36Kr Reports Huayan Robotics’ Development of a “Physical Foundation for Robots” for Embodied AI

On Oct. 16, 2026, 36Kr reported on Huayan Robotics’ development of a general-purpose physical foundation for robots for embodied AI.

36Kr’s report on Huayan Robotics’ development of a foundation for embodied AI suggests the company may be focusing not on one-off product demonstrations but on the underlying infrastructure that supports robots. Viewed alongside its publicly announced activities at WAIC 2026 and IMTS 2026, a key point of interest is what it will standardize across components, arms and infrastructure.

What can be confirmed in this case is limited to the fact that 36Kr reported on Huayan Robotics’ efforts in embodied AI. Since the article centers on the company’s development concept, it is reasonable here to view it in connection with Huayan Robotics’ activities already disclosed publicly, rather than retrace the original article’s argument. In related articles, this newspaper reported that Huayan Robotics announced a company name change on April 21, 2025; planned to present everything from core embodied AI components to application solutions at WAIC 2026, which opened July 17, 2026; and planned to exhibit seven-axis arms such as the “HY 7” and “Echo 5” at IMTS 2026, running from Sept. 14 to 19, 2026. In light of these developments, the 36Kr report can be read as part of a shift from showcasing components, arms and applications separately toward foregrounding the development of infrastructure for embodied AI. However, the 36Kr headline alone does not establish which layer the company defines as the “physical foundation,” or whether the effort is research and development or preparation for mass production. Readers should consult the original article for details. From an industry-structure perspective, the focus is shifting from how the robot itself is presented to how much of the underlying infrastructure used in embodied AI can be standardized. If Huayan Robotics is positioning its collaborative robots or seven-axis arms as part of that foundation, the issue is less the performance of individual products than the standardization of infrastructure for training and integration. Specific technical details cannot be determined from the 36Kr report alone, so points to watch include the range of hardware covered, whether mass production is assumed, whether the infrastructure will be open to external users, and which components are shared for embodied AI.

The direct impact on Japanese companies cannot be determined because the 36Kr article does not specify the target components or technical details. However, if the reported concept of incorporating collaborative robots or seven-axis arms into the infrastructure is accurate, it could affect competitive conditions for related components such as control parts, sensors and end effectors.