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More than sales, we engineer

Hardware is the easy part. The application layer is where a deployment succeeds or stalls, and that is the work we do.

Is a humanoid the right question?

Most companies arriving on this page do not need a humanoid, and the fastest way to be useful is to say which ones do.

If the task happens in one place, on parts that arrive in the same orientation every time, a fixed industrial arm will do it faster, more repeatably and for less money. If the task is moving boxes along a fixed route on a flat floor, a mobile robot or a conveyor is the answer. If the task is inspection along a route with stairs, gravel or grating, a quadruped is the answer, and it is a considerably smaller purchase.

What a humanoid is for is work in a space built for people, too varied to fixture and too low in volume to justify rebuilding the space. Machine tending across several machines at different heights. Picking mixed items from shelving sized for a human reach. A task that changes every few weeks, where reprogramming has to cost less than retooling. Somewhere a person does five different things in a shift and only two of them are worth automating.

The other legitimate reason is timing. Some companies buy now to have hands on the technology and people trained before it becomes ordinary. That is a defensible decision as long as it is the stated one. It goes wrong when it is presented internally as a productivity project and then measured as one.

If you recognise your process in the second paragraph rather than the third, say so on the contact form and we will tell you what we think you should be looking at instead. It costs us a conversation and saves you a year.

What we build

  • Application driven

    Software written for your specific task, not a generic demo repackaged.

  • ROS 2 based

    Standard tooling and open interfaces, so you are not locked into one supplier's stack.

  • Mobile & manipulation

    Navigation and manipulation developed together, because in practice they are one problem.

  • Legged systems

    Locomotion tuning and terrain handling for quadruped and bipedal platforms.

Three numbers worth knowing

Longest journey walked by a humanoid robot, set by the AGIBOT A2 in November 2025 and ratified by Guinness World Records.
106.286 kmLongest journey walked by a humanoid robot, set by the AGIBOT A2 in November 2025 and ratified by Guinness World Records.
Robots built by AGIBOT as of June 2026. Its 5,168 humanoid shipments in 2025 were 39% of the market and first worldwide. Sources: AGIBOT, Omdia.
15,000Robots built by AGIBOT as of June 2026. Its 5,168 humanoid shipments in 2025 were 39% of the market and first worldwide. Sources: AGIBOT, Omdia.
Regulation (EU) 2023/1230 becomes mandatory on 20 January 2027. We scope deployments against that date, not around it.
20 Jan 2027Regulation (EU) 2023/1230 becomes mandatory on 20 January 2027. We scope deployments against that date, not around it.

Engineering that stays with the project

Our engineers are involved from the feasibility study through to the operators' first shift. That continuity is deliberate: the person who scoped the cycle time is the person who has to meet it.

Discuss a project

Have an application that needs building?

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