China’s Next-Generation Industrial Policy: From Sectoral Targeting to an “Industrial Policy of Everything”

Beijing’s industrial strategy now reaches mature industries, foundational supply chain nodes, and frontier technologies such as artificial intelligence and quantum computing — a systemic shift with direct consequences for semiconductors, enterprise software, digital infrastructure, and global capital allocation.

Executive Summary

Roughly a decade after Made in China 2025 (MIC25) established localization targets across strategic emerging industries, China’s industrial policy is expanding rather than contracting. A Rhodium Group assessment commissioned by the U.S. Chamber of Commerce concludes that state intervention is becoming more systemic and pervasive, extending across all layers of production — from upstream inputs and industrial equipment to downstream applications, services, and frontier technologies.

Three structural developments define the shift:

• Scope. Policy now covers mature sectors and foundational supply chain nodes alongside frontier domains, a broadening the report characterizes as an “industrial policy of everything.”
• Method. Facing slowing growth, weak domestic demand, and rising fiscal pressure, Beijing is recentralizing financial resources — consolidating government guidance funds, steering bank lending through targeted facilities and regulatory guidance, and pruning redundant local subsidies — rather than reducing intervention.
• Global impact. Trade dominance and foreign dependence on Chinese supply chains are accelerating. The manufacturing goods surplus has roughly doubled since 2019 to approximately $2 trillion, a trajectory many observers describe as “China Shock 2.0.”

The report also documents internal strain: declining corporate profitability, weakening private investment, and slowing research and development growth in key sectors.

For technology executives, engineers, and investors, the practical implication is that competitive exposure is no longer confined to frontier industries. It now runs through the materials, components, equipment, services, and software layers that underpin enterprise technology stacks worldwide.

Introduction

Industrial policy debates have traditionally been organized around a narrow question: which sectors a government chooses to support. The Rhodium Group analysis suggests that framing has become inadequate for China. The distinguishing feature of the current phase is not the selection of new priority industries but the extension of state direction into nearly every major sector of the economy and the supply chains beneath them.

The historical record matters here. In late 2015, the U.S. Chamber of Commerce identified and translated the foundational planning document — commonly referred to as the “Green Book” — that set out the localization targets and strategic roadmap underpinning MIC25. Independent assessments published within months of one another by MERICS (2016), the European Union Chamber of Commerce in China (2017), and the U.S. Chamber of Commerce (2017) reached strikingly consistent conclusions: a state-backed competitor was being constructed across a wide range of advanced manufacturing industries, with implications for market structure and fair competition.

A 2025 Rhodium Group assessment commissioned by the U.S. Chamber found that outcomes tracked those original ambitions to a considerable degree. China reduced import dependencies, displaced foreign firms in parts of its domestic market, and built globally competitive positions in sectors including new energy vehicles and information and communications equipment. Significant gaps persisted in high-end semiconductors, advanced aerospace, and biomedicine.

The current report examines what comes next — and argues that the next phase is broader, more coordinated, and more consequential for global markets than the last.

Technology Context

Two shifts in the technology landscape frame the analysis.

First, the boundary between industrial policy and technology policy has effectively dissolved. Earlier rounds of intervention concentrated on manufactured goods and export capacity. Current frameworks treat mature sectors, foundational supply chain nodes such as critical minerals, wafers, and magnets, and frontier technologies as a single integrated system. China already holds dominant positions in several upstream segments, and the report indicates that policymakers are seeking to extend that position across a wider range of industrial products.

Second, frontier technologies are being treated as commercial programs rather than research programs. Artificial intelligence has emerged as a central pillar, alongside quantum computing and future energy systems. The distinguishing instrument is demand: public procurement and state-owned enterprises are being used to generate adoption of new products at scale. That represents a change in the leadership’s willingness to fund the commercialization of cutting-edge technologies, not merely their development.

This is significant for enterprise technology markets because it reframes competition along the entire stack. Compute hardware, industrial equipment, materials, enterprise software, and data services are increasingly connected through a single strategic logic.

Main Analysis

From targeted sectors to an industrial policy of everything

MIC25 addressed a defined set of strategic emerging industries. The current framework is broader in kind, not merely in degree. It extends across upstream inputs, industrial equipment, downstream applications, services, and frontier technologies simultaneously — a structure the report describes as an industrial policy of everything.

Beijing has not abandoned mature sectors. In industries facing overcapacity and severe price pressure, policy continues to support firms while pushing them toward higher-value segments and more advanced production technologies, with the objective of gaining market share and lowering production costs rather than reducing capacity.

Services move into scope

Services, relatively neglected in earlier rounds, are receiving more attention. The report points to visible gains in software, data processing, and drug development. For enterprise software and digital services vendors, this signals a market in which domestic capability building is increasingly aligned with state priorities, procurement, and industrial demand.

Demand creation as a policy instrument

The most consequential methodological change is the use of state demand to pull technologies into commercial scale. Public procurement and state-owned enterprises are positioned as early adopters, allowing new products to iterate against real deployment. For engineering organizations, this shortens the distance between laboratory prototypes and volume production — a compression that has historically been difficult to replicate outside large domestic markets.

Recentralization under fiscal constraint

The expansion is occurring in a more constrained macroeconomic environment: slowing growth, weak domestic demand, rising fiscal pressures, and declining efficiency of capital allocation. Rather than scaling back, Beijing is adapting through tighter coordination. Authorities are strengthening control over fiscal spending, bank lending, capital markets, and state investment funds. Government guidance funds are being consolidated and aligned more closely with national objectives; bank lending is increasingly steered through targeted relending facilities and regulatory guidance; and wasteful or redundant tax and fiscal subsidies are being eliminated, particularly at the local level.

The report notes that, after decades of liberalization, non-market considerations are being re-inserted into the operating logic of banks, state-owned enterprises, and investment markets. This may prolong the potency of industrial policy, but the report also flags long-term ramifications for economic vitality and efficiency.

A broadening policy carries internal costs

The analysis identifies a tension at the center of the strategy. Support that spans an ever-wider set of sectors risks diluting its effectiveness, while deepening state influence over financial markets may further reduce the efficiency of resource allocation. Evidence of strain is visible in declining corporate profitability, weakening private investment, and slowing R&D growth in key sectors. Over time, these dynamics could weigh on productivity and long-term growth potential even as they support near-term industrial gains.

Entrenchment and the “China Shock 2.0”

The global dimension has accelerated over the past three years. Sustained policy support combined with weak domestic demand has driven a rapid expansion of China’s manufacturing trade surplus, which has roughly doubled since 2019 to approximately $2 trillion — the result of both rising exports and successful import substitution. The report expects these trends to continue expanding.

Beijing is also increasingly deploying policy tools to entrench its position in global value chains and counter foreign diversification efforts. For multinational enterprises, that raises a structural question that is not resolved by tariff policy alone: how much of a given technology stack can be sourced, produced, or governed outside a single national industrial system.

Industry Impact

Enterprise technology. Corporate technology buyers face a procurement environment in which supplier concentration, component provenance, and geopolitical exposure become board-level considerations. Vendor risk assessment increasingly requires visibility beyond the first tier of the supply chain.

Software industry. Services and software are now within the scope of industrial policy. Chinese enterprise software, data processing, and drug development capabilities are being strengthened through a combination of domestic demand and state coordination, which affects competitive dynamics in export markets and in domestic procurement.

Semiconductors. China’s progress under MIC25 was uneven, with high-end semiconductors among the persistent gaps identified in the 2025 assessment. The current phase maintains pressure on those areas while extending support to adjacent nodes — wafers, critical minerals, magnets, and industrial equipment — where China already holds dominant positions.

Cloud computing and AI adoption. The shift toward demand creation through public procurement and state-owned enterprises is directly relevant to AI adoption economics. Deployment at scale generates data, iteration cycles, and cost reduction that are difficult to replicate across fragmented customer bases.

Investment. The recentralization of guidance funds, bank lending, and capital markets changes how capital is allocated inside China. For global investors, it also changes how supply chain exposure is priced, and how deep technology assets outside China are valued as strategic alternatives.

Startups and venture capital. State-directed demand can accelerate commercialization for firms aligned with national priorities, while weakening the market signals that venture investors typically rely on. The report’s observation of weakening private investment and slowing R&D growth in key sectors is a relevant counterweight to narratives of uniform state success.

Engineering. The emphasis on upgrading production technologies in mature industries, rather than retiring capacity, places a premium on process engineering, manufacturing equipment, and materials science — disciplines that underpin frontier products but are often overlooked in technology coverage.

Digital infrastructure. Data processing, compute capacity, and energy systems are treated as connected strategic domains. The inclusion of future energy systems alongside AI and quantum suggests infrastructure planning is being integrated with technology policy rather than treated as a separate function.

Business productivity. Import substitution and domestic competition can lower input costs for Chinese firms while raising switching costs and compliance burdens for foreign enterprises operating in or sourcing from China.

Technology governance. The report’s account of tools designed to counter foreign diversification strategies indicates that industrial policy and technology policy are converging globally. Export controls, investment screening, data governance, and standards-setting are becoming instruments of the same competition.

Innovation ecosystems and global competitiveness. The assessment implies that the relevant unit of competition is not a single company or sector but an integrated production system spanning materials, equipment, components, software, and demand. Economies that respond sector by sector may find themselves structurally disadvantaged.

Strategic Insights

Technology maturity. China’s frontier programs — AI, quantum, future energy — are being pushed toward commercialization faster than their underlying technological maturity would ordinarily support. State demand can accelerate deployment; it cannot by itself resolve fundamental technical constraints. The persistent gaps in high-end semiconductors identified in the 2025 assessment illustrate the limits of mobilization against deeply layered technical problems.

Commercial adoption. The demand-creation mechanism is among the most transferable insights of the report. Procurement-led adoption shortens feedback loops between engineering and deployment, which is a durable source of advantage in fields where iteration speed determines cost curves.

Enterprise strategy. Multinational technology firms should treat supply chain mapping, dual sourcing, and supplier provenance as ongoing functions rather than periodic exercises. The report’s finding of expanding foreign dependence suggests that diversification decisions made today will shape negotiating positions for a decade.

Investment trends. Capital allocation inside China is being redirected toward national objectives through consolidated guidance funds and steered lending. Outside China, the strategic premium on deep technology — semiconductors, advanced materials, industrial software, energy systems — is likely to persist as a direct consequence.

Competitive dynamics. The report describes a policy apparatus designed both to extend domestic capability and to make foreign diversification more difficult. That combination implies competition in which cost leadership, scale, and policy support interact, and in which responses limited to trade measures may prove insufficient.

Engineering challenges. The most demanding technical problems — advanced lithography, aerospace systems, biomedicine — remain the least responsive to state coordination. This asymmetry is a useful guide to where competitive advantage is genuinely defensible.

Market evolution. Mature industries facing overcapacity are being pushed toward higher-value segments rather than consolidated. The result is continued price pressure in global markets alongside capability upgrading in specific segments.

Technology policy. The report’s central warning is structural: credible analysis of the trajectory has been available for a decade, and the window for effective response is finite. Industrial policy responses in other economies — subsidies, controls, procurement programs — now operate in a competitive environment rather than a unilateral one.

Infrastructure development. Compute, energy, and data processing are being planned as a single system. Infrastructure investors should expect technology policy considerations to shape demand forecasts and siting decisions.

Emerging opportunities. For non-Chinese suppliers, the report implies durable demand for alternatives in materials, equipment, and software where concentration risk is now recognized. For enterprise buyers, it implies a market for supply chain intelligence, provenance verification, and compliance tooling.

Long-term leadership. The report does not present a uniform picture of success. It presents a state-directed campaign that achieved many core objectives while falling short in the most technologically demanding sectors — a result that argues for evidence-based assessment over either alarm or complacency.

Future Outlook

Over the next five to ten years, several trajectories outlined in the report are likely to shape the technology landscape.

Artificial intelligence and enterprise AI. AI is positioned as a central pillar supported by procurement and state enterprise adoption. The relevant question for global markets is not whether capability advances, but how quickly deployment at scale translates into cost advantages in industrial applications.

Semiconductors. High-end logic and advanced manufacturing equipment remain the hardest problems. Progress is likely to be uneven, concentrated in adjacent nodes — materials, packaging, mature-node capacity — where China’s position is already strong.

Quantum computing and future computing. Quantum and future energy systems are being treated as opportunities to pull ahead in disruptive technologies, with the full economic system mobilized to gain footholds. Commercial timelines remain uncertain, and the report does not project specific outcomes.

Cybersecurity and digital trust. As supply chains become instruments of strategy, provenance, integrity, and trust in hardware and software components become security questions rather than procurement preferences.

Cloud and digital infrastructure. Data processing capacity is being expanded alongside industrial upgrading. Expect continued integration of compute, energy, and manufacturing planning.

Robotics and industrial automation. The push to upgrade production technologies in mature industries implies sustained demand for automation, industrial equipment, and process technology.

Startup ecosystems and venture capital. State-aligned commercialization may narrow the space for independent market-driven ventures in some sectors while creating opportunities in others. The report’s evidence of weakening private investment suggests the outcome is not predetermined.

Global technology leadership. The report’s conclusion is that industrial policy has become systemic on both sides of the competition. The next decade is likely to be defined less by the emergence of a single dominant technology than by the integration of materials, equipment, software, demand, and policy into coherent national production systems.

Conclusion

China’s next-generation industrial policy is not a continuation of MIC25 at larger scale. It is a different architecture: broader in scope, more coordinated in financial execution, and more deliberate in using state demand to commercialize frontier technologies. The report’s evidence supports two conclusions simultaneously — that the strategy has produced substantial industrial gains, and that it carries internal costs in profitability, private investment, and resource allocation efficiency.

For technology executives, investors, and policymakers, the actionable content lies in the specifics: a manufacturing trade surplus that has roughly doubled since 2019 to approximately $2 trillion; a policy apparatus extending from critical minerals and wafers to AI, quantum, and energy systems; and tools designed to entrench value chain positions while complicating foreign diversification. The strategic premium now sits on visibility — knowing where a technology stack is produced, who controls its inputs, and how quickly the answer can change.

Key Takeaways

• China’s industrial policy has shifted from targeted sectoral support to a systemic approach spanning mature industries, foundational supply chain nodes, services, and frontier technologies.
• Services including software, data processing, and drug development now receive policy attention that earlier rounds largely withheld.
• Public procurement and state-owned enterprises are being used to create demand for frontier technologies such as AI, marking a move toward funding commercialization.
• Fiscal constraint has produced recentralization — consolidated guidance funds, steered bank lending, and reduced local subsidies — rather than reduced intervention.
• The manufacturing goods surplus has roughly doubled since 2019 to about $2 trillion, deepening foreign dependence on Chinese supply chains.
• The report identifies internal strain: declining corporate profitability, weakening private investment, and slowing R&D growth in key sectors.
• High-end semiconductors, advanced aerospace, and biomedicine remain areas where the technological gap has not been closed.
• For enterprises, supply chain provenance and concentration risk are now core strategic and security considerations.

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Artificial Intelligence; Enterprise AI; Technology Innovation; Cloud Computing; Semiconductors; Digital Transformation; Enterprise Software; Startup; Venture Capital; Deep Tech; Developer Platform; Data Center; Cybersecurity; Digital Infrastructure; Innovation Ecosystem; Quantum Computing; Business Technology; Future Computing; Technology Strategy; Global Innovation.

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Sources

• Rhodium Group, “China’s Next-Generation Industrial Policy,” commissioned by the U.S. Chamber of Commerce — https://rhg.com/research/chinas-next-generation-industrial-policy
• Rhodium Group / U.S. Chamber of Commerce, “Was Made in China 2025 Successful?” (May 2025) — https://www.uschamber.com/international/report-was-made-in-china-2025-successful
• Reference content also cites earlier assessments by MERICS (2016), the European Union Chamber of Commerce in China (2017), and the U.S. Chamber of Commerce (2017), as summarized in the source report.