humanoid.guide reports on Physical Intelligence’s “π0.7”

On November 10, 2026, humanoid.guide published an article about Physical Intelligence’s “π0.7.”

What can be confirmed from the material provided is that humanoid.guide published an article focused on Physical Intelligence’s “π0.7.” The supplied text is secondary reporting; the original official announcement, technical specifications and third-party evaluation results are not provided separately. The publication of the article should therefore not be treated as proof that the model’s capabilities or performance have been demonstrated. The reported development should be read separately from verifiable technical information. See the original source for details. In our October 24 report, tmtpost reports on Physical Intelligence’s announcement of the Pi API beta, we noted that API availability conditions and actual use should be checked separately against the official announcement and specifications. The material provided contains no information linking the report on “π0.7” to the Pi API beta. The model’s announcement or release and its use via an API therefore cannot be assumed to refer to the same form of availability or technical foundation; their relationship should be verified separately. Also, Nikkei XTech reports on humanoid control technology using a world model, published on November 10, 2026, covered technology involving reinforcement learning using a world model and humanoid Sim-to-Real. That article concerned whole-body control, and its technical subject cannot be confirmed as identical to the subject of the current report. When discussing a model’s applications, it is important to distinguish the tasks involved, evaluations in simulation and deployment on physical robots, rather than applying the results of other models or control technologies as if they were directly relevant. From an industry perspective, an article indicating a model exists is not enough to assess software distribution channels, compatible robots and performance in real-world settings as a single business model. If API availability conditions are known, usability can be assessed; if physical-robot evaluation conditions are known, the scope of application can be assessed. These are separate dimensions. Key points to verify going forward include official specifications, supported tasks and robot platforms, evaluation methods and results on physical robots, and the relationship with the API. The material provided does not establish these points, and they should not be filled in through speculation.