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Why stick to the human form? Yunji Technology is betting on the composite polymorphic robot 'UP': Let embodied intelligence enter people's lives

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Release: 2024-08-16 19:43:02
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For Yunji Technology, which was the first to lay out the commercial service robot track, it has conquered the market in the hotel industry, making delivery robots a "partner" in our daily lives. While embodied intelligence players are exploring how to find scenarios and how to make products continue to exert value, Yunji Technology has once again explored a new path. "Ideal AI should allow machines to think like humans, products to work like humans, and be combined with specific scenario applications to solve practical problems end-to-end and create value. AI + embodied intelligence evolved Yunji Technology robots have already This has been achieved. One of its core is to enable robots to use tools, understand reasoning, and assign tasks to achieve group intelligence," said Ying Fuchen, CTO of Yunji Technology.

Why stick to the human form? Yunji Technology is betting on the composite polymorphic robot UP: Let embodied intelligence enter peoples lives


Ying Fuchen’s embodied intelligence applications need to be prescribed according to the scene and the right medicine is prescribed. “Embodied intelligence is not a panacea that can cure all diseases. It needs to be prescribed according to the scene and the right medicine is prescribed,” Ying Fuchen said. In the application of embodied intelligence, Yunji Technology always starts from needs and solves problems by targeting pain points. Comprehensive space and time dimensions, hotel scenarios are selected to provide services, which are open 24 hours a day, have the longest service time, and have sufficient service distance. Secondly, it is demand. It is found that the demand for welcoming guests in the hotel scene is not the highest. The demand for delivery and takeout is the largest. This has led to the launch of hotel delivery robots and their widespread demand.
Technically, there are two major problems and two pain points in the application of embodied intelligence: first, it is difficult to obtain high-quality data in vertical categories, and second, there is little data in the physical world. Therefore, scenarios and data will be the two most critical resources and barriers for the embodied intelligent robot track.
Currently training embodied intelligence is done through simulation, and the diversity of data cannot be guaranteed. From the perspective of service robots, they are trained through simulation algorithms and models without clear optimization goals. For example, when training a robot to walk, the clear goal is not to fall. So for the robot to work, non-collision is the basic prerequisite. How good or bad is the service effect? There is no standard service definition. Simulation solves the problem of simulating the real world, but there is still room for accuracy and diversity of simulation.
In terms of application, the implementation path of embodied intelligent robots is a process from pure software to hardware integration to specific industry applications. In this process, the maturity of the technology, market demand, and the ability to apply across fields are key factors. That is, the experience of training in scenario A is equally usable and easy to use in scenario B. The current advantage of Yunji Technology is that it already has a large number of robots working in real scenes. It uses real data to train robots to be smarter. This smartness depends on the cognitive understanding of needs, perception and judgment of the spatial environment, and many other levels. At present, Yunji Technology has provided robot services to 30,000 hotels, hundreds of hospitals, factories and other scenes around the world.
Composite polymorphic robot: Looking for the optimal solution to current needs in the physical world. In 2023, Yunji Technology’s composite polymorphic robot UP completed its global premiere. This news is also quite innovative for the embodied intelligence industry. Here are the reasons It makes the robot "decoupled", that is, "separated". Why do robots need to be separated? What is the value of the separated robot?

Why stick to the human form? Yunji Technology is betting on the composite polymorphic robot UP: Let embodied intelligence enter peoples lives

Yunji Technology pioneered the composite polymorphic robot "UP" and multi-functional cabin

One year has passed, and we have seen that the leaders in the Chinese hotel industry, whether it is Huazhu, Jinjiang, or Home Inn, attach great importance to smart hotels , or foreign-funded high-end stars and state-owned enterprise groups have deployed service robots, the digital transformation of China's hotel industry is undergoing a "renewal" of AI services.

Things that in the past required human-machine cooperation are being gradually completed by robots in a self-closed loop. For example, in the past, in hotel scenes, many tasks such as cleaning, garbage collection, and disinfection were completed by robots and waiters. Now, robots can perform a complete task independently. This progress means more people are freed up to do more valuable things.

This is very different from the first generation service robot. Ying Fuchen introduced: The composite polymorphic robot UP realizes "one machine with multiple functions and time-sharing multiplexing", allowing the robot to do different jobs at all times and across scenarios 24 hours a day. This is based on Yunji Technology's provision for hotels. It is embodied intelligence itself and a complete set of self-closed loop service solutions for robots - HDOS (Hospitality Digital Operation System), which forms a self-closed loop of robot services from perception, cognition, decision-making, execution and feedback.

First of all, on the demand side, smart hardware such as phones, speakers, and TVs are connected to make the information flow processable. On the execution side, robots are used to complete full-time, cross-scenario, and multi-functional action flows, and finally transformed into analyzable and processable service flow (workflow), which realizes a fully closed loop of the AI ​​service life cycle. All intelligent work and results are realized All in calculation, All in AI, scientifically optimizing allocation efficiency, making the management of target scenarios "evidence-based". At present, this solution is very recognized by the hotel group.

Why stick to the human form? Yunji Technology is betting on the composite polymorphic robot UP: Let embodied intelligence enter peoples lives

Scene intelligence + embodied intelligence is the main path to AGI

In order to allow robots to truly enter daily life and realize scene intelligence where humans and machines coexist harmoniously, Yunji Technology has built embodied intelligence technology on the robot technology architecture pedestal. For example, it is the first to use SLAM technology to realize real-time mapping, location annotation, and automatic testing functions. At the same time, it uses a multi-sensor fusion system based on computer vision to enable robots to accurately identify and understand its operating environment.

Yunji Technology pioneered the robot life management system, which is responsible for not only robot birth detection, job responsibilities, and self-learning, but also self-diagnosis and self-repair. Currently, the number of visual nodes reaches 94.

In addition, Yunji Technology combines two large models of vision and large language to develop multi-modal feature map system "YunMap", "1+N" cabin application system, multi-machine scheduling system, alarm traceback system, and quantitative tracking system implementation End-to-end scenario intelligence under the AI ​​service system.

On the real-time digital screen in the Yunji Technology exhibition area, the reporter saw Yunji robots all over the country, with cursors of various sizes that were constantly beating, indicating the real-time tasks and mileage of the robots. Currently, Yunji Technology has also entered the 2.0 stage of development, allowing robots to work closer to people.

“The future service model will have two capabilities: one is to use existing large models to empower itself, and the other is a spatial intelligence model based on current robot operation data, ultimately forming scene intelligence + embodiment The advantages of smart combination,” Ying Fuchen said.

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source:jiqizhixin.com
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