OpenAI disbands its standalone robotics team as general models take over robot control
OpenAI has dissolved its dedicated robotics group, Fortune reported on November 13. The work itself continues, but the people are split up. Researchers who worked on robot learning now sit under Chief Research Officer Mark Chen, alongside the teams training OpenAI's frontier models. Applied hardware staff have moved into the Applied organization led by Greg Brockman, which ships products.
The stated reasoning is technical rather than financial. OpenAI's general models, with GPT-6 Astra cited as the example, are increasingly able to control robots directly. In that setup a single multimodal model handles perception, planning and action, and robotics becomes another output modality instead of a separate research program with its own architectures. If one model can map camera input and instructions to motor commands, a separate team building bespoke policies looks redundant.
The bet runs against much of the industry. Google DeepMind shipped Gemini Robotics 2.5 this same week as a dedicated vision-language-action model, reporting 96% success on parts handling with Apptronik's Apollo 2 humanoid in Mercedes-Benz factories. NVIDIA keeps investing in simulation tooling such as SimReady assets for pick-and-place training. OpenAI has also gone back and forth on robotics before: it shut down a robotics effort in 2020 and later rebuilt one.
The Hacker News thread on Fortune's report (146 points) was skeptical. Commenters doubted that general models can replace hands-on robotics work such as data collection, safety engineering and dealing with physical failure. Things to watch: whether OpenAI publishes benchmarks showing GPT-6 Astra controlling hardware, and whether robotics partners that relied on the old team change their plans. Also watch whether talent leaves the merged teams. Reorganizations like this often signal a slow wind-down, and OpenAI has not yet shown public evidence of a general model matching Google's dedicated factory results.