In a remarkable demonstration of technological advancement, China has achieved a significant milestone in humanoid robotics, with the AgiBot factory in Shanghai celebrating the production of its 5,000th mass-produced humanoid robot. This development signals a pivotal shift in the manufacturing landscape, as Chinese companies increasingly merge robotics with artificial intelligence to potentially transform industries worldwide.
The Drive Behind Automation
The founder of Guchi Robotics, Chen Liang, epitomises the spirit driving this revolution. Based in Shanghai, Guchi Robotics has been at the forefront of automating assembly processes for major car manufacturers like BYD and Nio. Since its inception in 2019, Guchi has focused on addressing the complexities of final assembly—the stage where various car components converge. Presently, while Guchi’s robots can autonomously mount wheels, dashboards, and windows, Chen estimates that approximately 80% of the final assembly process remains untouched by automation.
China’s commitment to robotics is not merely a corporate initiative; it is a national strategy, underscored by a £100 billion fund announced in 2025 aimed at advancing strategic technologies, including robotics. This funding has catalysed the emergence of around 140 Chinese firms dedicated to developing humanoid robots, with major cities actively investing in robotics projects that promise to redefine labour dynamics across various sectors.
The Robotics Boom: A Cultural Shift
The recent Lunar New Year gala showcased the rapid evolution of robotic capabilities, with humanoid robots performing increasingly complex tasks, from synchronised cheerleading to intricate cartwheels. This spectacle served as a bold proclamation that China is not just participating in the global robotics race; it aims to lead it.
During visits to eleven robotics companies across five cities, I observed a trend where the lines between the private sector and municipal government initiatives are blurring. Many companies are actively working on robots to replace human workers, with some already attracting interest from Western buyers. For instance, engineers from General Motors were testing one of Guchi’s robots, which is set to eliminate twelve assembly operator positions in Canada.
This shift raises significant questions about the future of employment. Chen’s perspective is pragmatic; he believes that a cultural change is underway, where younger generations in China are increasingly unwilling to engage in traditional factory work. He argues that if the youth in China are reluctant to take on such roles, it is unlikely that American workers will be any more eager to return to the assembly line.
The Race for Humanoid Robotics
The competition within China’s robotics sector is fierce. Galbot, a notable startup, has taken a different approach by focusing on practical tasks like picking and placing items, rather than the flamboyance of acrobatic demonstrations. Founded in 2023, Galbot’s vision is to create robots capable of performing basic tasks in various environments, including electric vehicle factories, where the complexities of manufacturing present unique challenges. The company’s goal is ambitious: to deploy 10,000 robots for retail and factory applications within three years.
The technology underpinning Galbot’s approach is a vision-language-action model (VLA), which seeks to enable robots to function in unpredictable environments. Currently, however, their robots struggle with tasks that humans would find trivial, such as washing dishes. This illustrates the significant gap that still exists in the quest for fully autonomous humanoid robots.
The Future of Work: Teleoperation as a New Norm
The emergence of teleoperation as a training method for robots is another critical development in this field. Leju Robotics, which operates the largest robot training centre in China, employs teleoperators to guide robots through tasks, collecting invaluable data for future training. This model presents a dual narrative: while it creates new job opportunities, it also reflects the dehumanising aspects of a rapidly evolving technological landscape.
Teleoperators, primarily young workers, are tasked with training robots through repetitive actions in a controlled environment. Some have described their jobs as akin to being “lab rats under a microscope,” highlighting the paradox of a workforce that trains machines designed to replace them. As the robotics boom continues, the nature of work is set to change dramatically, with teleoperation emerging as a crucial component of the manufacturing process.
Why it Matters
The advancements in humanoid robotics in China are a harbinger of profound changes not only within the manufacturing sector but across economies globally. As automation reshapes the workforce, countries will need to navigate the delicate balance between technological progress and social responsibility. The implications of these developments extend beyond manufacturing; they challenge us to reconsider the future of work, the value of human labour, and the societal structures that underpin our economies. As China pushes forward with its robotics agenda, the world watches closely, bracing for the shifts that could redefine productivity and employment in the years to come.
