Founded in March 2012, UBTECH is a leader in humanoid robots and a leading enterprise in intelligent service robots. Adhering to the mission of "bringing intelligent robots into thousands of households and making human lifestyles more convenient, intelligent and humane", UBTECH has laid out the full-stack technology of humanoid robots, and on this basis, it has carried out the research and development, design, intelligent production and commercial application of intelligent service robot solutions, covering a wide range of enterprise-level and consumer-level application scenarios in multiple industries. On December 29, 2023, UBTECH (stock code: 9880. HK) is listed on the Main Board of the Hong Kong Stock Exchange.
UBTECH is one of the very few companies in the world with full-stack technical capabilities for humanoid robots, including industry-leading humanoid robot hardware and control technology (robot motion planning and control technology, high-performance servo drive), artificial intelligence technology (humanoid brain, humanoid cerebellum), robotics and artificial intelligence fusion technology (SLAM and autonomous technology, visual servo operation and human-computer interaction), and robot operating system application framework ROSA2.0. The company is one of the very few companies in the world to complete the mass production of servo drives from small torque to large torque, and the self-developed humanoid robot Walker is the first commercial bipedal life-size humanoid robot in China. As of the end of June 2024, UBTECH has more than 2,450 patents related to robotics and artificial intelligence, of which more than 450 are overseas patents, accounting for nearly 60% of invention patents, and the number of effective patents for humanoid robots ranks first in the world. Through continuous investment in the research and development of the core technology of humanoid robots, focusing on the three major scenarios of industrial manufacturing, commercial services, and family companionship, UBTECH took the lead in realizing the landing application of humanoid robots, and is the only humanoid robot company in the world that has announced cooperation with a number of car companies.
With the self-developed full-stack technology of humanoid robots, UBTECH also takes intelligent robots as the carrier and artificial intelligence technology as the core, and has launched an intelligent service robot solution of "hardware, software, service operation" for artificial intelligence education, smart logistics, smart health care, business services and other industries, and is committed to serving to solve major social problems and meet major social needs with innovative technology, and create long-term social value for truly sustainable development.
We believe that the future of humanity lies in the coexistence of man and machine. We are committed to innovation and technology, and hope to bring UBTECH robots into all walks of life and thousands of households, and move towards the era of human-machine coexistence.
UBTECH's new generation of industrial version of humanoid robots
Walker S1
"Onboarded" the world's largest number of factories
Born for industrial applications
Based on the full-stack technology of humanoid robots, UBTECH has developed key technologies of embodied intelligence such as multi-modal programming large models, semantic VSLAM, and learning motion control for general tasks, giving Walker S1 a smarter brain and agile cerebellum, meeting the needs of generalized applications in industrial scenarios, and promoting the commercialization and industrialization of humanoid robots.
Supports multi-modal programming models for general tasks
By fusing and training a multi-modal programming model for general tasks, and using simulation scenarios and real data to build embodied intelligent data, Walker S1 has advanced intent understanding and fine-grained task planning capabilities, and its innovative application and implementation difficulty are among the first echelon in the industry in the world.
Industry-first semantic VSLAM navigation
By designing a tight coupling method between semantic perception information and traditional VSLAM, the coarse to fine method is realized
The two-stage semantic navigation improves the spatial comprehension ability of Walker S1.
Meet the generalization requirements of industrial scenarios.
Create multi-task-oriented industrial scenarios
Humanoid robot application paradigm
The Walker S1 has entered the training of automobile factories, and is the world's first industrial scenario solution for collaborative operation of humanoid robots and unmanned logistics vehicles.
