China Coordinates Regional Strategy to Accelerate Future Industries

As China enters the 15th Five-Year Plan period, central and local authorities are intensifying efforts to incubate frontier sectors termed 'future industries.' Backed by multi-ministry guidelines spanning six broad domains—including advanced computing, quantum technology, and embodied artificial intelligence—policymakers are encouraging regional clusters to develop distinct specializations. Local hubs such as Hefei and Wuxi are deploying infrastructure and testbeds to bridge laboratory breakthroughs with industrial applications while navigating commercial uncertainties.

Future industries represent the foundation of long-term economic resilience and technological competitiveness. Establishing an early presence in high-barrier sectors like quantum communication and robotics helps mitigate risks of technological lock-out and curbs low-level duplication across domestic manufacturing bases.

China is accelerating national and local initiatives to cultivate next-generation sectors as it enters the 15th Five-Year Plan period, directing resources toward fields including quantum technology, embodied artificial intelligence, and advanced materials. Central authorities have reinforced top-level planning for these emerging domains. The Ministry of Industry and Information Technology, alongside six other state departments, previously released implementation guidelines targeting six broad directions for future industries. Recent central policy meetings and state planners have underscored the need for strategic foresight, noting that because these sectors remain in nascent stages with evolving technological routes and commercial models, coordinated oversight is essential to guide capital and research efficiently. In regional manufacturing and research hubs, local governments are translating national targets into specialized industrial clusters. In Hefei's 'USTC Silicon Valley' in Anhui province, an ecosystem of more than 100 quantum enterprises—including QuantumCTek, Guoyi Quantum, and Origin Quantum—is focusing on practical applications. A joint research team from the China Telecom Research Institute and QuantumCTek recently demonstrated the co-transmission of ultra-large-capacity classical optical communications alongside commercial quantum key distribution over 101.6 kilometers of hollow-core optical fiber, creating technical groundwork for wider network deployments. Similar sector-specific initiatives are taking shape in eastern manufacturing centres. In Wuxi's Huishan district in Jiangsu province, local authorities have aligned industrial strategy around five future sectors: quantum technology, artificial intelligence, aerospace, embodied robotics, and resource regeneration. The district is integrating computing power and algorithmic infrastructure directly with local equipment manufacturers to facilitate live industrial testing. According to Hu Yongjun, director of the Future Industry Division at the State Information Center under the National Development and Reform Commission, the early-stage nature of these sectors demands strategic coordination to manage market uncertainty. By pairing national guidelines with localized industrial strengths, policymakers aim to reduce overlapping low-level investments and accelerate the translation of scientific research into scalable commercial capacity.