On October 12, HOSON Technology made an official announcement regarding the launch of its embodied AI robot, named the HOSON-Robot. This achievement marks a significant milestone as the company has now attained independent research and development (R&D) capabilities, along with the production of core components. These include the 'cerebellum' motion controller, highly dexterous hands, and joint modules—all critical elements for the robot's functionality. The HOSON-Robot boasts a hybrid intelligence architecture that seamlessly blends end-to-end models with a fast-slow dual-system hierarchical model. This innovative design not only meets the rigorous demands of high-intensity and high-precision operations in industrial settings but also establishes a robust technological foundation. This foundation paves the way for the robot's future expansion into a multitude of scenarios. At the heart of the HOSON-Robot lies its embodied AI cerebellum controller (RMC100), which is capable of synchronously driving up to 64 joint motors with an impressive control frequency of up to 4kHz. This feature ensures unparalleled operational precision. Furthermore, the robot's dexterous hands and joint modules are crafted using self-developed components, guaranteeing high-precision control and pinpoint positioning accuracy.