From Targeted to Systemic: Paradigm Shift in China's Industrial Policy and Its Structural Reshaping of Global Supply Chains

China is entering a new evolutionary phase of its industrial strategy. Against the backdrop of the decennial "Made in China 2025" (MIC25), Beijing is shifting from a pattern of "targeted intervention" to a more systematic and pervasive "all-encompassing industrial policy." This shift marks a paradigm shift in China's economic strategy, its impact no longer limited to a specific sector of manufacturing but reshaping the global economic competitive landscape as a whole.

The core logic is that industrial policy is evolving from previous "point-based" interventions targeting specific strategic emerging industries to a "systematic" layout covering upstream key inputs, industrial equipment, downstream applications, services, and even frontier technologies. This means the policy's reach has penetrated every level of the production chain, from controlling raw materials to the commercialization of final products, all becoming a focus of national strategy.

The global consequences of this systematic deepening are twofold. On one hand, it has greatly accelerated China's leading position in global trade, promoting the import substitution of Chinese manufacturing through state support, and solidifying its core position in the global value chain. On the other hand, this policy expansion is deepening the global economy's dependence on China's supply chains, accelerating the expansion of foreign enterprises in China. Beijing is embedding its leading position in the existing global value chain through policy tools while effectively curbing attempts by other major economies to diversify their industries.

However, this expansion is not without its costs and constraints. In the current macroeconomic environment characterized by slowing domestic economic growth, weak domestic demand, and challenges in capital allocation efficiency, the execution environment for industrial policy is becoming more complex. China is facing the dilemma of balancing the systematic expansion of policy with the efficiency of resource allocation under a more constrained macroeconomic framework. On one hand, sustained attention to key technologies (such as semiconductors and biomedicine), along with public procurement and state support for emerging technologies (such as AI and quantum computing), signifies that the strategic layout of policy for future disruptive technologies has shifted from mere R&D support to large-scale commercialization drive.

Policy makers and analysts generally agree that China's strategic deployment over the past decade has clearly revealed the evolution of the competitive landscape. Early warning reports for "Made in China 2025," whether from MERICS, the European Chamber of Commerce, or the American Chamber of Commerce, have clearly depicted the competitive pressure China's industrial push exerts on existing industrial powers. Today, this pressure is no longer just competition but the reshaping of structural forces. China has made significant progress in many areas, successfully reducing reliance on imports and establishing global competitiveness in fields like new energy vehicles. But reports also frankly admit that in areas with very high technological barriers, such as high-end semiconductors, advanced aerospace, and biomedicine, China still faces the challenge of the technological gap.

The future challenge lies not in the lack of information or warnings, but in responding to the "lag" in policy execution.But the report was also candid, stating that in fields with extremely high technological barriers, such as high-end semiconductors, advanced aerospace, and biomedicine, China still faces the challenge of a technological gap.

The future challenge lies not in the lack of information or warnings, but in responding to the "lagginess" of policy implementation. Analysis shows that after clear competitive trajectories and policy signals have been widely disseminated, many economies have failed to take sufficiently decisive action due to political considerations or over-reliance on market forces. This delayed response has turned into a structural vulnerability in global industrial capacity and strategic resilience.

Looking ahead, the next phase of China's industrial policy will be characterized by the "internal circulation of policy" and the "acceleration of global influence." As emerging technologies move from the lab to large-scale application, public procurement and state-owned enterprises will become important driving forces for commercialization, marking a fundamental change in the leadership's willingness to pursue commercialization pathways. At the same time, policy will become more concentrated and precise in the allocation of financial resources, aiming to efficiently guide limited resources toward the core of national strategy. This reallocation of financial resources, although it may exacerbate imbalances in certain sectors in the short term, has the long-term goal of ensuring the effective concentration of strategic resources to maintain China's leading position in the next round of global industrial competition.

Overall, China's industrial policy is shifting from a "market-oriented reform" to a "state-will-driven economic reshaping." The underlying logic of this transformation is that when facing complex global competitive situations, systemic intervention at the national level becomes the core lever for ensuring industrial structural upgrading and control over global supply chains. This deepening of industrial policy is not just a profound practice of domestic economic transformation, but also a rewriting of the underlying rules of global industrial competition.