Start / Newsroom / Physical AI and robotics...
Physical AI and Robotics in China: State Strategy and Industrial Scaling
In China, physical AI and robotics are increasingly understood as a central component of industrial transformation and are consistently transferred to real applications. Unlike the USA, where market mechanisms and capital dominate, as well as Germany, where industrial strength is at the forefront, China is pursuing a clearly state-controlled approach. Physical AI is specifically designed as a key technology for economic sovereignty, industrial modernisation and geopolitical positioning.
The background: technologies such as AI and robotics increasingly influence global power conditions, as they strengthen both economic productivity and military and security-relevant skills.
Industrial dynamics and political strategy
The Chinese robotics market is characterised by rapid scaling, vertical integration and close state control. Companies benefit from a coordinated interplay of industrial policy, capital and technological infrastructure.
Technology companies such as Huawei, Xiaomi and Baidu are driving the development of AI systems, sensor technology and data platforms, while specialised robotics companies such as Unitree Robotics, UBTech Robotics and Agibot develop specific applications for production, logistics and services.
A central difference to Western markets is the speed of implementation: robotics solutions are often integrated directly on a large scale in industrial processes. China is already the world's largest market for industrial robots and is consistently expanding this position. At the same time, many startups in the field of humanoid robotics are founded in China, which is mainly due to the close interconnection of AI development, hardware production and state funding.
Programmes and strategic guiding concepts such as the development of so-called "New Quality Productive Forces" – a current economic policy approach to promoting innovation-driven, technology-intensive industries – illustrate this approach by defining robotics, artificial intelligence and intelligent manufacturing as key industries and systematically driving their development forward. State support, infrastructure investments and a clear regulatory framework ensure that innovation is not only developed, but is quickly transferred to industrial applications.
A concrete example of this development is UBTech Robotics. The company develops humanoid robots for use in real production environments and is currently testing them in the automotive industry, including in cooperation with companies such as BYD, Geely and FAW Group, for assembly and logistics processes. As reported by Reuters, the focus is clearly on scalable integration into existing production structures and not on pure demonstration projects. Such applications show, by way of example, how rapidly Physical AI in China is moving from technological development to industrial practice.
Opportunities and challenges
The economic and technological opportunities of physical AI and robotics in China are considerable. Automation advances the transformation to highly automated smart factories and enables significant cost advantages due to large production volumes. At the same time, China is investing specifically in technological independence to reduce dependence on Western technologies, in particular in semiconductors, AI and robotics. In addition, new fields of application are created around the world in areas such as care, services and urban infrastructure, making robotics increasingly becoming a broadly usable growth driver.
At the same time, there are structural risks: the strong state control can limit freedom of innovation and lead to inefficient resource distribution. In addition, China remains partly dependent on international supply chains in key technologies such as high-end chips. There are also tensions in society as automation changes classic working fields and creates new skills requirements. There are also geopolitical risks, as the development of AI and robotics is increasingly in the context of international competition and security interests.
Global classification and conclusions
China develops physical AI and robotics as part of a comprehensive economic strategy and combines state control with industrial scaling and technological integration. While the US is characterized by capital and platform economics and Europe is relying on industrial competence, China is pursuing a systemic approach with high speed of implementation.
This creates a global competition between three models: an innovation-driven US approach, an industrially shaped but fragmented European development and a strategically controlled Chinese scaling logic.
Physical AI is increasingly becoming the key technology for economic competitiveness and geopolitical power. For Europe, there is a growing pressure on action – because it is no longer crucial whether this technology comes, but who controls it, scales it and uses it economically.
Author: Mia Naomi Stach
Sources and additional links
