Kyland Technology Showcases Physical AI and Fully Domestic Robot Electronic Architecture at the 2026 China Automation Congress

——Kyland Technology was a key exhibitor at the 65th Anniversary of the Founding of the Chinese Association of Automation and the 2026 China Automation Congress, where it reported on its innovation achievements.

From October 30 to November 1, the 65th Anniversary of the Founding of the Chinese Association of Automation and the 2026 China Automation Congress were held in Beijing. With the theme "Carrying forward the original aspiration of 65 years, passing the torch and steering intelligence toward the new," the congress brought together multiple academicians and numerous Chinese automation professionals to jointly explore new directions for automation technology innovation and industrial development.

Under the exhibition theme "Physical AI: Enabling AI to See the Physical World Clearly," Kyland Technology, together with five other companies—Unitree Robotics, Supcon Technology, Googol Technology, Luster LightTech, and LimX Dynamics—as the congress's core exhibitors, appeared in the core exhibition area, showcasing independent innovation achievements to the scientific, academic, and industrial communities and demonstrating the innovative practice of independent and controllable core industrial technologies in China. Carrying forward the spirit of serving the country through science and technology, mastering core technologies through independent innovation

In 1961, the Chinese Association of Automation was officially established, and Qian Xuesen was elected chairman of the first council. Over the past 65 years, the older generation of scientists represented by Qian Xuesen, bearing the mission of strengthening the nation, relied on self-reliance and overcame difficulties under arduous conditions, driving China's automation cause to achieve leapfrog development from nothing to something and from weak to strong, and laying a solid technological foundation for the development of fields such as industrial manufacturing, energy and power, transportation, and aerospace.

Serving the country through science and technology, passing the torch from generation to generation. Today, artificial intelligence is accelerating its advance from the digital world to the physical world, and key technologies such as industrial operating systems, core chips, industrial software, and communication networks have become an important foundation driving a new round of industrial transformation. In the face of new technological competition and the real demands of industry, only by mastering core technologies can one grasp the initiative in industrial development.

Kyland Technology has always adhered to independent innovation, long devoted itself to key fields such as the industrial internet, industrial control, industrial network chips, industrial operating systems, and industrial communication buses, continuously broken through barriers in underlying industrial technologies, and built an independent and controllable full-stack technology system. At this exhibition, it focused on showcasing physical AI solutions, the fully domestic electronic architecture for embodied intelligent robots, domestic intelligent control solutions, the TSN/IPv6 broadband bus AUTBUS, and semiconductor control solutions, and shared its latest R&D achievements at parallel forums, practicing the mission of serving the country through science and technology with independent innovation achievements, promoting independent technologies from single-point breakthroughs to systematic coordination, and safeguarding the secure development of physical AI with China's independent technologies.

In response to this demand, Kyland Technology has built a collaboratively developed physical AI technology system of "industrial operating system + software-defined control tool software + high-performance industrial network" on the basis of the Hongdao Intewell industrial operating system, a key product of the Ministry of Industry and Information Technology and the State-owned Assets Supervision and Administration Commission of the State Council; the MaVIEW software-defined control tool software, an achievement related to the highest award of the first China Industrial Internet Competition; and high-performance industrial network solutions related to the Ministry of Industry and Information Technology and the State Administration for Market Regulation.

Among them, Hongdao Intewell undertakes underlying resource scheduling, real-time operation, and safety control; MaVIEW integrates AI task understanding, strategy planning, and industrial control capabilities to promote the connection between intelligent decision-making and device execution; and high-performance industrial network technologies such as AUTBUS provide deterministic communication support for device interconnection, data transmission, and real-time collaboration. This system not only has comprehensive industrial data acquisition capabilities, accumulating high-quality industrial data for future factory AI training and scenario applications, but can also integrate traditional industrial control with AI strategies to achieve coordination between real-time and non-real-time tasks, and ensure safe system operation through mechanisms such as functional safety and partition isolation.

Fully domestic robot electronic architecture, building a solid safety foundation for embodied intelligence

Embodied intelligent robots are an important carrier for physical AI to move into the real world, and the electronic architecture is the robot's "nervous system," determining the robot's perception, decision-making, control, and execution capabilities, and even more importantly relating to the robot's functional safety and operational safety.

In response to the urgent need for independent and controllable underlying robot technologies, Kyland Technology has created a fully domestic robot electronic architecture. Based on deterministic computing and deterministic networking, it systematically integrates the Hongdao Intewell industrial operating system, the AUTBUS deterministic industrial bus, the MaVIEW agent tool software, and domestic AI processor chips, achieving coordination between AI intelligent computing and real-time control and building a fully domestic technology foundation from AI decision-making to physical execution.

In on-site technical testing organized by the National Industrial Information Security Development Research Center, test personnel carried out multiple rounds of verification around scenarios such as robot joint failures, cyberattacks, and virus implantation. In the face of tests such as joint power loss, simulated network flooding attacks, and Trojan virus simulation, the robot equipped with Kyland Technology's fully domestic electronic architecture demonstrated stable operating capability and passed relevant tests in aspects such as fault isolation, cybersecurity, and real-time control. The test results reflect the safety protection and control capabilities of the domestic electronic architecture in complex environments, and also demonstrate the technical value of independent operating systems, deterministic networks, and intelligent control technologies working together to build an intrinsic safety system for robots.

Robots must not only have smart brains, but also independent, controllable, safe, and reliable nervous systems. Through its fully domestic electronic architecture, Kyland Technology provides an independent and controllable underlying technology option for embodied intelligent robots, and also provides a new practical path for China's robot industry to enhance its independent core technology capabilities. Passing the torch and steering intelligence toward the new, serving China's industry through independent innovation

With 65 years of passing the torch, China's automation cause has gone through a development process from self-reliance to independent innovation, and from following and catching up to continuous breakthroughs. The older generation of scientists represented by Qian Xuesen blazed a path of China's own scientific and technological development under extremely difficult conditions.

Today, in fields such as artificial intelligence, high-end control, core components, and industrial software, China still faces challenges in key technology breakthroughs and industrial application. Carrying forward the spirit of serving the country through science and technology means basing ourselves on the realities of China's industry, solving real problems in the industrial field, and forming independent and controllable Chinese technology solutions.

Independent controllability is the foundation for the industry to move steadily and far, and safety and reliability are the bottom line that cannot be crossed in the development of physical AI. Kyland Technology will build a solid safety foundation for physical AI through independent innovation, enabling AI to truly enter the physical world and helping China's industry master more independent and controllable core technologies.

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