In order to accelerate the high-quality development of the body-smart robotics industry in Beijing, the Bureau of Economics and Informatics of Beijing issued a press release recently.Beijing City Smart Robot Industry High-Quality Development Action Plan (2026-2028)Xi proposed that by 2028, efforts should be made to develop no fewer than five international-class, 10 domestic-leading human-robot integrated enterprises, equipped with intelligent models, robot bodies, and key technologies at an international level; the integrated capacity of the Jinxing region is 25% of the country, and the support rate for key components is more than 60%; lead the construction of a system covering the entire life cycle, multi-sectoral collaboration, and effective scientific security governance, making the construction of the city a world-class source of intelligent robotics technology and industrial innovation.
Beijing Municipal Economic and Information Office onPress release on the high-quality development action plan for the body-smart robotics industry in Beijing (2026-2028)
The relevant units:
In order to accelerate the high-quality development of the body-smart robotics industry in the city, the Bureau of Economics and Informatics of Beijing has developed the Action Plan for the High-Quality Development of the body-smart robotics industry in Beijing (2026-2028).
Economic and Information Office of the City of Beijing
11th of November 2026
High-quality development of body-smart robot industry in Beijing
Action Plan (2026-2028)
The city of Beijing will promote the high-quality development of the industry by 2028, as a key breakthrough in the high-tech industry and as a key breakthrough in the industry of the future. By 2028, the city will cultivate no fewer than five world-class, 10 leading domestic human-robot engineering enterprises, a world-class human-robot engineering model, human-robot engineering and critical technologies; the engineering capacity of the Jinxing region will account for 25% of the country's total capacity, and the support rate for key parts will exceed 60%; the pioneering construction of a system covering the entire lifecycle, multidisciplinary collaboration, and effective scientific governance, will make the city a leading international hub for intelligent robot engineering and industrial innovation.
One, two.Implementing smart jumping projects
1. Significantly enhance the capabilities of the Intelligent foundation model.Support visual language action models (VLAs), world models (WMs), reinforcement learning, multi-technology pathway layout and technology integration, leading the development of major pathway technology innovations. Support technologies such as multi-source information integration, physical space understanding and human emotional recognition, driving the leap from cognitive bias to cognitive bias, driving cognitive bias to non-linguistic instruction levels such as understanding the constraints of physical laws, proactively identifying human movements and facial expressions; support technologies such as cross-current forwarding, physical migration and learning evolution, significantly improving multi-tasking generalization, high-reliability, fast execution, fast shooting, ultra-precision operations; support group-current collaboration, long-term memory, localized deployment, and model interpretation; enhance the ability of intelligent models to apply real-time, real-world, and achieve an integrated level of intellectual modeling capability.
2. Improve the level of supply of high-quality physical data.Support for leading data collection hardware and data collection software innovations such as non-infrastructure collection and first-person view acquisition, accelerating cost reduction. Support for advanced technologies such as high reliability simulation data generation, robot autonomous data acquisition, human action mapping and multi-modal data unification, actively exploring high-quality data delivery models for the integration of multi-source data, covering the entire process of model training and application deployment. Pioneered the construction of a national-level intelligent robot data infrastructure covering diverse real-world scenarios, collecting more than 1 million hours of high-quality data in no fewer than 100 real-world scenarios.
3. Increase the security of dedicated computing resources.The construction of a new dedicated AI cluster with a total size of more than 50,000 PFlops will further strengthen the guarantee of high-quality AI. Promoting the construction of AI-focused enterprises and AI-focused node project units to freeze the supply and demand synergy of AI in a subsidiary manner.
4. Build a system for the assessment of intellectual authority.Build the world's first real-world application scenario-based testing ground for AI models, diversify and improve user-centered queries, test subject-centered AI model evaluation systems, build and operate a neutral and authoritative standardization assessment and certification platform, and continuous iterative assessment of standards and indicators. Based on AI testing sites, organize a real-world task challenge for AI research and development teams to build a list of globally renowned AI models.
Two, two.Implementation of industrial chain collaboration projects in Jinjiang
5. Creating a world-class core platform.Organizational integration and parts enterprises collaborate on innovation, continuous improvement of the hardware architecture, system improvement of the overall performance. Strive to achieve more than 40% of the total installed load of the integrated system, an average failure-free working time of more than 2000 hours, a core movement parts and end-user failure rate of less than 10%; design life of the integrated system for more than 5 years; battery life of more than 4 hours in continuous operation. Build 3T5 to meet the requirements of deployment, serialization, modulation, and an international integrated platform that can be defined by software products.
6. Accelerate the comparative advantage of key components.Focus on high-tech add-on critical components, supporting high-efficiency offensive torque density of 60 kV/kg, highly reliable motor, high-precision accelerator with a rated life of more than 15,000 hours, high-efficiency torque density of 100 kV/kg, high-efficiency integrated joint module with a transmission efficiency of more than 85%, full-scale linear error of less than 0.1%, dynamic response of six-dimensional sensors greater than 5 kHz, resolution of less than 0.01 kV/kg, sensors with a spatial resolution of less than 1 mm, maximum load life of more than 1 million times, sharp power control resolution of less than 0.1 million kV/kg, single-cost high-frequency sensors, energy density of more than 350 kV/kg, high-frequency sensors with a life of more than 1500 kV/kg, high-responsibility interactive cells, high-responsibility sensors with a resolution of less than 500 kV/kg, high-responsibility sensors with a resolution of less than 50 mm, high-resolution sensors with an overall sensitivity of more than 200 mm.
7. Strengthen the promotion of R&D, collaborative innovation in manufacturing and application.Promoting Beijing's technological achievements in the field of artificial intelligence empowers innovation in industrial robots, service robots and specialized robotics products in Beijing. Supporting the combination of industrial production and self-building production lines. Appropriate overlays, forming an overall production capacity of 200,000 units per year in Beijing. Building no fewer than five artificial intelligence robotics manufacturing service platforms, forming a Chinese test service capability covering hardware functionality, performance, reliability, safety, environmental adaptability, etc. Relying on the relevant integrated production and verification capabilities to achieve the new closure of the R&D&D&D&D agreement, supporting the R&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D &D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D &D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D &D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&D&
Three.Implementation of technological innovation projects
8. Ultra-front-line technology for the layout.Support the development of advanced technologies such as the underlying architecture, basic algorithms, bio-structure and motion control mechanisms for bio-intelligence and integrated technologies. Support the development of embroidery machines based on functional fibers and aluminum-enriched aluminum manufacturing processes, integrated joints and handles based on bio-mechanics, large area touch sensing electronic skin, and advanced technologies for critical components such as ultra-low-power smart chip chips.
9.Concentrated attack key core technology. Supported attack key core supplies in the presence of high-end flexible touch sensors, micro precision decelerators, micro vacuum cup motors, and key chips such as RISC-V-based system-level smart chips, high-dynamic loaded N-terminal MOSFET, promoting the deployment of key chips and core components. Supported integral machine units to adapt the relevant components and chips, promoting independent product control capabilities. Supported simulation and smart training platforms, simulation tool chains, robotic operating systems and intermediate software, development tool chains and resource modeling platforms, and continuous improvement of software applications.
Four.Implementing large-scale application promotion projects
10. Continuous scrubbing of the robot to win the marquee.Building a human-robot racing base to continuously optimize the sporting event settings based on the actual needs of the application scenarios, creating a platform that fully reflects and represents the highest level of human-robot competitions and half marathons in the development of the human-robot industry in China. Building on international exchange cooperation platforms such as the World Robot Congress, supporting close collaboration with the Chinese Electronic Society, the World Robot Cooperation Organization, high-speed organization of international human-robot academic conferences, industrial and academic exchanges in the field of robotics worldwide.
11. In-depth advancement of real-world experience and breakthrough scenarios.In the field of services, focusing on the field of advanced manufacturing, logistics storage, super retail, focusing on breakthrough mission planning, security interaction, flexible operation capabilities, step-by-step skills in moving, transferring, screening, sorting, plugging, attachment, auxiliary processing, and other tasks, forming no less than 20 industry benchmarks. In the field of services, focusing on old services, healthcare, public services, scientific education, super retail, focusing on breakthrough mission planning, security interaction, flexible operation capabilities, overcoming consulting guidance, unmanned retail, security inspection, auxiliary protection tasks, and other tasks, forming no less than 20 benchmarks in the field of relief.
12. Accelerate the development of solutions to promote scale-up.Developing suppliers and application innovation platforms for intelligent robotics solutions in the fields of manufacturing, business services, family life, old service, and more to develop no less than 15 scalable solutions. Innovation builds a multi-dimensional comprehensive evaluation system that includes task execution efficiency, input output return, and real-world application of state-of-the-art data collection feedback mechanisms, financial insurance tools such as innovation leveraging financing leases, application insurance; regularly screened for the release of typical products and scenarios for intelligent robots, organizing units and business units with potential scale application scenarios, such as central and university enterprises, accelerating the application of solutions and continuously upgrading solutions.
13. Explore scenarios for integration and application in the construction sector.To support the construction of a robotics innovation park in the Olympic Centre, and the creation of robotics themed restaurants, hotels, tourist attractions, such as catering, guided shopping, entertainment performances, and cleaning services with marketable operational capabilities and scalable robotics integration application scenarios.
It's five.Implementation of industrial eco-led projects
14. Further enlarging the subject of innovation.Establish a one-to-one service mechanism for the introduction of intelligent robot enterprises into the market, fostering the leadership of leading enterprises in the field of integrated technology, critical components, intelligent models and data collection, fostering no less than 200 small and medium-sized enterprises in technology and innovation, high-tech enterprises, specialised new and medium-sized enterprises, specialised small and medium-sized enterprises, specialised new and medium-sized giant enterprises, manufacturing single champion enterprises. Fully play the role of the organization of industries such as the Beijing Association of the Robotic Industry, strengthen industry autonomy, oppose curve-like competition, and guide the orderly development of industry integrity.
15. Continuous improvement of open source openness.To further improve the quality of open-source platforms and open-source datasets for intelligent robots with physical models. To build a globally influential open-source community of intelligent robots, explore new service platforms such as smart robot application software stores. To build new business models based on general software hardware platforms and open-source datasets for secondary development, to form the country's leading software hardware secondary development capabilities. To promote the establishment of 100 robotics research teams at universities and research institutes in Beijing, to support the cooperation of relevant teams with the city's leading enterprises and innovation platforms, to produce high-quality research results based on open-source software platforms for human robots.
16. Actively lead the construction of a standard system.Support the work of organizations such as the National Committee for Robotics Standardization Technology, the Human Robotics Division Technical Committee (SAC/TC591/SC5), the Human Robotics and Intelligent Standardization Technology Committee (MIIT/TC8), the Beijing Municipal Association of the Robotics Industry, organizing municipal nomination committees for robotics, conducting standards system research, and conducting standards supply and demand matching activities in the field of robotics. Encourage relevant units in the city to lead and participate in the drafting of at least 8 international standards, 30 national standards, 70 industry standards and standards groups, with a national standard participation rate of more than 90%.
17. Supporting overseas enterprises and participating in global exchanges.Support the emergence of qualified physically intelligent robot-focused enterprises in the city, encourage foreign physically intelligent robot-focused enterprises and institutions to set up R&D centers and manufacturing bases. Rely on international exchange cooperation platforms such as the World Robotics Congress, support the China Electronic Society in close collaboration with the United Nations Industrial Development Organization, the World Robotics Cooperation Organization, high-speed international physically intelligent robot industry exchange events and academic conferences, and high-level international cooperation in the field of construction industry and academia.
It's six.Implementation of security governance initiatives
18. Advance deployment of security technology innovations.Focus on human-powered co-production of life-scenario needs, leading the way in implementing integrated intrinsic security technologies such as hardware overload protection, energy and power distribution security, active emergency braking; research on security auditing for decision-making traceability, protection against malicious attacks, sensitive privacy data handling, human interaction ethical constraints; and research on security governance technologies such as identity identification, electronic fences, and digital birth traceability.
19. Lead the construction of a system of security governance.Build a third-party entity such as an Intelligent Robot Testing Certification Center, an Intelligent Quality Testing Testing Center, and build a test certification platform that covers the full-dimensional testing capabilities, performance, safety, reliability, and integrity of the whole machine, components, models, and data. Build a complete process management system for Intelligent Robot Testing, leading the development, production, disposal, and recycling of full-cycle authentication, traceability, and conduct audits.
It's seven.Safeguards
Improve the mechanism of work for the advancement of the intelligent robot industry, strengthen the coordinated coordination between sectors and regions. Develop special support policies, increase the financial support for key technological strategies, innovative product research and development, intermediate capacity building and typical scenario applications. Further use the leadership and driving role of government guiding funds, direct marketing funds to support the development of the industry. Encourage more universities to open up intelligent robot related specialties, deepen the integration of skills training models, cultivate the data collection that is urgently needed for the development of a batch of industry, secondary development professionals and the integration of talent, know the technology of products. Strengthen the capacity of high-level talent and teams, provide support in the field of intelligent robot skills, urgently needed talent in Beijing, accommodation in women's homes, medical education, etc.
The Scheme is implemented from the date of its publication and is valid until 31 December 2028.
Read more: A picture of the action plan for the high-quality development of the body-smart robot industry in Beijing (2026-2028)
Source: Letter from Beijing
