During the Two Sessions coverage on CCTV News, when the host inquired about the most tangible intelligent life scenarios, the camera focused on a Yunji Technology Composite Polymorphic Robot. Upon receiving the command, the robot understood the intent and swiftly delivered a prop to the host's hand, vividly portraying the future vision of "evolving from a mere tool to a life companion".

This moment garnered significant attention on social media, effectively showcasing China's pioneering achievements in the research, development, and deployment of agent services.

Technology Empowerment: Composite Polymorphic Robots Redefine Agent Services

In 2024, Yunji Technology's Composite Polymorphic Robot "UP" was officially included in the "China AI Series White Paper - Composite Polymorphic Robots (2024)" led by the Chinese Association for Artificial Intelligence and guided by Dai Qionghai, Counselor of the State Council, Academician of the Chinese Academy of Engineering, and Chairman of the Artificial Intelligence Society. The white paper underscores that Composite Polymorphic Robots are intelligent robots tailored to the needs of future production and service industries. Leveraging multimodal large models, embodied intelligence, advanced sensor fusion, adaptive control technology, and execution systems, these robots achieve a highly integrated and modular architecture. They are capable of better understanding and responding to human needs, collaborating with human employees, other robots, and intelligent systems to enable flexible and large-scale manufacturing and intelligent, convenient services across various industries, exhibiting adaptability in form, technology, function, and collaboration.

According to the white paper, the Composite Polymorphic Robot, as a physical "agent," possesses the ability to perceive, alter, and receive feedback from its environment. Its technology is highly intensive, comprising a hardware platform with mobile systems, sensors, computing units, communication modules, etc., supported by navigation algorithms, behavioral control software, and artificial intelligence processing engines. Humanoid robots that can reconfigure and replace different component combinations also fall under the definition of Composite Polymorphic Robots, making them a broad category that includes humanoid robots.

Scene Breakthrough: Seamless Transition from Lab to Life Services

In terms of applications, Composite Polymorphic Robots are characterized by "one machine with multiple functions, time-sharing reuse." Essentially, their "upper body" can serve multiple purposes, functioning as a robotic arm, cleaning device, or delivery system. Through the 1+N+AloT approach, they provide multifunctional and multi-scenario services. With their "scene adaptability" and "cost-effectiveness," these robots will become a pivotal force driving the intelligent transformation of service and manufacturing industries.

In expanding service scenarios, the "agent" model is created based on the 1+N+AIoT (Artificial Intelligence of Things) framework, offering diverse services in hotels, hospitals, supermarkets, and other settings. This enhances efficiency and quality while improving user experiences. In manufacturing plants, they undertake highly repetitive and hazardous tasks, fostering intelligent transformation. With cross-modal learning and scene adaptability, they can be seamlessly transferred to new scenarios, paving the way for future development.

Future Prospects: The Dawn of Robot Service Agents

Apart from their performance and application advantages, Composite Polymorphic Robots excel in scene adaptability, cost-effectiveness, fulfilling socio-economic needs, policy support, and industrial chain maturity, making them an efficient means to realize embodied intelligence. The robot's performance in the program epitomizes its "cross-modal learning and scene adaptability" capabilities. Agent services, epitomized by Yunji Technology's Composite Polymorphic Robot "UP," are currently widely utilized in hotels, medical institutions, factories, and other scenarios. These robots approach human thinking and action capabilities, enabling high-quality empowerment for various service scenarios.

As a pioneering enterprise in robot service agents, Yunji Technology offers adaptable, scalable, consumer-centric, and future-oriented products and services through its agents. The company spearheads research, development, and commercialization in this field. With technological iterations and ecosystem construction, Composite Polymorphic Robots will permeate more sectors, ranging from hotel services to industrial inspections and from medical assistance to emergency response, truly becoming an "intelligent partner" for humans.