China Issues Digital ID Cards for Every Humanoid Robot
China has launched the nation’s first Humanoid Robot Full Lifecycle Management Service Platform, issuing unique 29-character digital identity codes — effectively “ID cards” — to every humanoid robot produced in the country. The initiative, led by the Ministry of Industry and Information Technology’s (MIIT) Standardization Technical Committee for Humanoid Robots and Embodied Intelligence, establishes a comprehensive tracking and accountability framework covering the entire lifecycle of humanoid robots, from manufacturing and deployment to maintenance and recycling, as reported by People’s Daily.
A Digital Identity for Every Machine
Each humanoid robot receives a unique, unchangeable 29-character alphanumeric identity code — 11 characters longer than a Chinese citizen’s ID number — that serves as a permanent digital serial number throughout its operational life. The system covers six stages: research and development, manufacturing, market access, sales, operation, and end-of-life recycling. An accompanying standard, the “Humanoid Robot Full Lifecycle Management Specification,” was released simultaneously.
Liang Liang, Deputy Director of the Standardization Technical Committee and Deputy Secretary-General of the Chinese Institute of Electronics, said the initiative “marks that China’s humanoid robot industry has officially entered a new stage of standardized development where ‘sources can be traced, processes can be controlled, risks can be prevented, and responsibilities can be investigated.’”
Why the ID System Matters
The rationale behind the system is rooted in safety and accountability. As humanoid robots move from factory floors into public spaces — serving coffee in exhibition halls, providing one-on-one shopping assistance in malls, and autonomously selling popcorn in cinemas — the potential for accidents grows. A 70-kilogram bipedal robot can cause serious injury if it malfunctions.
Xie Shaofeng, Chairman of the Standardization Technical Committee, highlighted the accountability challenge: “If a safety accident occurs with a humanoid robot, it is difficult to determine responsibility — whether it was improper operation by the user or a defect in the product itself — without a real-time, reliable data chain.” He warned that the humanoid robot industry is in an “explosive period of ‘growing from small to large,’” and that “if quality management cannot keep up, the healthy development of the industry will face risks.”
How the System Works
Under the new framework, all humanoid robots sold and used within China must be registered on the product information system. Yu Xiuming, Vice President of the China Electronics Standardization Institute, explained that manufacturers must establish a “whole-process quality control system.” Replacement of key components requires authorized re-binding of codes and re-testing, while data must be completely erased before recycling.
As EastFrontier noted, the system enables end-to-end traceability: “Product traceability means that any malfunction or accident involving a humanoid robot can be traced back to its manufacturing batch, components, and maintenance history.”
Rapid Adoption at Scale
The platform has already registered over 28,000 robots across more than 200 product models from over 100 enterprises. Beijing, Wuhan, Chengdu, Ningbo, and other members of the “AI 20 Cities” working mechanism, along with more than 30 leading humanoid robot companies, have signed cooperation agreements to promote the management system.
Unitree Technology, which recently filed for a $610 million IPO, has fully integrated its “one machine, one code” system into the service platform. Wang Qizhou, Deputy General Manager of Unitree, said that “starting from full lifecycle management will be an important link in promoting products from demonstration samples to systematic, stable, efficient, and loadable applications.”
Broader Implications
China’s proactive approach to robot governance mirrors its strategy in other emerging technology sectors. As Startup Fortune observed, “China has a habit of pairing industrial acceleration with administrative control, and this looks like another example of that playbook.”
The HEIS committee was established in 2025 with participation from more than 70 leading enterprises and research institutions. In March 2026, it released China’s first top-level standard design covering the full industry chain and lifecycle. With China controlling an estimated 84.7% of global humanoid robot production, the ID system positions Beijing to set de facto global standards for robot governance — similar to its role in 5G telecommunications and EV charging infrastructure.
Fan Bin, First-Level Inspector at MIIT’s Department of Science and Technology, outlined the next steps: “We will promote the coordination of scenario application and safety management, strengthen the management application of the whole machine ‘ID card’ in actual scenarios; promote the coordination of the standard system and platform construction, and accelerate the formulation of detailed standards needed for full lifecycle management.”
What to Watch For
Key questions remain: When will mandatory nationwide assignment officially begin? How will imported robots from foreign manufacturers be handled? Will the platform’s data be publicly accessible or restricted to regulators? As China’s humanoid robot industry continues its explosive growth — with Morgan Stanley projecting 28,000 units sold in 2026 alone, double earlier forecasts — the ID card system represents a foundational piece of infrastructure that will shape how robots are deployed, tracked, and regulated for years to come.