Micro Billion Computing Power - Application Value

Independently designed by the Chinese Academy of Sciences, serving as a benchmark for domestic innovation, the design solution can be shared with local governments or enterprises. A "turnkey" micro computing center product built around a fully independent intellectual property scalable high-performance storage system, ready to use out of the box, running on a single machine with one-click startup.

Serving local businesses, estimated to drive a 1% increase in output value. With Weltmeister and ZTE's two major vehicle projects landing in Rizhao, and with over 350 related companies, the area has a complete automotive industry chain. In 2023, 120 large-scale enterprises achieved an output value of over 40 billion yuan.

By empowering local automotive enterprises with computing power, connecting to intelligent driving and vehicle networking experimental data, it can cover business areas such as intelligent connectivity, intelligent driving, new energy safety, trial manufacturing experiments, and intelligent manufacturing. It can support or incubate hundreds of intelligent data applications in the automotive manufacturing industry, involving vehicle health, vehicle fault mapping, intelligent fuel/energy consumption, intelligent charging, intelligent air conditioning, automotive finance, etc., providing research and operational support for all links in the automotive ecosystem. If a single application drives an output value of 4 million, the total would drive an output value of 400 million, a 1% increase in total output value.

Social benefits, serving to enhance Rizhao citizens' understanding of artificial intelligence, establishing a system for individual users to manage or freely obtain computing power, creating computing service capabilities for every Rizhao citizen, allowing every resident to understand, use, and build computing power.

Through AI applications built by local enterprises based on the computing center, such as using voice recognition for social security registration, saving 10 minutes of input time per person per year, saving a total of 100 million minutes, and increasing satisfaction by 1%, entering the era of public artificial intelligence, benefiting 2 million Rizhao citizens.

Providing a free MicroCalc system worth 1 million yuan to the local government, as well as 100 free MicroCalc systems worth 100 million yuan to all local businesses and institutions interested in building computing capabilities, totaling over 100 million yuan in donations. This helps local governments and enterprises quickly establish artificial intelligence computing capabilities for free, and the minimum MicroCalc system can be expanded to support tens of thousands of computing units in a single center.

Governments and various enterprises can set up free MicroCalc pilot projects to test the computing center architecture. After successful testing, they can gradually expand from MicroCalc to tens of thousands of computing units, achieving zero-cost pilot testing of computing operations. After successful pilots, they can gradually increase capacity, similar to building the Great Wall brick by brick, connecting 10 carriages to form a high-speed train, or connecting one computer to form the internet with billions of computers. Experiments can be conducted at zero cost, and through this free, shareable MicroCalc model, pilot projects can be implemented first and then gradually scaled up.

The overall computing power solution is fully open, enabling local enterprises to quickly develop computing construction capabilities, cultivating approximately 100 construction talents for the local area, providing talent momentum and foundation for the subsequent development of the local artificial intelligence industry. According to statistics, more than 95% of AI talents in China are concentrated in Beijing, Shanghai, Guangzhou, Shenzhen and other major cities.

Taking local automotive enterprises as an example, due to the high cost of AI-related talent, currently no local automotive enterprise has a complete industrial chain of talent for AI computing model development, application development, and hardware design. If local automotive enterprises were to build their own teams, with an average of 5 people per enterprise, the annual human resource cost would reach 120 million yuan, and over a 5-year operating period, the talent cost would reach 600 million yuan. Cooperating with institutions like the Chinese Academy of Sciences that have independent intellectual property rights, and gradually introducing and cultivating local AI talent through technology sharing and other methods, participating in AI industry competition, is beneficial for local industrial development.

Through the process of formulating and releasing computing power vouchers and public computing power government management systems, we explore the evaluation, service, and management systems of public computing power resources (government digital assets) in the digital era, forming a series of institutional innovation examples, including but not limited to public computing power management systems, computing power voucher systems, computing power sharing systems, computing power and digital asset classification management systems, citizen computing power support systems, etc., creating an experimental field for local computing power-related institutional innovation, enhancing the government's digital governance capabilities, allowing computing power to benefit 90% of the population.

Through the free 100 million yuan hardware subsidy for MicroCalc, local governments and enterprises can initially establish MicroCalc pilot projects at zero cost; if the pilot is successful, for expanded construction, we provide trillion-scale CAS Fusion Industry Investment Fund and Shenzhen Capital Group government investment fund support, requiring the local entities to provide only 10% of the cost to achieve large-scale computing center construction, quickly capturing the commanding heights of the AI industry.