Humanoid robots are not yet particularly common in the United States, but in China they have seen a remarkably rapid and widespread rate of adoption, with more than 100 manufacturers operating and approximately 28,000 diverse units currently in operation. Chinese robots have made impressive strides recently, including the literal example of a robot breaking the half-marathon world record, and companies like Nvidia are partnering with Chinese manufacturers to create “physical AI” robots. There are now so many robots in circulation that China’s Ministry of Industry and Information Technology has launched a new effort to track them through a unique identification code system.
This new system, delegated to the HEIS (Humanoid Robotics and Embodied Intelligence Standardization) committee, will assign a completely unique identification number to all humanoid robots currently operating in China. With these figures, manufacturers and Chinese authorities will be able to track the entire lifespan of a humanoid robot, from the moment it rolls off the assembly line to the moment it is recycled into spare parts. This, in turn, will make it easier to track a robot’s use and movements and monitor for any risks, helping to establish a regulatory basis for this rapidly evolving industry.
Identification numbers ensure each robot can be traced for risk monitoring
The ID code initiative, officially titled “Humanoid Full Lifecycle Management Service Platform,” assigns codes to every robot currently operational in China. They consist of four digit sections, making 29 digits in total. The first two digits are a country code used for cross-border shipping and sales. The next four digits contain the record of the company that originally manufactured it. The next six digits indicate the precise make and model of the robot, and the last seventeen digits serve as a unit’s completely unique serial number, the primary element that differentiates two otherwise identical units from each other. These identification numbers and associated guidelines are implemented at all stages of the humanoid robot industry, from manufacturers, sellers, service providers, recycling plants and end users.
While the market for humanoid robots in China is accelerating at an impressive pace, including the sale of these robots in the US market, the sector is still in its infancy. Implementing these regulations now, before the industry really takes off, will help ensure a system of guidance and oversight. In the event that a particular robot goes haywire and causes an incident, for example, this identification code will help authorities identify the responsible parties and hold them accountable. With strict regulations in place, the humanoid robot industry will be able to continue its rapid pace of development with less concern for technology and infrastructure that exceeds monitoring and safety requirements. This could serve as an attractive model for other robotics industries around the world, as well as similar emerging technologies like generative AI.
