China publishes its first national standard framework for humanoid robots and embodied AI, with Unitree, AgiBot and UBTech at the table
A standards committee set up under China's Ministry of Industry and Information Technology released the Humanoid Robot and Embodied Intelligence Standard System (2026 Edition) in Beijing on 28 February 2026.
The six-part framework runs from AI "brains" and computing to joints, complete robots, applications and safety, and came with a first list of priority standard projects drafted with more than 70 leading companies.
China has put a rulebook skeleton around its humanoid robot boom. On 28 February 2026, the humanoid robot and embodied intelligence standardization technical committee of the Ministry of Industry and Information Technology (MIIT) released the Humanoid Robot and Embodied Intelligence Standard System (2026 Edition) at its first annual conference in the Beijing Economic-Technological Development Area, according to the Chinese Institute of Electronics, which runs the committee's secretariat.
The framework is split into six parts: basic and common standards, brain-like and intelligent computing, limbs and components, complete machines and systems, applications, and safety. A Xinhua report carried on the Fujian provincial government portal describes the safety part as covering safety and ethics, and says more than 120 research institutes, companies and industrial users took part in drafting it. The report calls it the first Chinese standard framework that covers the whole humanoid and embodied AI industry chain and the full product lifecycle.
What was released
Three documents came out on the day. Besides the framework, the committee published a first-batch list of key humanoid and embodied AI standard projects, which the secretariat says was drafted together with more than 70 leading companies across the supply chain. The secretariat did not say how many projects the list contains. Two initiatives were also launched: one on building an identity management mechanism for humanoid robots, and one on the safe development of the humanoid and embodied AI industry.
The initiatives were released jointly by local government representatives from Beijing E-Town, Shanghai Zhangjiang, Shenzhen Longgang, Hangzhou and Chengdu, by robot makers Unitree, AgiBot and UBTech, and by three users: JD.com, China Southern Power Grid and China Mobile's Hangzhou research institute. The committee's work is organised in six working groups that mirror the framework: overall planning, limbs and components, brain-like and intelligent computing, complete machines and systems, applications, and safety. More than 60 committee members and company representatives, plus investors and media, attended, the secretariat said.
Xie Shaofeng, MIIT's chief engineer and the committee's chair, told the meeting that standards work had to be fast, high quality and strong. He called for pre-research on standards to run alongside technical development, for open source to raise China's voice in international standard setting, for a comprehensive safety line, and for an integrated process covering every stage from pre-research and project approval through drafting, publication, promotion, implementation and evaluation. Officials attending included Du Guangda, deputy director of MIIT's science and technology department, and Chen Zhaohui, deputy director of the Beijing Municipal Bureau of Economy and Information Technology.
How the committee was built
The committee itself is only two months old. It was inaugurated on 26 December 2025 at a founding meeting attended by more than 100 people, the Chinese Institute of Electronics reported at the time. Vice Minister Ke Jixin set three tasks: raise the supply of high-quality standards, build a standards ecosystem with a clear division of labour, and connect actively with international standard systems. Xie said the committee should push for breakthroughs in open source, data, operating systems and simulation platforms. The secretariat introduced representatives of eight member organisations, among them Unitree, AgiBot, UBTech, SenseTime, the Beijing Humanoid Robot Innovation Center and the Beijing Academy of Artificial Intelligence. Liang Liang serves as vice chair and secretary-general.
- 2025-12-26
- MIIT humanoid and embodied AI standards committee founded
- 100
- Attendees at founding meeting (more than)
- 2025-12-26
- Member organisations named as representatives
- 8
- Organisations
- 2026-02-28
- Standard System (2026 Edition) released
- 6
- Parts of the framework
- 2026-02-28
- Committee working groups
- 6
- Working groups
- 2026-02-28
- Drafting participants for the framework
- 120
- Institutes, companies and users (more than)
- 2026-02-28
- First-batch priority standard projects list
- 70
- Leading companies co-drafting (more than)
- 2026-02-28
- Initiatives launched
- 2
- Initiatives
- 2026-02-28
- First-batch priority standard projects
- No data
- Projects (not disclosed)
Counts as disclosed by the Chinese Institute of Electronics (committee secretariat) and a Xinhua report on the Fujian provincial government portal. Values marked 'more than' are disclosed lower bounds. Not estimated.
As of Oct 1, 2026
Why a standard system matters
In plain terms, a standard system is a map of every standard an industry will need, sorted into families, before most of those standards are written. It tells companies which test methods, interfaces, data formats and safety requirements are coming, and it tells the ministry where to approve new standard projects first. For humanoids that matters because a robot combines a large AI model, dozens of electric joints, reducers, sensors and batteries in a machine that moves around people. Today, buyers in factories and logistics centres have no common way to compare joint performance, rate a robot's safety near workers or audit the data used to train its control model. The brain-like computing part, according to the Xinhua report, will regulate data across its lifecycle and the training and deployment of models, while the application part covers how robots are developed and operated in specific settings.
The international picture
Other governments have moved on different tracks. South Korea's industry ministry launched the K-Humanoid Alliance on 10 April 2025 with about 40 companies, universities and research institutes, set performance targets for 2028 including a weight of 60 kg or less, at least 50 degrees of freedom and a 20 kg payload, and said it expected more than 1 trillion won of public and private investment. In the European Union, the new Machinery Regulation, which will govern safety for robots sold in the bloc, applies on a mandatory basis from 20 January 2027, according to the European Commission. China's approach differs in that the industrial policy ministry is writing the standard map while domestic champions sit in the drafting groups.
- China
- Humanoid Robot and Embodied Intelligence Standard System (2026 Edition)
- 2026-02-28
- MIIT standardization technical committee
- 120
- No (framework; individual standards may be)
- South Korea
- K-Humanoid Alliance
- 2025-04-10
- Ministry of Trade, Industry and Energy
- 40
- No (alliance)
- European Union
- Machinery Regulation (EU) 2023/1230
- 2027-01-20
- European Commission
- No data
- Yes
Participating organisations: China more than 120 (Xinhua via Fujian government portal); Korea about 40 signatories (ministry release). EU date is the mandatory application date per the European Commission. Not estimated.
As of Oct 1, 2026
Risks and open questions
The framework is a structure, not a set of finished standards. The secretariat did not publish the full text or the number of projects in the first batch, and it is unclear which items will become mandatory national standards and which will stay voluntary industry or group standards. Writing standards while products change every few months risks fixing requirements too early or too late. Foreign makers selling into China will also want to know whether the identity management initiative implies registration of individual robots, which the documents released so far do not specify.
MEKAWIRE analysis
China is using standards to turn a crowded humanoid start-up field into a managed industry, and the companies in the drafting rooms will shape the test that every rival has to pass.
The evidence is in who drafted what. Unitree, AgiBot and UBTech were introduced as member representatives at the committee's founding and released the initiatives in February, and more than 70 leading companies drafted the first priority list. Standards built around their architectures lower their certification costs and raise those of late entrants. MIIT's chief engineer chairs the committee, which links the standards directly to industrial policy.
The strongest counter-argument is that standards alone do not create demand. A framework with six parts and an undisclosed number of projects may take years to produce enforceable documents, and buyers will keep choosing robots on price and performance in the meantime.
Bull case. Common test methods for joints, safety and data let factory and utility buyers such as China Southern Power Grid procure humanoids at scale, and Chinese standards become a reference for exporters in Asia and the Middle East. That would shorten sales cycles for listed makers and their component suppliers.
Bear case. Standards lag the technology, firms game early requirements, and the identity and safety rules add compliance cost before revenue arrives. International buyers keep to ISO and EU rules, so Chinese standards add a second compliance track rather than replacing one.
Signals to watch:
- During 2026, how many items on the first-batch list MIIT approves as formal industry or national standard projects, and whether any are mandatory.
- On 20 January 2027, the EU Machinery Regulation becomes mandatory, testing whether Chinese humanoid exporters can certify to both regimes.
- By the end of 2028, whether Korea's K-Humanoid Alliance meets its own specification targets, a benchmark for the performance metrics China's complete-machine standards will set.
- MIIT humanoid robot and embodied intelligence standardization technical committee
- Humanoid Robot and Embodied Intelligence Standard System (2026 Edition)
- 28 February 2026, Beijing Economic-Technological Development Area
- 6 parts: basic and common, brain-like and intelligent computing, limbs and components, complete machines and systems, applications, safety
- 2 (humanoid identity management; industry safe development)
- Chinese Institute of Electronics
- Xie Shaofeng, MIIT chief engineer
- 26 December 2025
- More than 120 research institutes, companies and users
- Drafted with more than 70 leading companies; number of projects not disclosed
Why it matters
China has more humanoid makers than any other country and, until this framework, no national map of the standards they would have to meet. The 2026 Edition gives MIIT a tool to steer the industry without picking individual winners outright, because whatever enters the standard families first becomes the default for test methods, interfaces and safety claims. For buyers such as utilities, logistics groups and carmakers, it is the first sign of how procurement specifications for humanoids will be written.
The timing matters too. The committee was founded on 26 December 2025 and published a six-part framework, a priority project list and two initiatives within nine weeks. That pace signals that the ministry treats humanoid standards as part of industrial policy rather than a technical afterthought.
Rival analysis
Unitree, AgiBot and UBTech were named as company representatives both at the committee's founding and at the February release. Each stands to benefit if early standards reflect its own designs. SenseTime, the Beijing Humanoid Robot Innovation Center and the Beijing Academy of Artificial Intelligence add the software and open-platform side.
Foreign rivals have no visible role in the drafting. Tesla, Figure and Boston Dynamics will meet these standards only if they sell into China, while Korean makers such as Rainbow Robotics and LG Electronics, and Japanese component suppliers, will face them as Chinese customers write them into contracts.
Valuation context
There is no direct valuation event in a standards release, but the market reads it as reduced regulatory uncertainty. Of the three named robot makers, UBTech has been listed in Hong Kong since December 2023, while Unitree, founded in 2016, and AgiBot, founded in 2023, were private at the time of the release. Participation in standard drafting is a qualitative point that listing candidates can cite to investors.
Component makers stand to gain most in valuation terms if the limbs and components family produces interface and test standards, since uniform specifications favour high-volume suppliers that can certify once and sell to many integrators.
Supply-chain implications
The limbs and components family covers joints, reducers, motors, sensors and hands, which make up most of a humanoid's bill of materials. Common test and interface standards would let robot makers switch suppliers more easily, which raises price competition among Chinese actuator and reducer makers but lowers integration cost.
The brain-like and intelligent computing family links to chips and data. The framework's focus on data lifecycle and model deployment suggests future requirements on training data provenance and on-device compute, which will matter to domestic AI chip suppliers and to cloud providers that host robot training.
Signals to watch
First, the number and content of projects on the first-batch list once MIIT publishes industry standard approvals. Second, whether any humanoid safety item is proposed as a mandatory national standard. Third, how the identity management initiative is implemented, for example whether robots receive registered identifiers.
Outside China, watch the EU Machinery Regulation from 20 January 2027 and Korea's K-Humanoid Alliance targets for 2028. Diverging requirements would force exporters to maintain separate compliance tracks.
Analyst view
Thesis: the 2026 Edition is a meaningful step in China's industrial policy for humanoids, but its commercial effect depends on standards that are not yet written. Confidence: medium.
Reasons. The structure, participants and leadership are confirmed by the committee's secretariat and a state media report on a provincial government portal, and the ministerial chairmanship ties the work to policy. The full text and the size of the first-batch list were not published, so the depth and binding force of the framework cannot yet be judged.
Questions you should be asking
How many standard projects are on the first-batch list, and which companies lead each? Which items will be mandatory national standards, and on what timetable?
What does the identity management initiative require in practice, and will it apply to imported robots? Will China submit parts of the framework to ISO or IEC committees, as the chair's call for international influence implies?