Officially Designated at the End of February Last Year: Zhongguancun (Haidian) Embodied Intelligence Innovation Industrial Park Currently Has Attracted 39 Enterprises

(Source: Qianlong News)

Yesterday (the 19th), reporters visited the Zhongguancun (Haidian) Embodied Intelligence Innovation Industrial Park. This is the first park in the country named after embodied intelligence industry. It deeply integrates technological innovation with industrial innovation, initially forming a characteristic industrial cluster centered on embodied intelligence industry. The park fully covers the core links of the “Data—Brain—Cerebellum—Ontology” industry chain, creating an ecosystem where “upstairs is upstream and downstream.”

Technology is the primary productive force and competitive advantage. Beijing’s international science and technology innovation center has significantly enhanced its innovation, competitiveness, and radiation capacity, becoming a key hub in the global innovation network.

Wang Yu, Deputy Director of the Park Department of the Beijing Municipal Science and Technology Commission and Zhongguancun Management Committee, introduced that Zhongguancun is the first national high-tech zone and the first national demonstration zone for independent innovation. It has consistently ranked first in the comprehensive evaluation of national high-tech zones. By 2025, the enterprise revenue is expected to exceed 10 trillion yuan.

Zhongguancun promotes deep integration of technological and industrial innovation, forming a new generation of information technology industry cluster worth over 1 trillion yuan, along with nine other industry clusters each exceeding 100 billion yuan, including pharmaceuticals and integrated circuits. The artificial intelligence industry ranks among the top globally, with domestic large model filings accounting for nearly 30% nationwide. Innovative drugs and medical devices approvals are also among the top in the country. The park has proactively laid out future industries such as embodied intelligence, brain-computer interfaces, and commercial space, establishing the world’s first embodied intelligence robot 4S store and the first embodied intelligence innovation industrial park in the country. It also released the nation’s first brain-computer interface innovation development action plan, accelerating the formation of a future industry ecosystem.

As the first park in the country named after embodied intelligence industry, Zhongguancun (Haidian) Embodied Intelligence Innovation Industrial Park was officially awarded on February 27, 2025. It centers on embodied intelligence and simultaneously develops two frontier tracks: data elements and life sciences.

Zhang Ao, General Manager of Zhongguancun (Haidian) Embodied Intelligence Innovation Industrial Park, stated that so far, 39 companies have been introduced, including 14 embodied intelligence companies and 7 AI companies, forming a characteristic industrial cluster centered on embodied intelligence.

In the field of embodied intelligence, the park has gathered industry leaders such as Beijing Luosenbot Technology Co., Ltd. (hereinafter Luosenbot), Wujie Power (Beijing) Technology R&D Co., Ltd. (hereinafter Wujie Power), Noyteng Robotics Technology (Beijing) Co., Ltd. (hereinafter Noyteng Robotics), Lens Technology, Yikong Zhijia, Meixin Sheng, and others, covering the core links of the “Data—Brain—Cerebellum—Ontology” industry chain. It also introduces leading AI companies like Kunlun Core to provide core support for underlying algorithms and intelligent computing power of embodied intelligence. This “upstairs-downstairs” ecosystem effectively promotes technological collaboration and innovation among enterprises, with cluster effects becoming increasingly evident.

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Technology Interconnection

AI driving and embodied intelligence technology paths learn from each other

Wujie Power, located in Zhongguancun (Haidian) Embodied Intelligence Innovation Industrial Park, focuses on core technology R&D and industrialization of general embodied intelligence robots, aiming to build a “general brain” and “operational intelligence” for robots, breaking through key bottlenecks in hand, eye, and brain coordination.

“Seventy percent of Wujie Power’s efforts are on software algorithm brains, and thirty percent on hardware bodies. Our team’s strengths are in software algorithms and brains, while hardware bodies are developed in collaboration with industry partners,” revealed Zhang Yufeng, founder and CEO of Wujie Power. The company has two generations of robots in mass production and will deliver to six countries this year.

Zhang Yufeng previously served as Vice President of Horizon Robotics and President of the Intelligent Vehicle Business Unit, leading a thousand-strong team to achieve large-scale delivery of intelligent driving algorithms, with experience from prototype algorithms to commercial deployment. He believes that autonomous driving is the first large-scale application of physical AI in human society. In recent years, the technical routes and network architectures of intelligent driving algorithms are highly similar to the latest embodied intelligence routes, with mutual learning. “2025 will be the year of mass production for humanoid robots, and 2026 will be the year for humanoid robots focused on operational intelligence,” he further explained. “AI development depends on three core elements: algorithms, computing power, and data, which are interdependent. The key to technological implementation requires vast amounts of data, which is the fundamental fuel for robot brain evolution. If we compare humanoid robots to cars, data is the fuel.”

Currently, domestic and international data resources are relatively scarce. Wujie Power plans to collect data at the scale of 1 million hours this year. Regarding large-scale data collection, Zhang Yufeng said they will cooperate with professional data collection companies in the industry ecosystem, with more than half of the data expected to come from such collaborations.

Motion Capture

Giving this company its core expertise

It’s worth noting that Noyteng Robotics, located below Wujie Power, has already captured 70% of the market share in motion capture equipment. The Yu Shu robot that can punch and dance, and the Xiaopeng robot that walks like a catwalk model, all use Noyteng’s motion capture data.

Noyteng Robotics is a company that does not manufacture robots but provides data services for embodied intelligence and humanoid robot industries. Li Yao, Vice President and Partner of Noyteng Robotics, explained that the company has a data factory covering thousands of square meters. Its core business is high-precision human behavior data and robot ontology behavior data collection, annotation, and preprocessing services, capable of capturing motion ranges from fine finger movements to full-body dynamic activities.

At the demonstration site, a Beijing Youth Daily reporter saw staff wearing full-body inertial motion capture systems, controlling robots to mimic human full-body movements based on their structure and motion capabilities. When staff performed actions like waving, walking, squatting, or turning, the robots replicated the corresponding movements in real time.

Motion capture digitizes human movements. The demonstration used Noyteng’s self-developed full-body inertial motion capture system, which includes 27 inertial sensors distributed at key body points. Each sensor collects acceleration, angular velocity, and other data, which are processed by human algorithms to restore motion data in real time. These large models are pretrained on massive human motion data, enabling the model to first learn “how to move,” then through reinforcement learning and task fine-tuning, to learn “how to move stably and complete tasks in the real world.”

Medical Breakthrough

World’s First Pelvic Fracture Reduction Robot

In addition to rapidly evolving humanoid robots, surgical robots are also making continuous breakthroughs.

A representative company in the embodied intelligence field within the park, Luosenbot, won the championship at the 2025 Zhongguancun Frontier Technology Competition with its globally first intelligent pelvic fracture reduction robot system, standing out among many top tech projects.

Wang Yu, founder and chairman of Luosenbot, explained that pelvic fracture treatment is the most difficult and relies heavily on clinical experience. The procedure requires precise positioning and alignment under high load. For obese patients with strong muscles and ligaments, insufficient force from mechanical arms can cause jamming, making balancing force and flexibility a major industry challenge. Luosenbot’s robot achieves 3D navigation for fracture surgery, solving issues such as lack of reduction function in existing orthopedic robots and complete reliance on doctor experience for surgical planning, filling a gap in international technology.

Compared to traditional surgery, this product “copies” clinical expert experience through digital means, using preoperative CT and intraoperative CBCT image registration, mirror and surface continuity constraints, and force-position dual feedback control. It enables real-time 3D navigation of fracture fragments and tools, minimally invasive fixation planning for pelvic and long bone fractures, automatic reduction operations by the robot, and multi-dimensional real-time 3D visualization navigation, ensuring precise positioning, safe screw placement, and minimally invasive fracture treatment.

Wang Yu stated that Luosenbot’s intelligent fracture reduction robot system has been deployed in 24 provinces and cities nationwide, in 53 top-tier hospitals, completing hundreds of clinical surgeries. The success rate of closed reduction is 100%, with an excellent and good rate of 95%, completing pelvic reduction with less than one-tenth of the blood loss of traditional surgery.

Next, Luosenbot will deepen the integration of AI and medical technology, using AI to enhance robot performance. “The company plans to leverage the large amount of surgical data accumulated to train more intelligent control systems,” Wang Yu added. Luosenbot is also accelerating the domestic replacement of core components, with significant progress made and entering the registration stage, ensuring technological independence and control, while reducing costs and increasing competitiveness.