Today we’re introducing Robots ID, an end-to-end operating system for humanoid robots designed to capture, structure, and scale real-world robot intelligence. Robot ID enables humanoid robots to be trained directly from human behavior through teleoperation, motion capture, and multimodal sensing turning physical experience into reusable intelligence.

When we walked into NVIDIA's HQ and sat down with their robotics team, something clicked that changed how we think about deployment entirely. We weren't there to talk about the cloud. We weren't there to talk about remote inference or centralized model servers. The conversation kept coming back to one thing: the intelligence has to live where the robot lives. On the factory floor. In the training center. Inside the facility. The deployment model for humanoid robotics isn't cl

Universities across Argentina and Latin America are redefining what it means to prepare professionals for the future and humanoid robots are already at the center of that transformation. There comes a moment when a technology stops being a novelty and becomes infrastructure. For humanoid robotics, that moment is approaching and it’s arriving through universities across the region. In recent months, at Humandroid, we’ve started to observe a pattern that genuinely excites us:

By Santiago Braña, CTO & Co-founder at Humandroid. Coming back from San Jose with a strong feeling: we're closer than we think. GTC 2026 wasn't just a conference. It was a real temperature check on where Physical AI actually stands today and the reading was clear: the ecosystem is aligning faster than anyone anticipated. Over four intense days, we joined deep-dive sessions on simulation, robotics, and digital twins. We worked inside hands-on labs with Omniverse, Isaac, and

For the first time at an industrial trade show of this scale, a humanoid robot was teleoperated live in front of hundreds of engineers, operations directors and decision-makers from across Europe