context Behind the Hire: - AI Leadership Restructuring: Sanocki’s arrival follows a significant reorganization within 1X’s artificial intelligence division. The company recently established a dedicated World Model Lab following the high-profile departures of key legacy AI executives, including former VP of AI Eric Jang and Director of Evaluations Daniel Ho. - The Software Execution Challenge: Sanocki brings deep experience in real-time, user-facing systems at scale from his time leading avatar and virtual world teams at Roblox and Meta. At 1X, he will be responsible for leading the software engineering organization as the company transitions its NEO humanoid from research prototypes into production-grade consumer products. - Managing the Developer Pivot: The appointment lands immediately after 1X revealed plans to accelerate an open developer platform for its NEO humanoid, framing it as a strategic alternative for Western researchers facing potential U.S. restrictions on Chinese hardware. Sanocki will lead the engineering efforts required to bring this developer ecosystem to life. While 1X continues to target its first consumer deliveries for later this year, the company faces the complex task of scaling physical manufacturing at its Hayward facility while simultaneously building out a newly structured software and developer architecture. Sanocki's ability to manage large-scale consumer platform deployments will be central to the company's upcoming commercial rollout.

Figure is back at BMW Group Plant Spartanburg. Just months after retiring its second-generation fleet, the robotics startup has deployed Figure 03 into active vehicle production operations. While the previous 10-month pilot with Figure 02 focused on a heavy, rigid pick-and-place task—loading sheet metal panels into welding fixtures within the body shop—this new initiative moves the hardware directly into assembly logistics. Specifically, Figure 03 is tackling complex sequencing applications in Hall 52, where BMW assembles variants of the X3 and the upcoming electrified iX5. The operational workflow: ● Components arrive at the logistics hall unsorted in larger containers. ● Figure 03 autonomously identifies, orients, and slots individual parts into vertical sequencing trolleys. ● Automated tugger trains or Smart Transport Robots (STRs) then deliver the sorted carts directly to the line for "just in sequence" assembly by human workers. This focus on flexible kitting and intra-logistics brings Figure into direct functional competition with Boston Dynamics, which has spent months demonstrating highly similar multi-compartment sorting routines with its electric Atlas platform. To handle the high-frequency variability of logistics, Figure 03 brings critical hardware upgrades (compared to 02) that address the high failure points of the previous pilot (such as stressed wrist cabling). The third-generation platform introduces high-degree-of-freedom hands outfitted with tactile sensors on every fingertip, localized palm cameras to bypass head-camera occlusion, soft safety components for human-robot collaboration, and wireless inductive charging for continuous fleet rotation. The deployment serves as a major real-world test for BMW's broader iFACTORY digital transformation framework, testing whether bipedal machines can move past narrow laboratory endurance runs and operate reliably inside the unpredictable chaos of a commercial automotive supply chain.

Full breakdown: humanoidsdaily.com/news/back…

Excited to see F.03 humanoid robot at BMW in Spartanburg, more to come next week

Humanoid locomotion is mostly solved. But whole-body manipulation in messy, real-world homes? Still one of the biggest bottlenecks in robotics. Laboratory data doesn't cut it. To build "robot butlers," models need to train on the chaotic edge cases of the real world. That’s where HIW-500 (Humanoids-in-the-Wild) comes in—the largest open-source humanoid teleop dataset collected entirely in real homes. Developed by @BitRobotNetwork alongside @LeRobotHF @huggingface and Unitree Robotics, HIW-500 offers the massive data scale required to solve real-world generalization: • 500 hours of whole-body data • 23,000 individual episodes • 10 TB of raw data across 12 authentic homes • 10 long-horizon tasks (sweeping, tidying, object manipulation) The data was gathered via a fleet of Unitree G1 humanoids utilizing a rigorous sensor stack: • Stereo head cameras (480p, 30 FPS) • Dual infrared (IR) stereo wrist cameras to eliminate visual occlusion during manipulation • Full 29-DoF kinematic states, IMU, and odometry Infrastructure hurdle solved: Hugging Face's LeRobot team re-encoded the raw data, compressing it from ~10TB down to ~2TB with ZERO loss of fidelity. Because the Unitree G1 is natively supported in LeRobot, researchers can pull these real-home trajectories and start training imitation or VLA policies today. A massive open-source step toward hitting the industry’s "80/80" benchmark (achieving an 80% task completion rate across 80% of unfamiliar, real-world scenes) for general-purpose robots. x.com/BitRobotNetwork/status…

PNDbotics has released new footage of their 'Adam' humanoid, claiming it to be the first full-size humanoid robot to successfully scale a 1-meter (approx. 3.3 feet) wooden box. It's interesting to note that PNDbotics leans directly into a "future warrior" angle in their messaging, which certainly fits the slightly intimidating, raw mechanical aesthetic on display here.

Humanoid robotics pioneer @agilityrobotics is going public via a $2.5B SPAC merger with Churchill Capital Corp XI. Trading under ticker AGLT, the deal delivers over $600M in gross proceeds, including a $200M PIPE led by Foxconn. Huge milestone as the first standalone Western humanoid pure-play hits the public market. 🤖📉

Read the full analysis on how the escalating geopolitical battle over robotics is forcing a shift in Western hardware rollout strategies: humanoidsdaily.com/news/1x-a…

The House Select Committee on China explicitly targeted Unitree Robotics on Monday, renewing pressure on Washington to pass the GUARD Act and block Chinese-built humanoids from entering the U.S. market. But an immediate problem looms: Western AI researchers have long relied on relatively cheap, high-volume Chinese hardware like Unitree’s platforms to test their AI models. Because domestic options remain locked in closed corporate enterprise pilots, a sudden import ban would leave a massive hardware vacuum across American labs. Now, 1X Technologies is stepping into the breach. CEO @BerntBornich announced that 1X is officially accelerating its timeline to deliver its NEO humanoid robot directly to developers. Børnich argued that the West having a proper bipedal platform is "too important for the future of humanity for us to gate-keep," positioning NEO’s passively safe, tendon-driven hardware as a viable, accessible baseline to scale the robotics startup ecosystem. The company's distribution roadmap reveals a distinct "Developer Platform" branch splitting directly from the NEO factory floor—funneling hardware into independent dev teams, startups, research labs, and enterprise integrators parallel to its consumer home deployment. As geopolitical supply lines tighten, the race to build physical AI brains is quickly becoming an urgent race to manufacture trusted domestic bodies.

Interesting development

CEO Peggy Johnson about Agility going public via SPAC: