Key Points
- The MIIT launched “Targeted Empowerment Actions” for computing power on August 23, 2025, focusing on sectors like education, healthcare, and energy, treating computing power as a core productivity lever.
- Key objectives include deepening industry application, building an Intelligent Computing Ecosystem, achieving metropolitan “millisecond computing,” and accelerating the China Computing Platform (Zhongguo Suanli Pingtai 中国算力平台).
- As of June 2025, China has 10.85 million standard computing racks, an intelligent computing power of 788 EFLOPS, and a PUE of 1.42, indicating significant investment and efficiency gains.
- The China Computing Platform (Shanxi) was officially launched, integrating 10 provincial sub-platforms and aiming to provide “one ledger,” “one network,” “one-stop,” and “one chessboard” for computing resources.
- Opportunities abound for investors and founders in infrastructure, chip/hardware development, enterprise SaaS for targeted verticals, and green solutions, with a focus on optimizing resource utilization and fostering core tech breakthroughs.
China computing power is being mobilized as a strategic productive force across education, healthcare, and energy sectors.
The Ministry of Industry and Information Technology (MIIT) announced a set of specialized computing power empowerment actions on August 23, 2025.
The announcement came during the 2025 China Computing Power Conference in Datong (Datong 大同), Shanxi Province (Shanxi 山西).
Quick snapshot: Why this matters for investors, founders, and tech leaders
Computing power is now treated as a core productivity lever in China’s digital economy strategy.
The MIIT’s program aims to make computing infrastructure more ubiquitous, intelligent, agile, secure, and green.
That combination signals opportunities for startups, cloud providers, chip designers, and enterprise adopters to capture new value.
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Key objectives of the MIIT computing power actions
- Deepen industry application: Targeted actions for education, healthcare, and energy.
- Build an Intelligent Computing Ecosystem: Popularize iconic tech products and solutions.
- Implement metropolitan “millisecond computing”: Special actions geared toward ultra-low latency services.
- Accelerate the China Computing Platform: Also called Zhongguo Suanli Pingtai (中国算力平台).
What the MIIT said: Strategy and implementation themes
Xiong Jijun (Xiong Jijun 熊继军), Vice Minister of the MIIT, emphasized collaboration across departments to strengthen computing infrastructure.
The policy will focus on improving the efficiency of computing resource utilization.
It will also promote systematic, high-quality development across “points, chains, networks, and planes.”
The end goal is to protect and enhance China’s competitive advantages in information and communications technology.
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Current state of China’s computing infrastructure (official MIIT figures)
As of the end of June 2025, China’s operational computing centers include 10.85 million standard racks.
Intelligent computing power has reached 788 EFLOPS.
The number of 400G backbone network ports has expanded to 14,060.
Total storage capacity now exceeds 1680 EB.
The nationwide average Power Usage Effectiveness (PUE) of computing centers has decreased to 1.42, reflecting gains in energy and operational efficiency.
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How the MIIT plans to improve resource quality and core technology
- Orderly facility construction: Refine computing layout policies and optimize infrastructure distribution.
- Localized deployment: Guide localized intelligent computing facility rollout to match regional needs.
- Green data center push: Continue national efforts to lower energy intensity and improve PUE.
- Core tech breakthroughs: Accelerate innovation in critical areas like GPU chips and foundational technologies.
- Technology adoption: Implement the “Computing Power Foundation Unveiling Action” focusing on computing, storage, and networking.
Open cooperation and global service expansion
The MIIT will expand pilot programs to open value-added telecommunications services, including internet data centers.
Targeted pilot regions include Beijing (Beijing 北京), Shanghai (Shanghai 上海), Hainan (Hainan 海南), and Shenzhen (Shenzhen 深圳).
The aim is to help domestic computing firms scale internationally and improve global service capabilities.
- Beijing (Beijing 北京)
- Shanghai (Shanghai 上海)
- Hainan (Hainan 海南)
- Shenzhen (Shenzhen 深圳)
China Computing Platform (Shanxi): what launched and why it’s significant
The China Computing Platform (Shanxi) was officially launched during the conference.
The broader China Computing Platform connectivity ceremony was also held.
The platform integrates sub-platforms from 10 provinces and municipalities:
- Shanxi (Shanxi 山西)
- Liaoning (Liaoning 辽宁)
- Shanghai (Shanghai 上海)
- Jiangsu (Jiangsu 江苏)
- Zhejiang (Zhejiang 浙江)
- Shandong (Shandong 山东)
- Henan (Henan 河南)
- Qinghai (Qinghai 青海)
- Ningxia (Ningxia 宁夏)
- Xinjiang (Xinjiang 新疆)
The China Computing Platform (Shanxi) began trial operations in 2024.
It was initiated by the Shanxi Provincial Communications Administration (Shanxi Sheng Tongxin Guanliju 山西省通信管理局) and the Shanxi Provincial Department of Industry and Information Technology (Shanxi Sheng Gongye He Xinxihua Ting 山西省工业和信息化厅).
The China Academy of Information and Communications Technology (Zhongguo Xinxitongxin Yanjiuyuan 中国信息通信研究院) provided support for the platform.
Core capabilities include computing power analysis and decision-making, resource registration, and supply-demand information sharing.
The platform aims to deliver:
- “One ledger” for computing resources.
- “One network” for computing monitoring.
- “One-stop” for computing matching.
- “One chessboard” for computing decision-making.
As the first comprehensive computing platform completed nationwide, it enhances Shanxi’s unified management and coordinated allocation of computing capacity.
It helps Shanxi understand its computing infrastructure footprint and better absorb overflow demand from surrounding hot regions.
It should also expand the regional computing market and catalyze upgrades and innovation in the computing industry.
Practical implications for investors and founders
- Infrastructure plays to growth-stage investors: Expect opportunities in data centers, interconnect, and storage providers as national policy prioritizes scale and efficiency.
- Chip and hardware demand: The push for core tech breakthroughs, including GPUs, signals sustained demand for semiconductor innovation and supply chain investments.
- Enterprise SaaS and industry verticals: Education, healthcare, and energy adopters will need computing-aware software and integration partners.
- Green and efficiency solutions: Lower PUE goals create markets for energy management, sustainable cooling, and microgrid integrations.
- Regional platform plays: Provincial platforms like China Computing Platform (Shanxi) can become hubs for cross-region workload routing and resource brokerage.
Opportunities for product and go-to-market teams
- Build for low latency: Design products that leverage metropolitan “millisecond computing” to solve real-time problems.
- Bundle compute + vertical expertise: Offer packaged solutions tailored to hospitals, universities, or grid operators.
- Partner with provincial platforms: Integrate with platforms like the China Computing Platform (Shanxi) to access resource registries and matching services.
- Position on sustainability: Highlight PUE reductions and green compute credentials in pitches and marketing.
Risks and considerations
- Regulatory complexity: Telecom and data center rules will continue to evolve in pilot regions and at the national level.
- Capital intensity: Large-scale racks, storage, and networking growth require significant capital and long-term planning.
- Technology race: Core tech breakthroughs like GPUs are competitive and require sustained R&D commitment.
Action checklist for decision-makers
- Map your stack against the MIIT’s priorities: compute, storage, networking, and green operations.
- Identify partnership pathways with provincial platforms, including China Computing Platform (Shanxi).
- Assess latency-sensitive product requirements and architectural changes for millisecond computing.
- Prepare go-to-market messaging that highlights energy efficiency and compliance readiness.
- Track MIIT updates and regional pilot expansions in Beijing (Beijing 北京), Shanghai (Shanghai 上海), Hainan (Hainan 海南), and Shenzhen (Shenzhen 深圳).
Linking opportunities
- Link company pages to the MIIT’s policy pages on industrial computing and infrastructure strategy.
- Reference the China Computing Platform (Zhongguo Suanli Pingtai 中国算力平台) in documentation for regional integrations.
- Collaborate with CAICT (China Academy of Information and Communications Technology) for research and credibility linkbacks.
- Pitch case studies to business media outlets that cover tech infrastructure and regional digital economy growth.
Bottom line
The MIIT’s targeted computing power actions create a clear national roadmap for scaling computing resources, optimizing efficiency, and pushing core technology breakthroughs.
For startups, investors, and product leaders, the move signals concrete opportunities across infrastructure, chips, and industry-focused solutions.
Keep an eye on metropolitan millisecond computing pilots, provincial platforms like China Computing Platform (Shanxi), and the continued expansion of backbone networking and storage.
China computing power is now a strategic axis shaping the next phase of China’s digital economy.
