The revolution of AI humanoid robot China: advancements and applications

Discover how the revolution of AI humanoid robot China is redefining robotics with Limex Oi, Robot Mall Beijing, and generative AI.
Discover how the revolution of AI humanoid robot China is redefining robotics with Limex Oi, Robot Mall Beijing, and generative AI.
Key Points
Technology is advancing at a rapid pace, and there is no better proof than the revolution of the China AI Humanoid Robot. In this article, we delve into the latest launches of AI humanoid robots in China, the key events driving their growth, and how these innovations are shaping the future of robotics for 2025.
When discussing advancements in robotics in China, we cannot overlook the phenomenon of Limex Oi. This robot is the latest iteration in a series that began with the Limex CL1 prototype. Unlike its predecessor, the Limex Oi marks the transition from prototype to a consumer-ready product.
Standing at an impressive 1.65 meters tall, weighing 55kg, and offering 31 degrees of freedom, the Limex Oi shines with its modular hardware and software. This innovation allows for customization and expanded functionalities, providing great opportunities for developers, researchers, and industries (source).
The Limex Oi is available in various editions tailored to different needs and functional markets. From the Light version, ideal for training and algorithm development, to the Super version designed for advanced interaction in real-world environments.
A standout feature of the Limex Oi is its integration of artificial intelligence applied to robots. With an open SDK, cloud API controls, OTA updates, and compatibility with natural language models and multisensor fusion, this robot is at the forefront of practical AI applications in robotics (source).
It is important to note that the launch of the Limex Oi is not an isolated event but a key piece in the strategy for China Robotics 2025.
Another event that has shone in China's robotics scene is the World Humanoid Robot Games. This event has brought together leading teams and brands in various competitive disciplines, showcasing the potential of autonomous robotics and swarm intelligence in sports.
From football played by autonomous robots to 100-meter races, half marathons, and even free combat, the games have emphasized spectacle and collaboration, demonstrating how technology and sports can go hand in hand (source).
These events help change the public perception of robotics, positioning it as both a sport and a collaborative innovation platform.
Robotics in China is reaching new scales, and a perfect example is the Robot Mall Beijing. This shopping center offers everything from robotic butlers and historical replicas to robotic pets, opening up a wide array of possibilities for daily robotic interactions (source).
The presence of interactive spaces, including a themed restaurant, makes Chinese robotics more accessible to the general public. These initiatives, along with state subsidies and public policies, are accelerating the adoption of robots across the country.
All of this aligns with China’s vision for 2025, where it is expected to become a global leader in robotic technology (source).
In the field of research and development, significant progress is being made thanks to the implementation of artificial intelligence. A notable example is the WebGCS project in California. This project employs generative AI to program the brains of autonomous robots, drastically reducing development time compared to traditional methods (source).
These advances in Generative AI in Robotics present new opportunities and technical challenges regarding the applications of AI in robotics. Although there are tangible challenges in this field, such as software security and robustness, the pace of these developments suggests a future full of possibilities for robotics.
Finally, it is crucial to discuss China’s role in the global ecosystem of autonomous robots and humanoids. Thanks to events such as the World Robot Conference, Panda Eye Stadium, and the Beijing Humanoid Robot Training Base, China is establishing itself as a hub for technological innovation, industrial opportunities, and international collaboration in this field (source).
This strategic focus positions China as a global leader in autonomous robots while accelerating its internal development in robotics and artificial intelligence (source).
With all this in mind, it is clear that if this is just a glimpse of what awaits us in 2025, the future of humanoid robotics is set to be simply impressive.
Understanding how robots are being deployed in China gives us a clearer insight into the ongoing technological revolution. Let’s explore several use cases where autonomous robots and artificial intelligence are becoming increasingly prevalent.
The University of Science and Technology of China in Hefei is home to "Jia Jia," an AI humanoid robot in China capable of carrying on simple conversations with humans. Having a robot that can interact in real time represents a significant advancement for AI humanoid robots in China. It is expected that Jia Jia could be used in the future in various roles, from a tour guide to a personal assistant.
Amid the global pandemic, robots have played a crucial role in maintaining hygiene in both public and private spaces. In several parts of the country, we are witnessing robots being employed to disinfect streets and buildings. Equipped with AI technology, these robots maximize cleaning efficiency.
With advancements in artificial intelligence applied to robots, it has now become possible to integrate robots into classrooms. Robots are playing an increasingly important role in education, enabling students to learn in a more interactive and engaging manner. Moreover, more and more schools and universities are adopting these robots to facilitate both teaching and learning.
These are just three examples of how robots are beginning to play an increasingly important role in Chinese society. With the current pace of technology, we can expect to see even more innovative applications of AI humanoid robots in China/en/blog/humanoid-robots-with-artificial-intelligence in the near future.
Looking ahead, it is clear that the trajectory of humanoid robotics in China/en/blog/humanoid-robots-with-artificial-intelligence is impressive. With the rapid integration of artificial intelligence and robots into our daily lives, we face an exciting future.
Advances in Generative AI in Robotics/en/blog/autonomous-artificial-intelligence-robots, if they continue in the same direction, could lead to significant improvements in the way we interact with robots and technology overall. This means that very soon, we might see robots capable of social interaction, autonomous learning, and environment adaptation.
The adoption and use of humanoid and autonomous robots/en/blog/autonomous-artificial-intelligence-robots are set to grow exponentially in the coming years. However, this is just one piece of a larger puzzle. China is demonstrating its global leadership, not only in research and development but also in the practical application of these technologies.
Finally, what does all this mean for us as individuals and for society as a whole? Like any major societal advancement, the technology behind AI humanoid robots brings enormous benefits and challenges. We must harness the innovation and excitement surrounding these developments not only to advance forward but also to thoughtfully consider how our future will be shaped by them.
Limex Oi is a humanoid robot developed in China. It stands out for its modular hardware and software, which allow for customization and enhanced functionalities.
The World Humanoid Robot Games are an event that gathers leading teams and brands in various competitive disciplines, demonstrating the possibilities of autonomous robotics and swarm intelligence in sports.
The Robot Mall Beijing is a shopping center in China that offers a variety of robotic products, ranging from robotic butlers and historical replicas to robotic pets.
Generative artificial intelligence refers to AI that can generate new ideas or concepts based on previous data. In robotics, it can be used to program the brains of autonomous robots, drastically reducing development time compared to traditional methods.
China plays an important role in the global robotics scene. Not only is it a leader in robot production, but it is also an innovator in the field, committed to forming global alliances to promote the development of robotics.