On September 28, the launch event for the domestically-developed electronic architecture embodied intelligent robot was held in Yichang, Hubei Province, where the world's first embodied intelligent robot equipped with a fully domestic electronic architecture was officially unveiled.
The electronic architecture is the "intelligent nervous system" that determines the upper limit of the entire machine's performance, including the operating system, network, tool software, and AI computing chips. Experts explained that if a robot is viewed as a "person," then the electronic architecture is its nervous system—no matter how thoroughly the brain thinks, without the nervous system, action cannot occur.
According to reports, this domestic electronic architecture can achieve the isolated integration of control and AI intelligent computing, building a fully domestic technology foundation from AI decision-making to physical execution, and providing a technology option that can fully replace foreign solutions.
It is understood that test personnel from the National Industrial Information Security Development Research Center conducted technical verification on the robot. Under conditions such as joint destruction, network attacks, and virus implantation, robots with traditional electronic architectures experienced circuit failure, instant shutdown, and system loss of control, while the robot with the fully domestic electronic architecture passed rigorous safety tests and maintained safe operation capabilities, demonstrating the real-time control, rapid response, fault isolation, anti-attack, and system security capabilities of the fully domestic electronic architecture.
The fully domestic electronic architecture ensures the robot's intrinsic safety and industrial sovereignty security, drawing rigid safety boundaries for the robot's autonomous behavior, ensuring it does not disrupt production or endanger personnel safety, enabling artificial intelligence to be safe, trustworthy, and controllable in the physical world, and building a safety harness system (Harness) for governing physical AI, fully realizing the sovereignty security of the intelligent robot industry.
In recent years, domestic robot underlying technologies have been accelerating the formation of industrial collaboration. From single-point breakthroughs in components, to the integration of software and hardware systems, and then to the co-construction of the entire industrial chain ecosystem, China's robot underlying technologies have achieved a qualitative leap.