Computing power is a new type of productivity that integrates information computing power, network carrying capacity, and data storage capacity, and mainly provides services to society through computing power infrastructure. The "Special Plan for the Development of Computing Power Infrastructure in Jiangsu Province" recently released by multiple departments in Jiangsu Province proposes promoting "computing power + urban governance," coordinating the advancement of urban computing power facility construction, building an urban computing power service platform that integrates intelligent computing, general computing, and supercomputing, and forming a multi-level integrated computing power scheduling system. This is also the country's **provincial-level special plan for the development of computing power infrastructure.

　　The plan specifies concrete goals in areas such as computing power infrastructure, network infrastructure, computing power scheduling, green security, and application empowerment, and details seven key tasks, including optimizing the layout of computing power infrastructure, building a diversified computing power supply system, enhancing efficient computing power carrying capacity, and deepening computing power-enabled industry applications.

　　Among these, in deepening computing power-enabled industry applications, it promotes "computing power + urban governance," supports prefecture-level cities and qualified counties (cities, districts) in carrying out the construction of smart city computing power centers and cross-regional computing power scheduling platforms, and advances citywide digital transformation in Jiangsu Province. It gathers social governance data at all levels and of all types, including "12345" public livelihood demands, the "Internet + Regulation" system's regulatory and law enforcement data, and urban lifelines, builds a digital twin city base map and a cross-departmental collaborative physical sensing network, constructs an urban metaverse featuring multi-source heterogeneous data fusion and continuously expanding and enriching multimodal capabilities, enhances comprehensive perception of urban infrastructure and important ecological elements as well as deep understanding of the operation of complex urban systems, and achieves risk pre-judgment and agile response in municipal social governance.

　　In the process of empowering smart city construction with computing power, it is necessary to build an urban digital foundation, create an urban basic support platform, and improve the urban intelligent hub. It advances the integrated deployment of business systems, algorithm models, data resources, and other elements, and encourages the development of urban perception, emergency command, and decision-making assistance based on large AI models. It accelerates the application of key scenarios in urban digital transformation and promotes cross-industry, cross-departmental, and cross-domain urban operation management and services. It deepens digital twin city construction and supports qualified prefecture-level cities in developing and building a batch of city-level digital twin demonstration scenarios featuring "virtual-real symbiosis, simulation and deduction, and iterative evolution."

　　Promote "computing power + digital government." Guided by the framework of the province's government "one cloud," coordinate the construction of a province-city collaborative government intelligent computing power resource pool, actively build a province-, city-, and county-level intensively shared computing power support system, and provide safe, reliable, green, and intelligent integrated computing power services for the digital government's "one-stop online service," "one-network unified management," and "one-network collaboration." With the pilot application of "efficiently handling one matter" as a starting point, accelerate the implementation and application of new technologies such as large language models, explore the creation of a batch of distinctive application scenarios and benchmark demonstration projects, use digital "computing power" to enhance the government's "brainpower," take the lead in achieving modernization of governance capacity, intelligent service capacity, and efficient collaboration capacity, and empower and improve efficiency for comprehensively advancing the government's digital transformation.

　　Build a computing power industry ecosystem. Adhere to "simultaneous construction and application, using application to promote construction, and using application to promote industry," coordinate the construction of computing power infrastructure, innovative applications, and industrial development, cultivate specialized computing-network operators, support the construction of large-scale commercial computing power, and enhance the computing power supply capacity for large model training. Support AI industry clusters such as Nanjing, Wuxi, and Suzhou in focusing on developing immersive future industries including large models, generative artificial intelligence, the metaverse, and holographic technologies, and further accelerate integrated innovative applications such as the industrial internet, internet of things, and internet of vehicles.

　　The plan requires making full use of existing funding channels, using fiscal funds as leverage to mobilize and expand diversified financing channels, accelerate the development of technological innovation related to computing power infrastructure, add support investment, support the construction of computing power platforms, encourage R&D and innovation of new technologies in fields such as computing power scheduling, and expand the scale of applications.