In 2025, Beijing's layout in the field of scientific and technological innovation will once again attract global attention. According to the "Three 100" key projects plan issued by the Beijing Municipal Development and Reform Commission, Beijing will invest about 1.4 trillion yuan to promote 300 key projects at the municipal level, covering scientific and technological innovation, infrastructure construction and improvement of people's livelihood. This strategic investment not only focuses on improving the city's infrastructure, but also takes 6G technology and the humanoid robot industry as an important direction for future development, demonstrating Beijing's ambition and strategic vision in the global technology competition.
6G industry: Leading the innovation of next-generation communication technology
As the core support of future communications, 6G technology will far surpass 5G in terms of transmission rate, latency, and application scenarios, and has higher efficiency and wider application potential. Beijing's strategic layout in this field aims to lead the global R&D and commercialization process of 6G technology. In 2025, Beijing will accelerate the construction of 6G laboratories and promote the formation of 6G innovation industry clusters to lay the foundation for future technology applications. In addition, Beijing also plans to set up a low-altitude technology innovation zone to provide good support for the implementation of drones, unmanned vehicles and other technologies.
Specifically, 6G technology will not only be limited to the field of communications, but will be deeply integrated with emerging technologies such as artificial intelligence (AI) and the Internet of Things (IoT). For example, the integration technology of 6G synaesthesia will support the combination of communication and perception functions, making it possible to apply applications in unmanned driving, intelligent manufacturing, smart medical and other fields. With the combination of artificial intelligence and big data, 6G is expected to further promote the rapid development of scenarios such as intelligent transportation and automated industry.
In terms of policy support, the Beijing Municipal Government will arrange a number of projects in 2025, including the Super Intelligent Computing Artificial Intelligence Innovation Demonstration Park, which will provide solid infrastructure support for the experimentation and industrialization of 6G technology. The government's financial investment and policy support have provided strong support for Beijing's 6G industry, and also provided a model for the future development of global communication technology.
Figure: Beijing 2025: 1.4 trillion investment, ahead of the layout of 6G and humanoid robots
Humanoid robots: from innovative R&D to industrialization
As the key direction of Beijing's future industrial development, humanoid robots have huge technology and market potential. In 2025, Beijing plans to promote the industrialization of humanoid robots through policy guidance and the implementation of innovative projects. These initiatives include holding the World Humanoid Robot Games, showcasing its application scenarios in the fields of service, education, and healthcare, and actively promoting the coordinated development of the upstream and downstream industries.
At present, Beijing's humanoid robot industry has made remarkable progress relying on a strong artificial intelligence foundation. In 2023, the core output value of Beijing's AI industry will exceed 250 billion yuan, accounting for more than 40% of the country's total AI industry. This provides strong support for the intelligent development of humanoid robots. For example, the application of large-scale model technology makes the performance of humanoid robots in human-computer interaction more natural, and further enhances its application value in various industries.
Beijing Economic and Technological Development Zone (Yizhuang) has become an important gathering place for the humanoid robot industry. As of 2024, Yizhuang has gathered more than 110 robot companies, forming a complete industrial chain covering core components, complete machine manufacturing and application. It is estimated that by 2025, the robot industry in Yizhuang will exceed 10 billion yuan. At the same time, Beijing will also establish the first provincial humanoid robot innovation center to promote the construction of the world's first general humanoid robot hardware platform and large model + open source operation control system software platform, providing strong technical support for the large-scale development of the industry.
Industrial Collaboration and Innovation Ecology: Multi-field integration to promote future development
Beijing's industrial layout is not limited to a single technical field, but forms a complete industrial ecology through cross-field collaborative innovation. For example, Beijing plans to promote the deep integration of AI with healthcare, education, culture and other industries through the "Artificial Intelligence +" action plan. This strategic move not only improves the intelligence level of various industries, but also provides a broad platform for the application scenarios of humanoid robots and 6G technology.
In terms of infrastructure construction, Beijing will also accelerate the improvement of the integrated circuit innovation ecology and optimize the new energy vehicle industry chain, which provides hardware support and application scenarios for the development of 6G technology and humanoid robots. With the intelligent transformation of the new energy vehicle industry, 6G technology will become a key technology to support the application of on-board intelligent systems and autonomous driving. Humanoid robots will further improve production efficiency and user experience in the fields of automobile manufacturing and after-sales service.
In addition, Beijing will also enhance its influence in the global science and technology field by hosting a series of international conferences and exhibitions. This will not only help attract international capital and technological resources, but also promote the global dissemination of Beijing's scientific and technological achievements, and further consolidate its important position in the global innovation ecosystem.
Future Prospects: The Rise of Global Science and Technology Innovation Hubs
Beijing's advanced layout in the 6G and humanoid robot industry is not only for technological breakthroughs, but also to lay the foundation for the rise of a global science and technology innovation center. Through policy support, technology research and development, and industrial ecological construction, Beijing is expected to form a number of internationally competitive innovative enterprises and application scenarios in the next few years, and promote China's voice in the global technology industry.
Especially in the field of 6G and humanoid robots, Beijing not only focuses on technological breakthroughs, but also strives to build industrial clusters with global influence. This strategy will help build Beijing into a global leader in scientific and technological innovation and make greater contributions to the world's scientific and technological development.
With the continuous change of the global scientific and technological innovation pattern, Beijing will play an increasingly important role in the global scientific and technological stage. Whether it is the revolutionary progress of 6G technology or the rapid development of the humanoid robot industry, it will become a key force for China's science and technology to move towards the future.
Conclusion
Beijing's strategic layout in the field of 6G and humanoid robots demonstrates its ambition and strength in the global technology competition. Through continuous technological innovation, industrial synergy and policy support, Beijing is expected to become a core hub for global scientific and technological innovation in the coming years. This forward-looking layout not only injects strong impetus into Beijing's economic development, but also provides an important demonstration and reference for the development of global science and technology.
