Humanoid Robotics and AI: Global Market and Application Surge
Daily Wrap: December 5, 2025
International Robot Exhibition Spotlights Humanoid Disaster Response and Service Bots
The 2025 International Robot Exhibition (iREX) in Tokyo, which commenced on Wednesday, has placed a significant spotlight on humanoid robots and those powered by artificial intelligence. The biennial event showcases cutting-edge technologies designed to perform duties in workplaces and at disaster-hit sites, drawing a record 673 companies and organizations.
A key demonstration featured Kawasaki Heavy Industries’ newest model of its humanoid robot, Kaleido. Kaleido is equipped with technologies for both autonomous movement and remote control, and its demonstration included extinguishing a mock fire, removing a fallen 30-kilogram shelf, and rescuing a dummy cat. A company official noted that the human-sized design is intentional, allowing the robot to utilize standard fireproof clothing and devices.
Beyond emergency response, other companies highlighted service and commercial applications. GMO Internet Group demonstrated a humanoid robot capable of various movements, including dancing while jumping, and serving customers in a cafe setting. Furthermore, Yaskawa Electric, in collaboration with SoftBank, exhibited a “physical AI robot” for a near-future office environment. This robot uses a camera to immediately assess a situation and then moves to clean or tidy up items, demonstrating the growing integration of AI and physical robotics in commercial spaces.
Humanoid’s Alpha Bipedal Robot Achieves Stable Walk in 48 Hours
The London-based robotics developer Humanoid has announced a significant milestone for its first humanoid robot, the HMND 01 Alpha Bipedal. The company reported that the robot, which was developed from initial design to a working prototype in just five months, achieved stable walking only 48 hours after its final assembly.
The Alpha Bipedal stands at 179 cm (5 ft., 10 in.) tall and features 29 degrees of freedom (DoF), excluding its end effectors. Its capabilities include walking in straight and curved paths, turning in place, sidestepping, squatting, hopping, running, and performing precise manipulation tasks. The robot is also designed for resilience, with the ability to recover from pushes, coordinate with other humanoid units, and interact with people via its head display, speakers, and audio sensing.
A core component of its advanced functionality is the integration of a Vision-Language Model (VLM) and Vision-Language-Action (VLA) framework, which enables the robot to perform advanced reasoning and task execution. The robot is powered by both NVIDIA Jetson Orin AGX and Intel i9 processors and has haptic sensors, force/torque sensors, and joint torque feedback. The company has already secured 19,500 pre-orders and is focused on establishing long-term partnerships and securing more early-year proofs of concept for 2026.
UBTECH’s Walker S Deployed for Vertical Farming Automation in Malaysia
The application of humanoid robots is expanding into the agricultural sector, as demonstrated by a new collaboration between Malaysian vertical farming company Agroz and UBTECH Robotics. Agroz launched Agroz Robotics, a program integrating engineering innovation with real-time agricultural intelligence to create a fully automated and controlled environment agriculture (CEA) ecosystem.
The program’s flagship hardware is UBTECH’s ‘Walker S,’ an industrial humanoid robot that will be integrated into the Agroz OS, the company’s proprietary farm operating system. This AI robotics technology is specifically designed to automate essential agricultural processes, including seeding, crop monitoring, harvesting, and overall crop optimization.
Gerard Lim, CEO of Agroz, stated that this next-generation autonomous farming system is expected to significantly boost productivity, reduce reliance on human labor, and ensure more precise and consistent crop quality. The collaboration represents a major step toward redefining agriculture by combining cutting-edge humanoid robotics with data intelligence to build smart, self-optimizing farms that support sustainable food production.
Generative AI and Robotics Create Physical Objects from Spoken Prompts at MIT
Researchers at MIT’s School of Architecture and Planning have developed a novel ‘speech-to-reality’ system that bridges the gap between generative AI and physical fabrication. The AI-driven workflow allows users to “speak objects into existence,” combining natural language processing, generative AI, and robotic assembly to create physical items like furniture in as little as five minutes.
The system democratizes design and manufacturing by eliminating the need for users to have expertise in 3D modeling or robotic programming. The process begins with a spoken command, which is translated by the generative AI into a 3D assembly. Geometric processing then modifies this AI-generated assembly to adhere to real-world fabrication and physical constraints, such as the number of components, overhangs, and connectivity. Finally, the system creates a feasible assembly sequence and automated path for a robotic arm to construct the object from user prompts.
This project is an interface between humans, AI, and robots to co-create the world around us. Imagine a scenario where you say ‘I want a chair,’ and within five minutes a physical chair materializes in front of you.
Unlike 3D printing, which can take hours or even days, this innovative assembly system can build objects in minutes, showcasing a major leap in on-demand, AI-driven manufacturing.
Humanoid Market Projected for $38 Billion Growth, Driven by AI and Labor Shortages
The humanoid robot market is poised for massive expansion over the next decade, with projections indicating it will reach $\$38$ billion by 2035. This growth is expected to be fueled by advancements in AI technology and increasing global labor shortages, with annual shipments forecast to surpass 1.4 million units.
Industry analysts are widely regarding the current period as the “Year of Mass Production,” marking a pivotal shift as Embodied AI begins to reshape high-end manufacturing. The transition of humanoids, such as Tesla’s Optimus and Boston Dynamics’ Atlas, from research laboratories to commercialization is rapidly accelerating the market.
The market expansion is also creating significant demand for specialized mechanical components. Specifically, rod ends are highlighted as crucial for achieving fluid, human-like movements, acting as integral parts of the rotary plus linkage systems common in humanoid joints like knees and ankles. This configuration ensures high load-bearing capacity, precise motion control, and space efficiency, all vital for a robot’s ability to perform dynamic movements.
China’s Hubei Province Accelerates Humanoid Robot Industry Chain
Central China’s Hubei Province is making significant strides in accelerating the development of its humanoid robot industry chain, leveraging its strong scientific, educational, and manufacturing resources. The regional focus is on building a comprehensive ecosystem that includes both complete humanoid robot manufacturers and core component enterprises.
The province is concentrating on core technologies essential for advanced robotics, including chips, joints, and dexterous hands. An innovation center in the Wuhan East Lake High-tech Development Zone, often referred to as the “optics valley of China,” is at the heart of this development. Recent activities at the center, demonstrated on December 4, 2025, included staff debugging robots and visitors watching robots perform sporting techniques, showcasing the breadth of the developing technology.
The strategic push in Hubei underscores the broader national ambition to lead the burgeoning humanoid robotics market.