Nvidia, ETH Zurich, and a Chinese Robot: How Switzerland is Becoming a Hub for the Humanoid Industry

Four of the hundred globally leading robotics companies are based in the greater Zurich area. For comparison: Paris has three, Munich has two. This is not a statistic that gets heavily promoted — but the industry knows it.

Nvidia does too. Last week, the chipmaker announced Unitree Robotics as the hardware partner for its first commercially sold humanoid system. The system combines the Unitree H2 Plus with Nvidia's Jetson Thor chip — Blackwell GPU, AI processing on board. Four institutions worldwide will be the first to work with it: AI2 in Seattle, Stanford Robotics Center, UC San Diego — and ETH Zurich.

For anyone looking at Switzerland's research hub from the outside, this is a confirmation. For those who know it from the inside, it's more of an expectation fulfilled.

ETH has the Robotic Systems Lab under Marco Hutter, one of Europe's most productive robotics laboratories. ANYbotics — the best-known spin-off, specializing in autonomous inspection robots — has raised over EUR 127 million and will bring its new ANYmal X model to market in 2026. But ANYbotics is not alone: Sevensense develops 3D navigation for autonomous vehicles, Voliro builds omnidirectional drones for infrastructure inspection, Ascento develops two-wheeled robots. Over 30 robotics startups are active in the greater area, supported by an ecosystem of ETH, University of Zurich, ZHAW, and University Hospital Zurich.

What distinguishes Zurich from other European research centers is the short distance between lab and market. Boston or San Francisco have more capital and more risk appetite. Zurich, on the other hand, has an infrastructure that leads from the lab to a company relatively directly. This is structural — favorable regulation, proximity to German and Austrian industrial customers, political stability.

Regarding the Unitree H2 Plus: Starting in October, it will be freely available worldwide, without restrictions. The sister model G1 starts at USD 16'000, EDU configurations go up to USD 73'900. Official end-user prices for the H2 Plus are not yet available, but the order of magnitude should be similar. Swiss companies and universities can order directly.

What makes the Nvidia ecosystem interesting is not just the hardware. Isaac GR00T, Nvidia's AI platform for humanoid robots, runs on the same stack as CUDA — which means the entire existing AI infrastructure of the industry can be directly applied to humanoid systems. Software updates, new models, improved motion control: this comes through the ecosystem, not through hardware upgrades.

For buyers, this is a relevant point. A device that stands in an actively developed software ecosystem loses value slower than isolated hardware. How long the Nvidia-Unitree ecosystem will last remains to be seen — but the parallel to Android or iOS is not far-fetched.

Zurich is not a spectator in this development. ETH is sitting at one of the first four tables when the system goes live. This gives the location not only academic prestige, but also practical access to technology, data, and networks that will define in the coming years how humanoid robots are actually deployed.