鸿道操作系统在京首发 突破“大小脑”核心技术

Core Insights - The Hongdao operating system, launched as a national new industrial operating system, marks a significant advancement in the field of embodied intelligent robotics in China, featuring a unique brain and cerebellum integrated electronic architecture [1] - The system is designed to enhance the application level of domestic industrial software, focusing on humanoid and industrial embodied robots, and aims to accelerate domestic substitution in various industrial applications [1] - The operating system has achieved multiple functional safety certifications, ensuring a comprehensive security protection system from chip to application layer, making it a reliable partner in sensitive scenarios such as elderly care and child supervision [2] Group 1 - The Hongdao operating system utilizes a brain-cerebellum collaborative architecture with a flexible microkernel to ensure safety isolation and strong real-time characteristics, enhancing the flexibility and safety of robots [1][2] - The system has successfully integrated deterministic computing with TSN communication, enabling a transition from individual intelligence to collective intelligence through distributed computing [1] - The launch event included a demonstration of the humanoid robot "Xiao Dong," which showcased the system's capabilities and its potential applications in various fields such as industrial manufacturing, healthcare, and disaster rescue [2] Group 2 - The launch of the Hongdao ecosystem cooperation involved ten companies across chip, hardware, software, and application layers, indicating a significant leap in technology, safety, and ecosystem for the Chinese robotics industry [3] - The collaboration between Huagong Information Technology Co., Ltd. and Guangya Hongdao aims to promote a fully autonomous and controllable technology chain from the chip layer to the system layer, filling a gap in domestic robotics technology [3] - The Hongdao operating system's heterogeneous computing architecture reduces hardware costs and power consumption while maintaining performance, distinguishing it from traditional humanoid robots [3]