The blog post was co-written by Logan Zhao, an intern in APCO’s Bejing office.
Science fiction has long used artificial intelligence (AI) robots as shorthand for a distant future. In China, that future is here. In July 2026, Shenzhen hosted the first “robot UFC,” where EngineAI’s T800 humanoids traded kicks and punches in mixed martial arts-style bouts that quickly went viral. Months earlier, a fully autonomous humanoid won the second Beijing E-Town Humanoid Robot Half-Marathon, finishing the 21-km course in 50 minutes 26 seconds—smashing the human world record. The one-year leap was striking: the 2025 winner robot leaned on human control and took over two and a half hours, whereas the 2026 field topped 100 teams, with far more robots running the course on their own.
Spectacle aside, these demonstrations are how China’s robotics industry stress-tests leading prototypes in the real world. The recent 2026 World AI Conference in Shanghai showcased 208 embodied-AI terminals and more than 300 robots performing genuine tasks like production-line operations and inquiries. China already shipped roughly 90% of the world’s humanoid robots in 2025 and aims to put 10,000 into commercial use by the end of 2026. Embodied intelligence—AI that perceives, decides and acts in the physical world through agents such as humanoid robots—is central to China’s next phase of industrial transformation, with robots as important “intelligent terminals” that diffuse AI across the economy.
Embodied AI as a High-Priority ’Future Industry’ and New Driver of Economic Growth
Embodied intelligence (embodied AI) was first named a key future industry in China’s 2025 Government Work Report and has remained a feature of top-level strategic planning. Beijing treats such “future industries” as forward-looking, disruptive and central to creating new drivers of growth. In 2026, President Xi Jinping stressed that cultivating future industries is essential to keeping China’s lead and strategic initiative in science, technology and industry.
The 15th Five-Year Plan (2026–2030), China’s policy blueprint for the next five years, cements embodied AI as a high-priority future industry. Moreover, AI runs through the document as a core logic of China’s social and economic modernization. Through the “AI Plus” agenda that targets AI adoption in more than 90% of key sectors by 2030, China is doubling down on integrating AI in the broader economy. Embodied AI sits among the plan’s top-10 “new industries and new tracks,” with calls for coordinated build-out of large-scale training platforms, AI models and algorithms, core components and key technologies. Humanoid robots are explicitly listed as embodied-AI products for accelerated upgrades and deployment.
AI integration is how Beijing intends to modernize manufacturing, generate new engines of growth and build a more resilient industrial base amid intensifying global competition. Embodied AI terminals like AI robots are expected to unlock unprecedented possibilities across manufacturing, logistics, healthcare and services.
From Prototype Demonstration to Scaled Deployment
Because embodied AI improves through physical interaction with the world, Beijing prioritizes “scenario-driven” innovation and “application-oriented” development, deploying robots in real-world settings to refine algorithms, lower production costs and accelerate adoption. This plays to China’s greatest advantage. With the world’s largest industrial robots base, an operational stock roughly half the global total and spillovers from a mature electric vehicle (EV) supply chain in batteries, sensors and motors, China can build and test robots faster and cheaper than most competitors.
On this foundation, the Ministry of Industry and Information Technology (MIIT) and local governments in Beijing, Shanghai and Shenzhen have set up innovation centers and are pilot testing platforms to bridge laboratory research and industrial deployment. Guided by the “AI+” agenda, Hangzhou has established a National Pilot Base for Embodied AI Applications to deepen collaboration across the robotics value chain and provinces like Shanghai subsidize up to 30% of project costs or discount humanoid-robot purchases.
As technological capabilities mature, policy priorities have tilted toward deployment and commercialization. In 2026, the Chinese government launched a Humanoid Robot and Embodied AI Real-World Training Initiative, targeting routine deployment in typical scenarios by the end of 2026 across more than 100 high-value use cases and rollout of 10,000-plus units. Local action plans in Beijing, Shanghai and Hangzhou continue to promote coordinated development across the embodied AI value chain, including robot manufacturing, core components, computing infrastructure and data services.
China is also building the rules of the road. In 2025, MIIT established a Humanoid Robot and Embodied AI Standardization Technical Committee (TC08) and, in 2026, released an updated Standards System spanning the entire industrial chain—providing guidance from technical interfaces and safety requirements to testing protocols. As China’s market scale and shipment volumes continue to grow, its domestic standards could carry into global norms—positioning Beijing to help write the rules for an industry it increasingly leads.
What It Means for Multinationals
Beyond strong policy backing and a leading industrial base, embodied AI is flush with capital. A roughly US$138 billion national “guidance” fund for AI and advanced technology, brisk private financing and fresh government pledges to channel investment into future industries all point to a sector set to keep growing. While government support prioritizes boosting domestic technology and industry capabilities, foreign investment remains welcome in areas aligned with Beijing’s policy priorities.
Foreign players are already positioning through partnerships. In late May, leading U.S. AI chipmaker Nvidia launched an open humanoid robot reference design built on the Unitree H2 Plus humanoid robot hardware, deepening its role as an enabling platform for robotics. Multinational corporations (MNCs) with local operations are also moving quickly to pilot, co-develop and automate their own production. European auto parts suppliers have set up embodied-AI units and joint ventures, a Swiss-Swedish automation group has co-founded an embodied-intelligence lab in Beijing and a global pharmaceutical company is piloting humanoids on its Chinese production lines.
However, embodied AI technology is also a focus of geopolitical tensions. Last month, the United States moved to bar imports of new Chinese-made humanoid and quadruped robots and power inverters on security grounds. Export controls on advanced chips also remain a challenge. To capitalize on opportunities in China’s push to bring AI into the physical economy, MNCs must navigate geopolitical complexities and practical constraints like technical immaturity and high deployment costs and align with China’s industrial priorities while managing compliance and localization pressures.
Nevertheless, from the racecourse to the factory floor, the trajectory points one way: China is treating AI-powered robots not only as a display of technology prowess but as a core economic infrastructure—and, increasingly, an arena where it intends to set the global agenda.
