Introduction

China presents Military-Civil Fusion (MCF) as a modernization imperative, but beneath the rhetoric, it follows the deeper logic of the Chinese Model: reform is permitted only within boundaries the Party can fully supervise. While framed as a strategy to enhance efficiency and national strength, MCF is not a neutral innovation policy but rather a governance architecture designed to expand China's technological capacity while embedding Party authority across civilian and military domains.

MCF is the Chinese Communist Party's (CCP) response to a structural tension of its own making. China relies on market dynamism and rapid technological innovation to sustain its development, yet the Party cannot allow these sectors to evolve into independent centers of power. MCF addresses this tension by stitching the People's Liberation Army (PLA), civilian industries, private technology firms, and local governments into a system coordinated through national-level leadership bodies and integrated planning mechanisms. In practice, it channels the most innovative parts of China's economy into a politically subordinated ecosystem, open enough to generate technological breakthroughs, but closed enough to prevent autonomous actors from emerging.

This matters because it reframes China's pursuit of technological leadership and self-sufficiency not as a purely economic trajectory, but as a political strategy. MCF illustrates how the CCP manages modernization under authoritarian constraints by creating institutions that appear to liberalize inputs like market participation and talent mobility while simultaneously tightening centralized oversight through unified leadership and coordination structures. At the same time, the highly centralized oversight mechanisms that make MCF politically reliable raise questions about whether such a system can sustain the flexible coordination and risk tolerance required for long-term innovation. This is an issue with direct implications for China's domestic trajectory and for how the United States assesses both the effectiveness and limits of MCF.

MCF Internal Architecture and Incentives

Military-civil fusion represents a strategic repurposing of earlier civilian-military integration efforts into a comprehensive governance and industrial architecture designed to capture the gains of China's advanced civilian science and technology sectors for military modernization. Manhas and Yadav (2024, pp. 50-53) note that, rather than functioning as a loose framework for cooperation, MCF reorganizes civilian innovation and industrial capacity into a centralized, system-wide strategy aligned with the CCP's objectives for rapid PLA modernization and technological self-sufficiency. In this sense, MCF is less about bridging two previously separate spheres than about rerouting existing sources of innovation into a unified political and military command structure.

At the core of this architecture is the Central Commission for Military-Civil Fusion Development (CCMCFD), chaired by Xi Jinping, which coordinates policy direction across senior Party, military, state, and industrial institutions. Through a network of subordinate working groups and coordination mechanisms, the CCMCFD links ministries such as the Ministry of Science and Technology and the Ministry of Industry and Information Technology with state-owned enterprises and private technology firms. This hierarchical structure allows the Party to set priorities and monitor compliance across sectors, maintaining centralized oversight over innovation pathways (Manhas and Yadav, 2024, pp. 50-53).

MCF operationalizes this control by prioritizing civilian participation in research and development (R&D), particularly in strategic domains such as artificial intelligence (AI), advanced manufacturing, biotechnology, space, cyber, and quantum technologies. By granting the PLA access to civilian research outputs and facilitating their modification for military use, MCF seeks to compensate for inefficiencies within China's traditional defense-industrial base while accelerating technological acquisition (Manhas and Yadav, 2024, pp. 50-53). However, this access is governed by an expanding web of regulatory frameworks and policy incentives that subordinate civilian actors to national security objectives rather than market logic.

These governance structures are reinforced through industrial consolidation and infrastructure development, including dual-use transportation and logistics projects often associated with broader national incentives such as the Belt and Road. The aggressive integration of state-owned enterprises and defense entities further reduces institutional boundaries, ensuring that technological breakthroughs in ostensibly civilian domains can be rapidly absorbed into military planning and procurement systems. In effect, MCF functions as the organizational and legal architecture through which the Party harvests independent innovation capacity while limiting the emergence of autonomous actors.

While this architecture enhances the CCP's ability to mobilize resources and align innovation with strategic priorities, it also reflects an underlying assumption that China's competitive disadvantage can be resolved through mandated integration rather than institutional reform. As Evron's (2021) analysis of military procurement suggests, MCF expands access to research inputs but does not eliminate entrenched inefficiencies within hierarchical systems characterized by political oversight and compliance-driven incentives. This tension between centralized control and adaptive innovation lies at the heart of MCF's internal logic and foreshadows challenges that extend beyond its immediate gains.

Operationalizing Fusion in Strategic Technologies

Military-civil fusion moves from abstraction to practice most clearly through changes in procurement and mobilization rather than through isolated breakthroughs. As Evron (2021) observes, MCF has increasingly drawn civilian actors into logistics and support roles traditionally reserved for the military, effectively extending China's defense-industrial base into the civilian economy under peacetime conditions. This shift reflects a broader effort to treat civilian innovation capacity as latent wartime infrastructure, allowing the PLA to access emerging technologies and logistical support without the constraints of formal mobilization.

Institutional reforms to China's military acquisition system have reinforced this logic. The transfer of procurement authority from civilian industrial bodies to PLA-controlled institutions, and later to the Central Military Commission, centralized bargaining power over suppliers and aligned weapons development more closely with operational priorities. By restructuring R&D pipelines and consolidating oversight through bodies such as the Equipment Development Department, the PLA has sought to reduce its dependence on monopolistic defense suppliers while increasing leverage over civilian firms and research institutions engaging in dual-use innovation (Evron, 2021).

This operational logic is evident in China's pursuit of advanced military capabilities across strategic domains. Nan (2025) highlights recent demonstrations of sixth-generation fighter prototypes, carrier-based electromagnetic catapult systems, hypersonic weapons, unmanned aerial vehicle swarms, and space-based platforms as part of a broader effort to narrow gaps with Western defense-industrial complexes by accelerating the transition from civilian research to military application. These advances are supported by top-down investment funds, partnerships with strategically aligned universities, and the integration of private firms into defense-related research programs, an approach that mirrors wartime-style national mobilization of scientific and economic resources.

At the same time, emerging procurement data suggests that while MCF has broadened participation in defense innovation, it has not displaced centralized control. Analysis of nearly 3,000 AI-related contract awards issued by the PLA between 2023 and 2024 shows that state-owned enterprises and defense-affiliated research institutions remain dominant recipients, even as a growing number of nontraditional vendors and universities enter the system (McFaul et al., 2025). This pattern highlights a key feature of MCF's operational design: expanding access to innovation inputs while retaining hierarchical authority over priority-setting and integration. The result is a procurement ecosystem that appears increasingly inclusive but remains structurally disciplined.

Frohman and Rausch (2025) argue that persistent shortcomings, including corruption and limited combat experience, continue to shape elite confidence in the PLA's readiness, despite notable progress toward the CCP's long-term goal of building a "world-class" military by midcentury. These limitations underscore the central tension embedded within MCF's operational model. By relying on mandated integration and centralized oversight to overcome perceived inefficiencies, the Party enhances its capacity to mobilize innovation while simultaneously reproducing incentive structures that privilege compliance and performance signaling over adaptability. This tension sets the stage for deeper bureaucratic distortions that complicate MCF's effectiveness as a sustained innovation strategy.

Compliance, Distortion, and the Limits of Mandated Integration

At the core of these distortions is a structural contradiction: the mechanisms designed to strengthen centralized control through supervision systematically weaken substantive control in practice. As political oversight expands, actors respond to incentive structures rather than functional or technological priorities. The result is compliance signaling rather than genuine coordination, as inefficiencies are reorganized rather than resolved.

Aspirational Integration to Enforced Participation

While MCF is designed to break down barriers between China's defense sector and its commercial technology base, early assessments emphasized that its implementation remained constrained by institutional friction rather than seamless integration. By 2021, progress had been uneven and localized, with limited advances in select dual-use and high-technology areas rather than system-wide change. Analysis by Kania and Laskai (2021) characterized MCF as primarily "aspirational," noting that China's defense industry continued to be dominated by state-owned enterprises that were originally and culturally insulated from the country's more dynamic private economy. As a result, only a limited number of private firms were able to participate meaningfully in defense projects, with firms encountering opaque procurement processes and regulatory hurdles. These findings highlighted the depth of institutional barriers that MCF was designated, but not yet able, to overcome.

Since those earlier assessments, MCF has expanded materially in scale, most visibly through the rapid growth of state-directed science and technology funding. Luong (2024) documents that in 2022, China reported a 10 percent year-on-year increase in R&D spending, surpassing $421 billion, as Beijing intensified efforts to mobilize innovation across strategic sectors. Subsequent reforms centralized research funding and tied access more directly to applied, state-defined priorities, raising the political stakes of research activity by linking large pools of capital to compliance with centrally articulated objectives. This shift reflects a transition from aspirational coordination toward enforced participation, even as underlying institutional frictions persist.

Funding Expansion and Policy Distortions

Industrial policy initiatives further reinforced these dynamics by expanding participation while narrowing discretion. By 2023, China had designated 12,756 firms as "Little Giants," signaling their strategic importance and unlocking preferential access to subsidies and national science and technology projects (Luong, 2024). Between 2020 and the mid-2020s, more than $1.4 billion in direct grants and subsidies were allocated to early batches of these firms, while over 1,500 companies received additional funding through national projects, attracting substantial venture capital and private equity funding since 2018. However, the rapid influx of capital frequently outpaced local industrial capacity, incentivizing firms to prioritize political visibility and eligibility criteria rather than demonstrated technology maturity or market viability.

State influence over nominal private firms further compounds these distortions. Under MCF, the Party-state embeds itself within corporate governance through government-guided funds, minority equity stakes, partial ownership by state-owned enterprises, and defense procurement contracts. This model is particularly effective in dual-use sectors such as AI, where commercial systems can be readily adapted for military applications. At the same time, regulatory signaling mechanisms, such as capital "traffic light" systems, steer private investment toward politically favored sectors, compressing the range of acceptable commercial behavior even in ostensibly competitive markets (Luong, 2024). The result is an innovation ecosystem that is increasingly expansive while remaining structurally disciplined by central authority.

These governance mechanisms generate scale, but they also introduce systematic inefficiencies. Evidence of broader overinvestment trends reinforces this pattern: a 2024 survey by the European Union Chamber of Commerce in China found that 36 percent of firms already report overcapacity, with majorities in sectors such as industrial machinery (55 percent) and automotive manufacturing (62 percent) anticipating further excess capacity (Gunter et al., 2025). Evidence of waste and misallocation further highlights the limits of mandated integration, as reports on the implementation of government guidance funds indicate that many localities established AI development funds despite having few viable AI firms capable of absorbing investment. This mismatch has resulted in underutilized capital and coordination failures (Luong, 2024). In such environments, the rational response for firms and local officials is often to signal compliance through nominal projects or rapid designation-seeking rather than to absorb the risks associated with genuine technological experimentation.

Despite the scale of state-directed investment and oversight associated with MCF, the policy lacks a clear legal mechanism compelling universal participation. As Kanai and Laskai (2021) observed, no statute mandating compulsory involvement in military-civil fusion currently exists, and efforts to formalize such authority through MCF-specific development laws have progressed slowly, reflecting unresolved legal and institutional complexities. As a result, implementation relies less on coercion than incentives and negotiated compliance. Even under expansive national security legislation, firms retain latitude in how and when they respond to state demands, often delaying or selectively complying when requests conflict with commercial interests (Kania & Laskai, 2021). This dynamic reveals a critical constraint of mandated integration: while the party-state can exert pressure in individual cases, it has struggled to generate the conditions necessary for sustained system-wide collaboration across complex technological ecosystems.

Discipline and Institutional Fragility

Persistent corruption within the defense sector further underscores the structural constraints of mandated integration. Frohman and Rausch (2025) show that earlier efforts under Jiang Zemin to secure PLA loyalty through commercial autonomy generated entrenched financial interests in exchange for "conditional compliance," which only proved resistant to later divestment and reform under Hu Jintao. Xi Jinping's subsequent anti-corruption campaigns and purges of senior military officers reflect renewed attempts to reassert Party discipline, but they also reveal enduring principal-agent problems within the system.

Jaramillo and Donmoyer (2025) document how these challenges were underscored at the Fourth Plenum of the 20th CCP Central Committee, where nine senior PLA officials, including two members of the Central Military Commission, were expelled for corruption and abuse of power. Such high-level interventions illustrate how intensified political oversight can coexist with persistent implementation problems, disrupting institutional continuity while failing to eliminate incentive distortions. As a result, heightened discipline campaigns risk reinforcing risk aversion and performance falsification rather than correcting the governance failures they seek to address. These dynamics undermine the adaptive experimentation MCF is intended to promote. In this sense, MCF has addressed problems of scale and access while reproducing governance tensions that continue to complicate sustained innovation.

External Perceptions and Strategic Response

As China has operationalized military-civil fusion as a governance architecture, it has also reshaped how the strategy is perceived and contested externally, particularly within U.S. strategic circles. Liu (2022) shows that U.S. policymakers and security institutions largely interpret MCF as a deliberate state-led effort to accelerate military modernization by leveraging access to global innovation ecosystems, especially through dual-use technologies. Within this framing, MCF is not viewed as a benign development model but as a strategic mechanism designed to erode U.S. technological and military advantages through channels such as overseas venture capital, academic exchanges, talent recruitment, and commercial acquisitions. This perception has driven a broad U.S. response characterized less by engagement than by suppression, including export controls, investment restrictions, visa scrutiny, and the blacklisting of Chinese firms and research institutions deemed connected to China's military-industrial base (Liu, 2022).

At the same time, Liu (2022) cautions that these suppression-oriented responses risk generating significant backlash for the United States itself. Broad trade blacklists and investment prohibitions, including expanded investment reviews under the 2018 Foreign Investment Risk Review Modernization Act (FIRRMA) and direct bans on U.S. investors holding securities in designated Chinese Military-Industrial Complex (CMIC) firms, can foreclose access to potentially lucrative markets and sources of commercial innovation. These measures may create a chilling effect on U.S. firms, discouraging engagement even in legally permissible sectors due to regulatory uncertainty and heightened compliance risks. In parallel, visa restrictions and increased scrutiny of Chinese students and researchers, particularly in STEM fields, may further weaken U.S. competitiveness by deterring highly skilled individuals from studying or working in the United States, contributing to talent diversion rather than measurable security gains (Liu, 2022; Kania & Laskai, 2021).

Liu (2022) further argues that technology suppression strategies may yield unintended consequences by accelerating the very outcomes they seek to prevent. Sanctions restricting China's access to critical technologies, such as advanced semiconductors, risk intensifying Beijing's drive toward full technological independence, prompting massive state investment in domestic research and development to eliminate reliance on foreign suppliers. Disruptions to global supply chains and the construction of international "coalitions of caution" may accelerate technological decoupling from Western ecosystems, reducing China's vulnerability to future U.S. pressure. Compounding these challenges, the persistent legal ambiguity between China's military and civilian sectors complicates enforcement, making it difficult for U.S. customs and regulatory agencies to precisely target military-relevant activities without sustaining collateral damage. In this sense, Liu does not suggest that restraint or vigilance is unwarranted; rather, he cautions that strategies driven by threat perception alone risk overshooting their objectives, transforming necessary caution into overreaction and ultimately eroding the economic and technological advantages the U.S. seeks to preserve over the long-term (Liu, 2022).

Conclusion

Military-Civil Fusion can be best understood not as a seamless extension of Party control into the civilian economy, but as an effort to manage the CCP's own institutional vulnerabilities under conditions of modernization. Presented as a rational integration strategy, MCF is in fact a political response to uncertainty, an attempt to discipline innovation and align incentives to prevent technological dynamism from generating actors the Party cannot reliably supervise. In this sense, MCF is a control mechanism by design, but one whose effectiveness varies across sectors and implementation contexts.

Empirically, MCF has produced genuine technological and military advances, but those gains have emerged unevenly and only by sifting through inefficiency, partial compliance, overproduction, and institutional resistance rather than through seamless or total control. The CCP has been able to mobilize resources and accelerate select capability development across previously fragmented institutional domains, yet these gains coexist with distorted incentives and persistent coordination breakdowns. Mandated integration often produces compliance signaling rather than genuine collaboration, overinvestment in technological depth and capacity expansion without corresponding improvements in quality or adaptability. These outcomes reflect not an implementation failure, but the structural limits of governing innovation through hierarchical oversight and politically conditioned incentives.

MCF therefore exposes a deeper tension within the Chinese Model itself. The Party's capacity to compel participation does not translate cleanly into the capacity to govern complex technological ecosystems. Compliance can be coerced or incentivized, but innovation cannot be fully scripted without distortion. The resulting system is neither fully autonomous nor fully controlled: it is expansive yet brittle, disciplined yet vulnerable to misallocation and risk aversion. Rather than eliminating uncertainty, MCF redistributes it, embedding instability within the very mechanisms designed to manage it.

This dynamic carries important implications for external assessments of China's technological and military trajectory. Interpreting MCF as evidence of totalizing Party control risks overstating Beijing's capacity for coordination while understating the friction and adaptation occurring within the system itself. At the same time, dismissing MCF because of its inefficiencies misses its real significance as a governance compromise, one that has delivered uneven but meaningful gains while reinforcing the political constraints that shape China's long-term innovation potential.

Ultimately, MCF is neither a model of omnipotent state control nor a failed integration project. It is a revealing case of authoritarian governance under strain: a system that works just well enough to advance strategic objectives, yet imperfect enough to expose the limits of centralized control in an era where innovation increasingly resists command. Understanding MCF in these terms allows for a more precise assessment of both its successes and its vulnerabilities and avoids mistaking ambition for inevitability or uniform success.

References

• Evron, Y. (2021). China's military-civil fusion and military procurement. Asia Policy, 16(1), 25-44. https://doi.org/10.1353/asp.2021.0002
• Frohman, B., & Rausch, J. (Eds.). (2025). The PLA's long march toward a world-class military: Progress, ambitions, and obstacles. National Bureau of Asian Research. https://www.nbr.org/...
• Gunter, J., Brown, A., Chimits, F., Hmaidi, A., Vasselier, A., & Zenglein, M. J. (2025, April 1^st). Beyond overcapacity: Chinese-style modernization and the clash of economic models. Mercator Institute for China Studies. https://merics.org/...
• Jaramillo, E., & Donmoyer, M. (2025, November 19^th). Military purges at China's fourth plenum have implications for readiness. The Center for Naval Analyses. https://www.cna.org/...
• Kania, E. B., & Laskai, L. (2021). Myths and realities of China's military-civil fusion strategy. Center for New American Security [CNAS]. https://www.cnas.org/...
• Liu, J. (2022). Meiguo zhanlüe jie dui Zhongguo "junmin ronghe" fazhan zhanlüe de renzhi, daya ji yingxiang [Cognition, suppression and influence of American strategic circles on China's "military-civil fusion" development strategy]. Fudan Xuebao (Shehui Kexue Ban), (4), 192-204. https://login.libweb...
• Luong, N. (2024, February 1^st). Panel III: Current and emerging technologies in U.S.-China economic and national security competition [Testimony]. U.S.-China Economic and Security Review Commission. https://www.uscc.gov/...
• Manhas, N. S., & Yadav G., H. (2024). China's Military-Civil Fusion from Mao to Xi: A Long Roadmap. Journal of Polity and Society, 16(1). https://journalspoliticalscience.com/...
• Mcfaul, C., Bresnick, S., & Chou, D. (2025). Pulling back the curtain on China's military-civil fusion. How the PLA Mobilizes Civilian AI for Strategic Advantage. Center for Security and Emerging Technology [CSTE]. https://cset.georgetown.edu/...
• Nan, H. (2025, May 7^th). China's military-civil fusion: A challenge to the US military-industrial complex? ThinkChina. https://www.thinkchina.sg/...