Daily AI and Robotics Wrap: Humanoids Advance on Multiple Fronts
The world of AI and robotics, particularly in the humanoid sector, has seen a flurry of activity over the past 24-48 hours, marked by significant investment, technological breakthroughs, strategic corporate moves, and expanding real-world applications. From record-breaking funding rounds to robots performing intricate dance moves and entering academic pursuits, the trajectory of humanoid development continues its rapid ascent.
Figure AI Secures $1 Billion in Funding, Accelerates Deployment with Key Partnerships
Figure AI, a prominent developer of general-purpose humanoid robots, has announced the successful closure of a $1 billion Series C funding round, pushing its valuation to an impressive $39 billion. This substantial capital infusion is earmarked for scaling the deployment of its humanoid robots into diverse real-world environments. Investors, including NVIDIA and Intel Capital, are betting on humanoids transitioning from futuristic concepts to near-term commercial viability.
Central to Figure AI’s strategy is its flagship Figure 02 robot, which is already undergoing pilot roles. The company’s AI platform, Helix, powers these robots, enabling them to recognize objects, reason about actions, and adapt to new surroundings. Figure’s advancements in locomotion are attributed to reinforcement learning within high-fidelity simulators, allowing years of physical trial-and-error to be condensed into hours of virtual training.
Further bolstering its efforts, Figure has forged a landmark partnership with Brookfield, a global alternative asset manager. Brookfield’s extensive portfolio, including over 100,000 residential units, will provide diverse environments for collecting vast amounts of real-world data. This data is crucial for training Helix’s AI to adapt to complex and dynamic scenarios that humanoid robots will encounter in deployment, particularly in household environments. The collaboration aims to capture human-like navigation and manipulation data at scale, a key step toward achieving truly general-purpose humanoid robots. Additionally, the funding will support the expansion of GPU-based infrastructure for robot simulation and AI model training, and a significant ramp-up at the BotQ manufacturing facility to increase production capacity.
KAIST Humanoid Robot Stuns with Michael Jackson’s Moonwalk
Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have unveiled a new humanoid robot capable of performing Michael Jackson’s iconic Moonwalk. The robot, developed by KAIST’s Humanoid Robot Research Center (Hubo Lab), demonstrated not only the flawless Moonwalk but also impressive speed, balance, and agility in a two-minute video.
The humanoid robot showcased its versatility by walking smoothly, accelerating to speeds over 3 meters per second, and recovering balance after being pushed, highlighting its advanced control system. All core components, including motors, reducers, and drivers, were built in-house by the KAIST team, ensuring technological independence. The robot’s movements are driven by artificial intelligence, trained through reinforcement learning in virtual environments and then transferred to real-world performance. This breakthrough not only represents a significant technical achievement in humanoid locomotion but also serves as a testament to the enduring inspiration of Michael Jackson’s artistry in the realm of science and technology.
Tesla Optimus Sees Leadership Transition in AI Division
Tesla’s Optimus humanoid robot project is undergoing a significant leadership change with the departure of Ashish Kumar, who led the Optimus AI team. Kumar’s leadership saw notable breakthroughs, particularly in developing AI models that leverage video-based skill acquisition and reinforcement learning. These advancements were crucial in enabling Optimus to learn complex tasks by observing human demonstrations, thereby reducing the need for extensive manual programming and accelerating skill development.
Following Kumar’s departure, Tesla has appointed Ashok Elluswamy to lead the Optimus program. Elluswamy will also continue to oversee Tesla’s vehicle AI efforts, suggesting a strategic move to unify AI architectures across the company’s various product lines. This transition underscores the dynamic nature of Tesla’s robotics endeavors and its continued prioritization of the Optimus project as a key component of its long-term value proposition.
NVIDIA Unveils New Robotic “Brain,” Signals Deeper Commitment to Robotics
NVIDIA is further cementing its commitment to the robotics sector with the anticipated launch of a new robot “brain.” An image shared on social media by NVIDIA Robotics, accompanied by a greeting card from CEO Jensen Huang, hinted at a significant shift in the company’s robotics strategy. A demonstration video featured a humanoid robot from Chinese manufacturer Fourier picking up the card, revealing different types of arms, suggesting the new brain’s compatibility across multiple humanoid robot models, thereby enhancing versatility.
Jensen Huang has consistently emphasized that robots represent the next wave of artificial intelligence, capable of reasoning, performing tasks, and understanding the physical world. He previously predicted that humanoid robots could become as common as cars within the next two to three years. NVIDIA’s increased focus on robotics includes collaborations with Chinese companies, which utilize NVIDIA Omniverse, a graphics and simulation platform, for safe training and human-robot collaboration. The company recently launched new Omniverse libraries and a NVIDIA Cosmos-based model to accelerate the development and deployment of robotic solutions, partnering with several humanoid robot manufacturers.
China Welcomes First Robot PhD Student in Digital Performance Design
In a unique academic advancement, China has welcomed its first robot doctoral student, Xueba 01, at the Shanghai Theatre Academy (STA). Standing 1.75 meters tall and weighing 32 kilograms, Xueba 01 will pursue a degree in digital performance design at the Department of Stage Design over the next four years. This program, a collaboration between STA and the University of Shanghai for Science and Technology (USST), aims to develop experimental training methods for a new generation of embodied agents, focusing on multimodal interaction, artistic expression, and cognitive growth.
Xueba 01 is designed to systematically learn the fundamental movements, routines, and performance techniques of traditional Chinese operas. The robot incorporates a world-leading, ultra-lightweight, tendon-based bionic structure and human-like facial technology, enabling it to perform delicate movements, over 100 lifelike expressions, and real-time interactions. It can flexibly adjust its height and appearance, perform continuously for over six hours, and adapt its performance based on audience feedback. While currently learning from professional performers through motion capture, future plans include direct learning from video footage to generate more natural performances. This initiative not only offers valuable insights for arts education but also highlights the project’s role in digitally preserving and innovating theatrical arts and cultural heritage.
Realbotix to Showcase AI-Humanoid Robot ‘Aria’ in Times Square
Realbotix, a leader in AI-powered humanoid robotics, is set to unveil its AI-powered humanoid robot, Aria, for public interaction in New York City’s Times Square. The demonstration will take place at the grand opening of tm:rw’s first freestanding storefront, a retail platform showcasing innovative technology. Starting September 25, 2025, Aria will serve as a social greeter and brand ambassador, engaging with millions of visitors in real-time and assisting them in multiple languages.
This public deployment highlights the scalability of Realbotix’s technology in real-world settings and positions the company at the forefront of the rapidly expanding market for social AI and humanoid robots. The initiative aims to demonstrate how humanoid robots can provide measurable value to retailers, brands, and customers, particularly in customer-facing environments with high foot traffic and diverse audiences.