Siemens and Nvidia's humanoid robot completed an eight-hour shift at a German factory

A humanoid robot has completed its first full eight-hour shift at an active Siemens production facility — and performed better than the test organizers expected. Siemens, Nvidia, and British startup Humanoid deployed the wheeled robotic platform HMND 01 Alpha at an electronics factory in Erlangen, Germany. The task was specific: autonomous sorting and movement of containers in the enterprise's logistics zone.

The robot performed 60 operations per hour, with grasp and placement accuracy exceeding 90%. The system was connected directly to Siemens' corporate IT infrastructure — without special adapters or an isolated test stand. HMND 01 Alpha runs on Nvidia's Isaac platform — a software stack for industrial robotics that includes simulation, reinforcement learning, and real-time inference.

Humanoid, founded in 2023, positions its robots as a solution for tasks requiring a combination of mobility and manipulation of objects of arbitrary shape. The wheeled design, unlike bipedal analogues, provides greater stability and movement speed in the structured environment of a warehouse or workshop. Context matters: an eight-hour test in real conditions is a fundamentally different level of complexity compared to trade show demonstrations.

The production environment involves unpredictable situations: varying container weights, changing lighting, people moving nearby. A success rate above 90% under such load indicates that the system is already close to commercial viability, rather than merely at a prototype stage. For Siemens, this is not a one-off experiment: the company actively invests in automating its own production facilities and simultaneously sells industrial automation solutions to other enterprises.

The successful pilot in Erlangen strengthens both directions — internal efficiency and market position. The Erlangen trial marks an important shift: humanoid robotics is transitioning from the phase of laboratory demonstrations to the phase of real production deployments. The next question is scalability.

One robot that completed a shift is a proof of concept. A hundred robots working in parallel with people without incidents — that is already an industrial standard.