China’s Tech Ambition on Display: AI, Innovation Clusters and the 15th Five-Year Plan

• WEF’s “Summer Davos” opens in Dalian this week.

• China’s AI market projected at $240.4 billion by 2035.

• AI Plus initiative aims deep cross-sector integration.

• 80% of advanced firms operate in industrial clusters.

• 15th FYP prioritises tech self-reliance and strategic industries.

The World Economic Forum’s Annual Meeting of the New Champions—often referred to as “Summer Davos”—returns to Dalian this week, continuing its tradition of alternating between the northern Chinese cities of Tianjin and Dalian. For Beijing, the gathering offers more than a diplomatic platform; it is an opportunity to highlight the country’s rapid ascent in frontier technologies and industrial innovation.

At the centre of this showcase is artificial intelligence. According to research from CCID Consulting, China’s AI industry could reach 1.73 trillion yuan—approximately $240.4 billion—by 2035, accounting for about 30.6 percent of the global market. The projection underscores the scale of Beijing’s ambitions over the next decade and a half.

The ‘AI Plus’ Strategy

In 2025, Chinese authorities introduced guidelines for implementing the “AI Plus” initiative, designed to embed artificial intelligence across sectors ranging from manufacturing to services. The objective is not limited to digital transformation but extends to accelerating industrial modernization and enhancing productivity throughout the economy.

The World Economic Forum has noted that China’s recent progress in generative AI—illustrated by firms such as DeepSeek and MiniMax—reflects years of coordinated national planning, collaboration between public and private sectors, and sustained investment in talent and computing infrastructure.

Despite export controls imposed by the United States on advanced semiconductor chips, Chinese AI companies have adapted by focusing on efficiency improvements, alternative chip architectures and open-source development models. This pivot suggests a broader transition from technological dependence to resilience.

Innovation Clusters Powering Growth

Beyond AI, the WEF reports that more than 80 percent of China’s advanced industrial enterprises operate within dedicated clusters and development zones. These concentrated ecosystems collectively generate over half of the country’s total industrial output.

The 2025 list of China’s “New Champions,” identified by the WEF, spans a wide spectrum of emerging technologies. Deep Principle combines artificial intelligence with quantum chemistry to accelerate materials discovery. GS Biomats focuses on renewable furan-based materials as sustainable alternatives. HiNa Battery is advancing sodium-ion battery solutions aimed at reducing dependence on lithium.

Other innovators include KaiOS, which is broadening digital and financial access for underserved populations; Lightstandard, applying photonic computing to enhance large language models; and Noematrix, working on embodied intelligence systems compatible with hardware environments. Novlead is developing nitric oxide-based molecular platforms for clinical applications, while Shengshu Technology is building infrastructure for multimodal generative AI systems. Companies such as Transtreams and Turing are addressing next-generation intelligent computing challenges.

Together, these firms illustrate how company-level breakthroughs align with national strategy.

The 15th Five-Year Plan: A Blueprint for Self-Reliance

China’s recently announced 15th Five-Year Plan (FYP) reinforces the drive toward technological autonomy. Amid rising geopolitical tensions and export restrictions, the plan lays out ambitions to secure leadership in semiconductors, AI, robotics, quantum computing, 6G communications, aerospace, advanced materials and high-end manufacturing.

The strategy marks a deliberate shift from low-cost manufacturing toward high-value, innovation-driven production traditionally dominated by the United States and Europe. The FYP calls for “extraordinary measures” to reduce reliance on foreign science and technology while elevating domestic research and industrial capabilities.

In practice, this approach blends domestic capacity-building with selective international collaboration to bridge capability gaps.

Targeting Critical Dependencies

The plan places particular emphasis on reducing dependence in sectors where China continues to rely on external suppliers, including aircraft manufacturing, agricultural technologies, advanced industrial equipment, precision instruments, energy systems, gas turbines, semiconductors and industrial software.

Simultaneously, the government aims to upgrade legacy sectors such as steel, petrochemicals and shipbuilding through automation and digital integration. The broader objective is to achieve decisive progress in materials science, machine tools, high-end instruments and the industrial deployment of AI and robotics.

Ultimately, policymakers seek breakthroughs in strategic industries—biotechnology, semiconductor fabrication and advanced software among them—to secure long-term technological leadership.

Global Implications and Lessons

China’s intensified focus on self-reliance mirrors a broader global shift toward technology sovereignty. Recent restrictions by companies like Anthropic on the international use of certain AI models have reinforced concerns about dependence on foreign-controlled digital platforms.

For emerging economies such as India, the message is clear. As a large consumer market with growing industrial capacity, India may need to accelerate investments in domestic research, semiconductor ecosystems, advanced manufacturing and AI infrastructure.

The developments on display in Dalian illustrate how industrial policy, private-sector innovation and strategic planning can converge to reshape a nation’s technological trajectory. Whether China achieves its ambitious targets will depend on execution, global market conditions and geopolitical dynamics. But its direction of travel—toward deeper technological independence and high-value production—is unmistakable.