The standard that doesn't exist: certifying humanoids across 80+ jurisdictions at once

When a humanoid robot manufacturer announces entry into a new market, that announcement almost always sits atop far more tedious, drawn-out work than developing the robot itself — certification. And here humanoids face a problem their more modest predecessors didn't have: no single standard exists for robots with an anthropomorphic form factor, and the regulatory groundwork is being built almost from scratch, jurisdiction by jurisdiction.

The cobot lesson as a benchmark

Collaborative robots (cobots) from manufacturers like Dobot and JAKA walked this path earlier — and it took years. Their certification against the requirements of more than 80 jurisdictions worldwide built up gradually, as actual shipments reached new countries, rather than being obtained centrally in advance. Every country, and often specific industries within a country, imposes its own requirements for electrical safety, electromagnetic compatibility, mechanical strength of protective housings, and documentation in a language local inspectors can read.

The key difference between humanoids and cobots is that cobots are physically confined to the work envelope of an arm fixed in one spot — their use cases, and thus their safety requirements, standardized over decades. A humanoid moves through a space, interacts with people along unpredictable trajectories, may climb stairs, and can work in different types of rooms within a single shift — and no existing regulatory standard was originally written for that kind of variability.

Why no single standard exists yet

International standards bodies (ISO, IEC) are indeed working to extend existing industrial robotics norms to cover mobile anthropomorphic platforms, but developing an international standard traditionally takes years of negotiation among dozens of national delegations, and the humanoid industry is growing faster than the regulatory groundwork underneath it. As a result, manufacturers operate in a legal landscape where each country interprets the applicability of existing norms (say, the industrial robot standard ISO 10218 or the mobile robot standard ISO 3691-4) differently, and often demands a fully separate local assessment.

Localization as an equally critical criterion

Here's a detail buyers often underestimate: having a local service partner and localized interfaces and documentation turns out to matter as much in vendor selection as the robot's own technical specs. A company that can supply certification in the importing country's language and back it with a local service contract wins the tender even against more impressive specs on paper — because for a corporate buyer, legal and service risk often outweighs a performance edge.

Who benefits from this uncertainty

The absence of a unified standard creates a temporary competitive advantage for large companies with the resources to pursue certification in several jurisdictions in parallel — which is exactly what leading Chinese and American humanoid manufacturers do, dedicating separate legal teams to regional certification. Smaller startups have a harder time in this race: every new market requires a separate budget for local certification, which can run into hundreds of thousands of dollars per jurisdiction once testing, documentation, and legal support are counted.

What it means for buyers

A corporate buyer selecting a humanoid for a specific task should ask a vendor not just about the robot's specs but about its certification status in that buyer's own jurisdiction, and about the presence of a local service partner — that can turn out to matter more for operational reliability than walking speed or payload capacity.

Insurance as another bottleneck

A separate, less obvious problem is insurance. Insurers accustomed to pricing risk for industrial manipulators fixed in one spot are still struggling to build actuarial models for a mobile anthropomorphic robot that can operate in close proximity to people under unpredictable conditions. The lack of established insurance practice for these new risk classes further slows humanoid adoption at sites where coverage is mandatory under lease terms or industry regulation — and this problem is being worked out in parallel with the technical certification standards themselves, not after them.

You can explore which humanoid manufacturers already have experience localizing for different markets in our catalog.