Daily AI & Robotics Wrap: Humanoid Advancements Drive Investment and Innovation
The past 24 hours have seen significant developments in the world of AI and robotics, with humanoid robots taking center stage through major funding announcements, strategic partnerships, new product launches, and breakthroughs in mobility research. Global players are intensifying efforts to bring these advanced machines into industrial and domestic environments, signaling a pivotal moment for the sector.
Figure AI Secures $1 Billion in Series C Funding
Humanoid robotics startup Figure AI has announced a substantial Series C funding round, raising over $1 billion and boosting its valuation to an impressive $39 billion. This significant capital injection is set to accelerate the commercialization of Figure’s humanoid robots, facilitating their deployment into both residential and commercial settings at scale.
The funding will be strategically allocated across three key areas. Firstly, Figure plans to expand production at its BotQ manufacturing line to meet anticipated demand. Secondly, a portion of the investment will go towards building next-generation GPU infrastructure, crucial for accelerating the training and simulation of its proprietary AI platform, Helix. Finally, the company intends to launch advanced data collection initiatives, utilizing human video and multimodal sensory inputs to enhance robot operation in dynamic, real-world environments.
Figure’s CEO, Brett Adcock, emphasized that this milestone is critical for unlocking the next stage of growth in humanoid robotics and scaling its AI platform and manufacturing capabilities. The backing from both financial heavyweights and strategic technology investors underscores a shared belief in the future integration of this technology into daily life.
Figure AI Partners with Brookfield for Extensive Humanoid Pre-training Dataset
In a strategic move to bolster its AI capabilities, Figure AI has forged a partnership with Brookfield, a global investment firm with a vast real estate portfolio. This collaboration aims to develop the world’s most comprehensive pre-training dataset for Figure’s vision-language-action (VLA) model, Helix.
By leveraging Brookfield’s extensive properties, which include 100,000 residential units, 500 million square feet of office space, and 160 million square feet of logistics facilities, Figure will collect massive amounts of real-world, human-like navigation and manipulation data. This data is considered essential for training humanoids to move, perceive, and act more akin to people across a diverse spectrum of environments.
Beyond data collection, the partnership also includes Brookfield’s investment in Figure’s Series C round and aims to facilitate the deployment of Figure’s humanoid robots in new commercial settings. This collaboration represents a significant step towards enabling robots to perform useful, human-like tasks in everyday environments, addressing one of AI’s most challenging problems.
UK Startup Humanoid Unveils HMND 01 Alpha Industrial Mobile Manipulator
A new UK-based robotics and AI company, Humanoid, has announced the launch of its HMND 01 Alpha, a dual-armed mobile manipulator designed for industrial use. Developed in just seven months, the HMND 01 Alpha is touted as the country’s first humanoid robot for industrial applications and represents one of the fastest development cycles in the humanoid robotics sector.
The robot is specifically engineered to address labor shortages and support human workers in repetitive tasks, rather than replacing them. Artem Sokolov, founder of Humanoid, stated that the HMND 01 is built to fill labor gaps, allowing human employees to focus on more meaningful work. The company has secured $50 million in founder-led capital and boasts a team with alumni from leading tech and robotics firms.
The HMND 01 Alpha, which stands 220 cm tall and can carry payloads up to 15 kg with both arms, is designed for testing across various industrial facilities. The insights gathered will inform the development of its Beta wheeled robot, slated for a Q3 2026 launch, with a future bipedal version also planned for home and service environments. Humanoid’s approach to intelligence combines 360° simulation training with real-world data to accelerate development and reduce costs.
KAIST Develops Next-Gen Humanoid Robot Legs for Enhanced Mobility
Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have unveiled a significant advancement in humanoid robot mobility with the development of next-generation robot legs. The team, led by Professor Park Hae-Won of the Humanoid Robot Research Center (Hubo Lab), has completed the lower-body platform for a new humanoid robot designed for advanced deployment in industrial environments.
The robot’s lower body is already capable of performing complex human-like movements, including duck walking and the Moonwalk, and can run at speeds of up to 3.25 meters per second (7.2 miles per hour) on flat surfaces. It can also step over obstacles up to 30 centimeters high. The long-term goal for the full humanoid robot, expected to stand 165 centimeters tall and weigh 75 kilograms, is to handle demanding tasks such as carrying heavy objects, manipulating valves, and climbing ladders.
This achievement represents an important milestone in humanoid robotics, showcasing independent capabilities in both hardware and AI control systems. The research team aims to further improve performance, targeting speeds of 4 meters per second and the ability to clear vertical gaps over 40 centimeters, further enhancing the robot’s versatility in human-centric industrial settings.
China’s Growing Dominance in Humanoid Robotics for Home and Industry
China is rapidly asserting itself as a global leader in humanoid robotics, with expectations that its lead will widen over the next three to five years, particularly in the volume production of AI robots. Experts from Morgan Stanley suggest that China’s competitive edge stems from its comprehensive supply chain and extensive range of testing environments, enabling rapid product refinement and integration into various industries.
Recent demonstrations at the 10th World Robot Conference in Beijing, where companies like UBtech showcased industrial applications such as sorting, material transfer, and even self-battery swapping, highlight China’s practical advancements. The Chinese Institute of Electronics has identified ten potential applications, spanning industrial uses like automobile manufacturing and shipbuilding, to consumer roles such as household help, customer service, and companionship.
Despite promising developments, analysts caution that the widespread adoption of fully versatile humanoid robots still faces hurdles, primarily the cost and the current level of AI sophistication required for large-scale deployment. However, China’s focus on narrow applications, such as security checks and elder care, is expected to see breakthroughs within the next few years, solidifying its position in the evolving humanoid robotics market.