China has conducted extensive testing of AI-powered cleaning robots in real domestic environments. This landmark event signifies the shift of humanoid robots from laboratory settings to real-world workplaces. Embodied intelligence technology, described in a Chinese government report as a new economic driver, is moving robots out of research centers and into everyday life.
Experts identify 2026 as the takeoff point for the mass commercialization of humanoid robots. The nation is preparing for a future where machines become an integral part of the average person's daily routine.
Chinese Startup: A Leader in Robot Manufacturing
China currently leads the world in the production and deployment of robotics, including androids. The Chinese firm Pudu Robotics has unveiled its new D9 humanoid robot, which stands 1.7 meters tall, can carry loads up to 20 kilograms, and is capable of cleaning, stocking shelves, and adapting to complex environments.
Featuring 42 degrees of freedom, the robot can manipulate small objects and utilizes AI for multi-modal human interaction. The D9 can walk at a top speed of 7.2 km/h, climb stairs, and maintain its balance even after physical impacts.
This Shenzhen-based company focuses on developing more streamlined robots for commercial applications: floor cleaning, contactless delivery in restaurants and hotels, and cargo transportation in warehouses.
Household Task Training: The Shanghai Data Factory
Inside Adjibot’s data factory in Shanghai, nearly a thousand machines are "learning" new professions every day. Operators train them in domestic chores ranging from folding laundry to preparing juice.
The training process encompasses:
- Sorting and folding clothes
- Preparing drinks and fresh juice
- Mopping floors and cleaning bathrooms
- Arranging toiletries
- Organizing shoes on racks
- Delivering towels to guest rooms via app requests
Hospitality Applications: The Zerith H1
Chinese startup Zerith Robotics has introduced the Zerith H1, the world’s first hotel-grade humanoid robot designed specifically for cleaning and guest services. This represents the first humanoid robot globally tailored for the complex hospitality sector rather than general domestic tasks.
The Zerith H1 was engineered to address real-world challenges in the hotel industry: labor shortages, high overhead, and stringent hygiene standards. Unlike Elon Musk’s Tesla Optimus, which is aimed at home use, the H1 is specifically built for the commercial sector, particularly hotels.
MATRIX-3: Third-Generation Robot with Tactile Sensing
The Chinese startup Matrix Robotics has debuted the MATRIX-3, a third-generation humanoid robot that developers describe as a major milestone in the evolution of physical AI.
The robot features tactile perception, human-like motor skills, and the ability to generalize tasks within real-world environments. From its inception, the MATRIX-3 was designed for industrial, commercial, medical, and domestic applications.
Its computing system is based on a proprietary neural network architecture capable of generalizing knowledge without requiring specific training for every individual task. The robot can understand natural language instructions, plan a sequence of actions, and adjust them in real-time.
This methodology allows the MATRIX-3 to independently select grip points, regulate force, and coordinate its vision and limbs while navigating obstacles and responding to changing conditions. Pilot deployments for the MATRIX-3 are scheduled for mid-2026.
Surging Demand for Cleaning Robots in China
Demand for outdoor cleaning robots is skyrocketing across China. In Shenzhen, additional robots have been deployed for sanitation and waste removal.
These machines operate along pre-set routes. The system tracks device locations, monitors task completion, and checks for debris under trees. A cleaning robot can finish a standard workload in about 40 minutes, clearing fallen leaves and floating debris, and can even identify and avoid water lilies.
Representatives from several firms report that orders for autonomous cleaning robots have increased sharply.
Elderly Care Solutions: Moya by DroidUp
In Shanghai, the Chinese startup DroidUp showcased Moya, a new hyper-realistic humanoid model expected to hit the market by the end of 2026.
These androids are suitable for use in educational institutions and elderly care facilities. The developers intend for Moya to be used in settings where a human-like presence is as important as functional utility.
Each unit is expected to cost approximately $173,000. Initial shipments to Shanghai’s medical and social care centers could begin within the coming months.
The Robot Lineup: China’s Top New Models
From lifelike androids to multi-armed industrial workers, hundreds of new robots are being developed in China right now. This is not science fiction; the future has already arrived here.
The current roster of Chinese robots includes:
- Delivery robots in the Shenzhen metro
- Traffic control robots on the roads
- Police robots patrolling public streets
- China’s robotic "wolf" for military applications
- Nanny robots for childcare
- Haier’s domestic humanoids
- Multi-armed industrial androids
- Six-armed robots for high-complexity tasks
Conclusion: The Future is Now
Embodied AI technology is moving humanoid robots out of the lab and into the workforce. 2026 is poised to be the year of large-scale commercialization.
In 2025, the entertainment and commercial show industries have become the primary customers for humanoid robots. These will be followed by science, education, data collection, exhibitions, manufacturing, and logistics.
China is readying itself for a future where machines are woven into the fabric of daily life, and these home-based AI cleaning tests are the first step toward that reality.
