China’s Next-Generation Industrial Policy: A More Systemic Challenge to Global Markets

Subheadline: The expansion of state-led industrial strategy extends beyond high-tech sectors, reshaping supply chains and testing the limits of existing policy responses in advanced economies.

Executive Summary

A decade after the launch of Made in China 2025, Beijing is not retreating from industrial policy but expanding it into what analysts describe as an “industrial policy of everything.” The new approach touches nearly every layer of production—from upstream inputs and machinery to downstream services and frontier technologies. It is simultaneously deepening China’s dominance in many global supply chains and accelerating a “China Shock 2.0” in trade. For governments and multinational corporations, the central challenge is no longer how to respond to a targeted industrial push, but how to navigate a permanent, systemic state presence in the global economy.

Introduction

For much of the past decade, the global debate over Chinese industrial policy has focused on a single question: How successful was Made in China 2025? That question has now been answered. Research commissioned by the U.S. Chamber of Commerce and prepared by Rhodium Group finds that China achieved many of the program’s core objectives, including import substitution, domestic market share gains, and the creation of globally competitive positions in sectors such as new energy vehicles and information technology. Yet the more consequential finding is that Beijing is not satisfied. It is now pursuing a broader, more deeply integrated industrial strategy that promises to have even greater implications for international markets, investment, and policy.

This article draws on the Rhodium Group assessment to examine the evolution of China’s industrial policy since Made in China 2025, its key characteristics, and its accelerated global impact. It also analyses the strategic implications for businesses, investors, and governments seeking to adapt to a world where Chinese state intervention is ubiquitous and persistent.

Background & Context

Made in China 2025, launched in 2015, was a targeted plan focused on ten strategic emerging sectors, ranging from new energy vehicles to robotics and aerospace. It set explicit localization targets and provided extensive state funding, tax incentives, and preferential procurement. In the initial years, the initiative triggered alarm in Western capitals and among multinational firms, who saw it as a departure from market reform and a threat to fair competition.

The subsequent record has been mixed but far from failure. China reduced import dependence in several areas, displaced foreign firms in its domestic market, and built strong export positions in automobiles, batteries, solar equipment, and telecommunications. However, persistent gaps remain in high-end semiconductors, advanced aerospace, biomedical innovations, and other technology-intensive fields. Even today, China’s dependence on advanced chips, design software, and precision instruments continues to pose strategic vulnerabilities.

Against this backdrop, the next-generation industrial policy has emerged. Despite tightening domestic constraints—slower GDP growth, fiscal pressure, weak consumption, and overcapacity—Beijing has chosen not to retreat from intervention. Instead, it is doubling down, deploying more sophisticated tools and expanding its reach.

Main Analysis: The New Industrial Policy of Everything

Scope and Trajectory

The most striking feature of China’s next-generation industrial policy is its breadth. Where Made in China 2025 targeted a defined set of emerging industries, current policy frameworks simultaneously address mature sectors, foundational supply chain nodes, and future technologies. China’s leadership views past policies as largely successful and is now seeking to apply similar methods across the entire economy. In mature industries such as steel, cement, and textiles, Beijing continues to support firms while pushing them toward higher-value products and more efficient production technologies, even when facing overcapacity and price pressures. The intention is not to shed capacity but to gain market share and lower costs, often through automation and digitalisation.

In upstream segments, China has already achieved dominant positions in critical minerals, semiconductor wafers, permanent magnets, and other industrial inputs. The new policy seeks to extend that dominance across a broader range of components and equipment, reducing dependencies on imported technology and creating leverage over foreign supply chains.

Services, previously underrepresented in industrial policy, are now receiving increased attention. Subsidies, procurement systems, and government guidance encourage growth in software, data processing, drug development, and other services that complement manufacturing and contribute to “productive ecosystems.”

The Role of Frontier Technologies and AI

Beijing now perceives a “window of opportunity” to surge ahead in disruptive technologies, especially artificial intelligence, quantum computing, and next-generation energy systems. Unlike earlier policies that focused on research and development, the new approach is funding commercialization and adoption at scale. Public procurement and state-owned enterprises are being directed to buy domestic AI solutions, build out data infrastructure, and deploy autonomous systems across transport, logistics, and public services. AI has become the central pillar of this phase, but the underlying shift is toward demand-side policies designed to generate markets for novel products before they are globally competitive.

Financial Restructuring and Institutional Adaptation

The expansion of industrial policy is occurring in a more constrained fiscal environment. To improve policy effectiveness, Beijing is recentralising financial decisions and tightening coordination among banks, state investment funds, and capital markets. Government guidance funds are being consolidated and realigned with national priorities. Bank lending is increasingly steered through targeted relending facilities to support strategic sectors. Local governments face stricter supervision over subsidies and tax incentives, reducing duplication and waste. In effect, the leadership is re-inserting non-market criteria into the financial system, a move that may prolong the impact of industrial policy but could impair capital allocation and long-term productivity growth.

Risks to Effectiveness

The widening of industrial policy across virtually all sectors risks diluting its impact. The report notes emerging evidence of strain: declining corporate profitability, weak private investment, and slowing R&D intensity in key fields. State influence over financial decisions may further discourage private entrepreneurship, which remains critical for sustainable innovation. The long-term consequence may be a trade-off: immediate industrial gains in core sectors versus diminishing returns and slower aggregate productivity growth over the medium to long run.

International Impact: A New Phase of Global Dependence and Imbalance

The global consequences of China’s industrial policy are becoming more visible. Since 2019, China’s surplus in manufacturing trade has roughly doubled to around $2 trillion. This reflects both a surge in exports—driven by policy support and weak domestic consumption—and successful import substitution, which has reduced demand for foreign goods. The result is what some observers call “China Shock 2.0,” a sea of Chinese-manufactured products flowing into global markets, often displacing local producers even in advanced economies.

More importantly, the new industrial policy is deepening foreign dependence on Chinese supply chains. Beijing is using its market power not just to export finished goods but also to control inputs and intermediate products. In critical minerals, rare earth processing, solar wafers, battery materials, and certain industrial machinery, foreign companies now face a stark reality: they cannot easily source alternatives without incurring severe cost and delay. China is also leveraging its “dual circulation” strategy to shield its internal market while expanding outward through outward foreign direct investment, especially in Asia, Africa, and Latin America.

This phase of global impact is qualitatively different from earlier episodes. It is not limited to a few sectors but is amplifying across industrial ecosystems. Governments and multinational firms are being forced to consider supply chain resilience at a systemic level, not just for final products but for the foundational layers of manufacturing.

Strategic Perspectives: How Governments and Companies Are Responding

The response in advanced economies has been mixed and often contradictory. The United States has adopted a targeted industrial policy of its own, including subsidies for semiconductors, clean energy, and advanced manufacturing through the CHIPS and Science Act and the Inflation Reduction Act. The European Union has introduced instruments like the European Chips Act and the Green Deal Industrial Plan, alongside tougher foreign investment screening. Japan and South Korea have increased support for like-minded supply chains, often under the banner of economic security.

Yet these efforts remain modest compared to the scale of Chinese intervention. The report argues that the early warnings about Made in China 2025 went largely unheeded for years, and the response was insufficient. Decision-makers in government and business are now paying a higher price in competitiveness and strategic vulnerability. The lesson drawn by analysts is that credible intelligence on industrial policy must be matched by timely action—not necessarily full-scale subsidies, but at least accelerated investment in domestic capacities, diversification of supply chains, and international cooperation on common standards and commercial rules.

For companies, the strategic implications are profound. Multinational firms must now undertake a dual transformation: reassess their exposure to Chinese market subsidies and export thrust, and redesign global operations to reduce reliance on concentrated Chinese suppliers. This does not mean decoupling—the costs are too high—but rather a shift toward “de-risking” and resilience. Companies are increasingly being evaluated not only on market competitiveness but also on their ability to navigate industrial policy from multiple jurisdictions.

Future Outlook: The Next 3–10 Years

Looking ahead to 2030, several trends are likely to crystallise.

First, Chinese industrial policy will continue to expand in scope, particularly in artificial intelligence, quantum technologies, and energy transition. The push for technological self-reliance will intensify in advanced semiconductor manufacturing, where China faces the steepest barriers. AI adoption across China is likely to accelerate, creating economies of scale that may compensate for weaknesses in academic research and high-end hardware.

Second, global trade tensions will persist and may escalate. Manufacturing overcapacity in China is likely to become a recurring source of friction, prompting countervailing tariffs, anti-dumping actions, and new trade barriers. ‘The ’de-risking‘ agenda will shift from rhetoric to operational reality, especially as governments create new agencies to monitor supply chain dependencies and channel public investment into strategic industries.

Third, the international governance of state interventions will remain underdeveloped. The World Trade Organization’s rules on subsidies are ill-equipped to address the scale and sophistication of contemporary industrial policies. Pressures will build for new agreements on investment screening, technology sharing, and subsidy discipline, but political convergence is uncertain. Geoeconomic fragmentation may intensify, with competing blocks forming around different technology ecosystems and infrastructure standards.

Fourth, the effectiveness of China’s next-generation policy will depend on its ability to manage internal imbalances. If overinvestment and weak consumption persist, productivity growth could continue to slow, limiting the resources available for future innovation. The risk of declining returns from increasingly costly industrial support is real. Overestimating China’s capacity to dominate all fields would also be a mistake. Achievements in electric vehicles and batteries are not automatically replicable in every sector.

Finally, the role of emerging economies will become more central. Many developing countries are forging closer economic ties with China, accepting its products, investment, and technology as part of their own development strategies. At the same time, China’s export push places pressure on local industries, prompting a search for new models of cooperation and competition.

Conclusion

China’s next-generation industrial policy marks a structural transformation in the global economy. It is broader, deeper, and more consequential than its predecessor. Internal constraints and vulnerabilities may temper its achievements, but the momentum is clear: China is seeking to combine its scale advantages with state-driven coordination to secure leadership across entire ecosystems—from raw materials to emerging technologies. For the rest of the world, the era when industrial policy was the exception is over. The strategic challenge now is not to debate whether the state should intervene, but how governments and businesses can build durable advantages in an increasingly contested global economy without recreating the inefficiencies of earlier industrial policy eras. The decisions made in the next few years will determine whether the transition is managed through competitive innovation or through escalating, zero-sum rivalry.