HONG KONG, Nov. 11, 2026 /PRNewswire/ -- On November 10^th, Joyson Electronics officially delivered its first high-performance robotic brain backpack to Unitree Robotics. It marks the transition of the two companies' strategic partnership into the product deployment phase. Both parties are also accelerating the joint development of key robotic components and industrial applications, with further progress expected later this year.

Joyson Electronics and Unitree Robotics entered a strategic partnership this year, leveraging their respective strengths in automotive components, intelligent manufacturing, robotic hardware and software, as well as the development and production of multiple robot types. The collaboration focuses on the co-development and commercialization of core robotic components, industrial applications, real-world deployment scenarios, and industry-academia-research initiatives.

The two companies are jointly developing key robotic components, including the high-performance robotic brain backpack, dexterous hands, and high-performance solid-state battery energy management systems. The goal is to establish scalable, standardized component solutions that can be mass-produced and deployed across different types of robots, helping address industry challenges related to computing power, endurance, and actuation capabilities.

Over the past several years, robots have emerged as one of the most important embodiments of Physical AI as AI increasingly expands into the physical world. However, enabling AI systems to perceive, reason, make decisions, and interact effectively in real-world environments still face several challenges such as limited training data, insufficient onboard computing resources, and constraints in perception accuracy. The development of advanced hardware and software platforms capable of supporting large-scale AI models, data collection, and environmental perception, while enabling robots to learn from diverse real-world scenarios, is recognized as a key step toward the next breakthrough in robotics.

The high-performance robotic brain backpack delivered to Unitree is the core carrier of Joyson Electronics' embodied intelligent brain software and hardware integrated solution. Combining a high-performance edge computing platform with an efficient energy system, it is compatible with Unitree's humanoid, quadruped, and wheeled robots. The backpack can operate as a standalone external computing module, providing enhanced computing resources for environmental perception, data acquisition, autonomous decision-making, and dynamic motion control. It also supports real-time on-device inference of embodied AI models, enables the continuous evolution and optimization of physical AI agents, improves energy management efficiency, and significantly extends robots' continuous operating time.

Simultaneously, the two companies are focusing on the production of automotive parts and intelligent manufacturing scenarios, with particular focus on scenario-based data collection, hardware-software integration, industrial foundation model training, pilot deployment on production lines, and large-scale replication, in order to establish standardized embodied robotics solutions that can be deployed and replicated across industrial sectors.

As the robotics industry accelerates its transition from research and testing toward large-scale commercial deployment, Joyson Electronics and Unitree Robotics will continue to deepen collaboration in core robotic technologies and multi-industry applications.