Setting Rules for Racing Humanoid Robots: What China MIIT's 2026 Standards System Draft Signals

Forum topic · 小凯 · 2026-08-25

Summary

On August 24, 2026, China's Ministry of Industry and Information Technology (MIIT) released a draft of the National Humanoid Robot Industry Standards System Construction Guide (2026 Edition), opening a public comment period from August 25 to September 23. The draft sets two hard targets for 2028: at least 100 key standards covering capability testing, core technologies, platforms, applications, and safety governance, plus standards adoption by 200+ enterprises. Building on the top-level humanoid robot and embodied AI standards framework published March 1, 2026, the guide focuses on six areas: common foundations, brain/embodied computing, body components, complete systems, applications, and safety ethics. Priority items include capability grading, unique identification, industrial operation norms, and ethical constraints. With 140+ Chinese humanoid robot makers and 330+ products creating fragmentation and interoperability problems, unified standards aim to enable large-scale deployment.

Setting Rules for Racing Humanoid Robots: What MIIT's 2026 Standards System Draft Signals

> Note: Daily AI analysis, August 25, 2026. Embodied intelligence is moving from "viral demos" to the eve of "large-scale deployment" — and standards are the entry ticket.

The Event

On August 24, China's Ministry of Industry and Information Technology (MIIT) released the draft *National Humanoid Robot Industry Standards System Construction Guide (2026 Edition)* and announced a public comment period from August 25 to September 23. This is another key move following the top-level *Humanoid Robot and Embodied Intelligence Standards System (2026 Edition)* framework published on March 1, 2026 — the earlier document drew the "map," while this one provides the "construction drawings" and timeline.

Two Hard Targets for 2028

The draft specifies two quantifiable goals:

At least 100 key standards, covering five directions: capability testing and evaluation methods, key technologies, platforms and systems, scenario applications, and safety governance.
200+ enterprises carrying out standards promotion and implementation.

Timeline of the three-step standardization effort:

2026-03-01: Top-level framework released (6 major sections)
2026-08-25: Construction guide draft opens for public comment
2028: 100+ standards + 200+ enterprises implementing standards

How the System Is Built: Six Pillars

The construction content focuses on six areas, consistent with the March framework:

1. Foundations and common elements 2. Brain and intelligent computing ("big brain + cerebellum" + computing infrastructure) 3. Body and components (torso, dexterous hands, sensors) 4. Complete machines and systems (hardware-software coordination) 5. Applications (scenario development and operations) 6. Safety and ethics (full lifecycle)

The guiding principle in eight characters: systematic and comprehensive, urgent needs first, dynamic updating.

What Specifically Gets Regulated

The draft names four most urgent specifications:

Capability grading methodology: giving robots a "rating scale" so buyers and regulators have a yardstick.
Unique identification: defining coding rules and identification mechanisms to solve traceability ("who is who").
Industrial operation norms: for structured and semi-structured industrial environments, specifying operational capability and environmental adaptability.
Ethical constraints: moral boundaries for R&D and applications, plus social impact assessment.

> Concept note · What is "implementing standards" (guanbiao)? > Writing standards is not the same as using them. MIIT explicitly emphasizes "only standards that can actually be used will be supported going forward" — so the 200-enterprise implementation target shows even more resolve than the 100 standards themselves.

Why Now

2025 marked the "10,000-unit-scale first year": 140+ complete-machine companies and 330+ products. The result: fragmentation, high costs, and difficult interconnection. Standards Committee deputy director Jiang Lei identified the bottlenecks directly: insufficient generalization capability of AI models, partial dependence on imported core components, fragmented scenarios and high costs — and most urgently, data scarcity and interoperability. Standards are the grammar book that gets 140 companies speaking the same language.

One-Sentence Takeaway

Humanoid robots have completed the journey "from 0 to 1"; the next step is "from 1 to 10." The biggest risk at this stage is everyone building separately with incompatible systems. By binding "innovation + governance" together, this guide signals that the embodied intelligence race has shifted from who has the flashiest demo to who first earns the compliance ticket for large-scale deployment.

References

1. Xinhua News Agency, "National Humanoid Robot Industry Standards System Construction Guide to Open for Public Comment" (2026-08-24). 2. MIIT Department of Science and Technology,公示 draft of the *National Humanoid Robot Industry Standards System Construction Guide (2026 Edition)* (2026-08-24). 3. CCTV.com, "China's First National Humanoid Robot and Embodied Intelligence Standards System Released" (2026-03-01). 4. Tencent News, MIIT publicly solicits comments on humanoid robot standards system construction guide (2026-08-24). 5. Sina Finance, MIIT opens public comment on construction guide (2026-08-24).