Beijing Hosts 3rd China Embodied Intelligence and Humanoid Robot Industry Conference

A Gathering of Industry Heavyweights

The 3rd China Embodied Intelligence and Humanoid Robot Industry Conference officially opened its doors on April 28, 2026, at the Zhongguancun National Innovation Demonstration Zone Exhibition Center in Beijing. The event, themed “New Era of Embodied Intelligence • New Future of Humanoid Robots,” served as a powerful testament to China’s rapidly accelerating capabilities in the robotics sector. Guided by the Zhongguancun Science City Management Committee, the conference attracted over 1,000 participants, bringing together a critical mass of government officials, industry leaders, academic researchers, and financial investors.

The sheer scale of the event underscores the strategic importance Beijing places on embodied intelligence, the integration of advanced AI with physical robotic bodies. As the global race to commercialize humanoid robots intensifies, China is aggressively positioning itself not just as a manufacturing hub, but as a primary center for innovation and standard-setting. The conference provided a comprehensive overview of the domestic ecosystem, highlighting both significant technological breakthroughs and the robust policy support driving the industry forward.

Establishing the Collaborative Development Working Group

A major highlight of the conference was the formal establishment of the “Humanoid Robot Industry Chain Collaborative Development Promotion Working Group” by the Beijing Robot Industry Association. This new body is designed to pool the resources of top upstream and downstream enterprises, focusing specifically on overcoming common technological bottlenecks and establishing unified industry standards.

The creation of this working group is a critical step in maturing China’s fragmented robotics landscape. By fostering collaboration among component suppliers, software developers, and system integrators, the initiative aims to accelerate the development cycle and reduce costs across the entire supply chain. Haidian District, which boasts the highest concentration of embodied intelligence companies in Beijing, announced it would leverage the working group to deepen its involvement in core technology research and standard-setting, aiming to contribute “Haidian strength” to the national effort.

Haidian District: The Epicenter of Innovation

Haidian District’s prominent role at the conference highlighted its status as the epicenter of China’s embodied intelligence industry. The district has successfully clustered approximately 300 companies operating in this space, forming a comprehensive industrial layout encompassing the “brain” (AI models), “cerebellum” (motion control), and “body” (hardware) of robotic systems. This concentration of talent and resources has earned Haidian recognition as a specialized industrial cluster for robotics SMEs by the Ministry of Industry and Information Technology (MIIT).

To further fuel this growth, Haidian has implemented a robust support ecosystem. The district was the first in the nation to publish a dedicated three-year action plan for embodied intelligence. Furthermore, it has established a 10 billion yuan ($1.38 billion) technology growth fund (now in its fourth phase) to provide full-lifecycle capital support for robotics startups. This “investment + industry + services” model is designed to transform Haidian into a premier global hub for embodied intelligence innovation, industrial agglomeration, and application demonstration.

Technological Breakthroughs on Display

The conference featured the “2026 Full-Scenario Embodied Intelligence Industry Chain New Product Launch,” where over 20 companies showcased their latest advancements. The focus of competition has clearly shifted from simply building a functional robot to ensuring it can perform complex, real-world tasks reliably.

One standout exhibitor was Linker Hand, a Beijing-based company that has achieved a remarkable milestone: it is currently the world’s only firm to reach mass production (over 10,000 units) of high-degree-of-freedom dexterous robotic hands. Claiming over 80% of the global market share for such components, Linker Hand’s products are already utilized by top-tier research institutions like Stanford, Cambridge, and Tsinghua, as well as manufacturing giants like Foxconn. “Our dexterous hand can thread a needle,” stated co-founder Zhou Yong during his presentation, “which marks our transition from ‘can make’ to truly ‘good to use’ and ‘can produce’.”

In the realm of cognitive architecture, Qiwu Technology presented its innovative “large-small brain long-memory system.” This approach addresses a critical challenge in embodied AI: balancing the need for complex reasoning (the “large brain”) with real-time, low-latency motion control (the “small brain”) while operating under the severe power and compute constraints of edge devices. Qiwu’s system promises to enhance both the generalization capabilities and precision of robots in commercial applications, offering a lower-cost pathway to real-world deployment.

The Year of Mass Production

The Beijing conference took place against the backdrop of what industry analysts are increasingly calling the “year of mass production” for humanoid robots. With major players like Tesla preparing to unveil the Optimus V3 in mid-2026, Chinese firms are racing to scale their own operations. Companies like Zhipu and UBTECH have already announced production targets in the tens of thousands of units for 2026, while XPeng aims to mass-produce its IRON robot by year-end. The innovations and collaborations showcased at the 3rd China Embodied Intelligence Conference suggest that China’s robotics ecosystem is rapidly maturing, positioning domestic firms to be formidable competitors in the impending global commercialization of humanoid robots.