Greater integration will spur innovation and cultivate new engines of growth

China is embarking on a significant strategic initiative to deepen military-civil integration, a move explicitly designed to strengthen national innovation capabilities, cultivate new engines of economic growth, and bolster its high-tech industries. This directive, articulated in a recent State Council guideline, underscores a concerted effort to leverage military technologies for civilian applications and to open the defense sector to broader private sector participation. The overarching goal is to transform the nation’s economic structure, enhance its industrial competitiveness, and ensure a robust national defense posture in an increasingly complex global landscape.

The comprehensive guideline, officially released by the State Council, China’s Cabinet, on a Monday in late 2017, outlined seven key tasks aimed at intensifying this integration within the defense technology industry. At its core, the policy seeks to dismantle long-standing institutional barriers that have traditionally separated China’s military and civilian sectors, thereby unlocking the vast potential of technological synergy. A critical focus of this integration involves the systematic sharing of technological innovation bases and facilities between military and civilian entities. Concurrently, substantial efforts are being directed towards applying advanced military technologies to non-military areas, fostering a robust dual-use technology ecosystem that can yield benefits across various economic sectors.

A National Strategy: Background and Evolution of Military-Civil Fusion

The push for military-civil integration, often referred to as Military-Civil Fusion (MCF) in China, is not a sudden policy shift but rather the culmination of years of strategic planning and an elevated national priority. Historically, China’s defense and civilian industries operated largely in silos, a legacy of its planned economy era. This separation often led to duplicated research efforts, inefficient resource allocation, and a substantial portion of military-developed intellectual property remaining uncommercialized or underutilized. Recognizing this inefficiency, the Chinese leadership began to systematically address these structural challenges.

The concept gained significant traction and was formally elevated to a national strategy under President Xi Jinping. In 2015, the Central Military Commission (CMC) established a dedicated commission for military-civil fusion, signaling the highest level of commitment to this agenda. This was followed by President Xi’s direct pronouncements in 2016, where he emphasized MCF as a national imperative, crucial for both economic development and national security. The strategy posits that by breaking down barriers between military and civilian sectors, China can achieve greater innovation, efficiency, and resilience in both its economy and its defense capabilities. This involves not only transferring military technologies to civilian use but also encouraging civilian enterprises, particularly in high-tech fields, to contribute to defense modernization.

The recent State Council guideline builds upon previous policy pronouncements and aims to provide more granular directives for implementation. For instance, in June 2017, the General Office of the State Council released a guideline focused on civil aviation development, which included significant reforms such as opening airspace below 3,000 meters in altitude. This earlier move was indicative of the broader integration strategy, aiming to stimulate growth in related industries like cybersecurity and satellite navigation by easing restrictions and fostering private sector participation. The current guideline deepens these efforts by providing a more comprehensive framework for the defense technology industry specifically.

Key Pillars of the Integration Strategy

The State Council’s guideline outlines several critical areas of focus to achieve its ambitious integration objectives:

1. Strengthening High-Tech Industries with Military Technologies: A primary task is to identify and nurture high-tech industries that can directly benefit from military-grade research and development. This includes areas where military applications have historically driven cutting-edge advancements, such as advanced materials, precision manufacturing, artificial intelligence, and sophisticated sensor technologies. The goal is to facilitate the transfer and adaptation of these technologies for commercial products and services, thereby creating new industrial ecosystems and enhancing overall technological sophistication.

2. Sharing Technological Innovation Bases and Facilities: The guideline emphasizes the establishment of shared infrastructure for research and development. This means military and civilian entities will be encouraged to co-locate, collaborate on projects, and jointly utilize advanced laboratories, testing facilities, and supercomputing resources. Such shared platforms are designed to reduce redundant investments, foster interdisciplinary collaboration, and accelerate the pace of innovation by pooling expertise and resources.

3. Applying Military Technologies to Non-Military Areas: This is a core tenet of dual-use technology development. The policy seeks to systematically identify military technologies with high potential for civilian applications. Examples range from advanced navigation systems finding use in logistics and autonomous vehicles, to sophisticated imaging technologies being adapted for medical diagnostics or environmental monitoring. The guideline aims to streamline the process of technology transfer and commercialization, ensuring that breakthroughs in defense research translate into tangible economic benefits.

4. Focusing on Key Strategic Domains: The integration strategy specifically targets critical national security and economic development areas. Space, cyberspace, and maritime sciences are highlighted as paramount. In the space sector, this could involve leveraging military satellite technology for civilian communication, earth observation, and navigation services. In cyberspace, defense-grade cybersecurity solutions could be adapted for protecting critical civilian infrastructure and data. For maritime sciences, military expertise in underwater acoustics, robotics, and remote sensing could spur innovation in ocean exploration, resource management, and marine transportation.

5. Encouraging Private Capital into Military Industries: A significant departure from past practices, the guideline actively encourages private capital to invest in the defense industry. This opens new avenues for private enterprises to participate in defense procurement, research, and manufacturing. By attracting private investment, the government aims to inject vitality, innovation, and market efficiency into a sector traditionally dominated by state-owned enterprises. This also provides private companies with opportunities to access high-value contracts and advanced technologies.

6. Streamlining Market Access and Enhancing Transparency: To facilitate greater private sector involvement, the guideline proposes significant administrative reforms. Shi Haiming, an associate professor at the National University of Defense Technology, noted that the guideline would shift pre-entry approvals to post-entry reviews for most defense-related businesses, significantly lowering the administrative burden. Exceptions would be made only for industries linked to strategic weapons. This move is designed to streamline administrative processes, make market entry more accessible, and increase transparency in defense procurement and collaboration. This also helps reduce institutional costs for private enterprises.

7. Building Better Platforms for Integration: Beyond regulatory changes, the guideline calls for the creation of robust platforms to actively promote military-civil integration. These platforms could take various forms, including dedicated industrial parks, technology transfer centers, and investment funds specifically designed to bridge the gap between military and civilian innovation. Such initiatives aim to provide a supportive ecosystem for collaboration, knowledge exchange, and commercialization.

Economic and Strategic Implications

The potential economic benefits of this intensified integration are substantial. Jiang Luming, a professor at the National Defense University of the People’s Liberation Army, pointed out that China possessed approximately 290,000 national defense intellectual property rights that were not being utilized due to the historical separation of military and civil industries. Unleashing this latent innovation, he argued, could lead to breakthrough technologies in critical areas such as advanced engines and aluminum alloy materials. These advancements could help address issues like industrial overcapacity in traditional sectors and drive the transformation of China’s economy towards higher value-added industries.

The strategy is also viewed as a critical component of China’s broader supply-side structural reform, which aims to improve the quality and efficiency of economic growth by focusing on innovation, consumption, and reducing industrial overcapacity. By fostering high-tech industries and leveraging military innovations, China seeks to shift its economic model away from reliance on heavy industry and export-led growth towards a more innovation-driven, sustainable future. Long Hongshan, chief engineer at the State Administration of Science, Technology and Industry for National Defense (SASTIND), highlighted that currently, 30 percent of products from China’s military companies serve military purposes, with the remaining 70 percent being for civilian use. He projected that in the future, high-tech industries would encompass half of the military-related economy, signaling a significant shift towards advanced manufacturing and services.

The global precedent for military-civil integration is well-established. Jiang Luming observed that in countries such as the United States, the United Kingdom, and Germany, less than 15 percent of military technologies are solely for defense purposes, with over 80 percent finding applications in the civilian sector. Examples abound: the US aerospace giant Boeing, known globally for its advanced military aircraft, also sells billions of dollars worth of civil aviation aircraft to China annually. Similarly, Japanese multinational corporations like Toshiba and Mitsubishi maintain departments dedicated to military orders while also being dominant players in diverse civilian markets. This global trend underscores the efficiency and innovation benefits derived from a synergistic approach between defense and civilian industrial bases.

Lu Guangshan, chairman of the Avionics System Co under the Aviation Industry Corporation of China (AVIC), underscored the military industry’s pivotal role in pioneering cutting-edge technologies and driving breakthrough innovations. He cited the example of virtual reality headsets, which were initially developed for fighter jet helmets. His company, leveraging this foundational technology, has since diversified into six civilian industries, including virtual reality products, drones, robotics, and smart wearables. This illustrates the direct path from military research to commercial innovation that the guideline seeks to amplify.

Broader Impact and Future Outlook

The intensified military-civil integration is expected to have far-reaching impacts across various facets of Chinese society and its global standing. Economically, it promises to stimulate job creation in high-tech sectors, foster indigenous innovation, and reduce China’s reliance on foreign technology in critical areas. By diversifying the economic base and pushing for higher value-added production, it aims to enhance China’s overall industrial resilience and competitiveness on the global stage. For local governments, the encouragement for military companies to collaborate locally and leverage their expertise is anticipated to spur regional economic growth and create new employment opportunities, as stated by Long Hongshan.

From a national defense perspective, the integration is crucial for maintaining a technological edge and enhancing overall military capabilities. By drawing on the dynamism and innovation of the private sector, the People’s Liberation Army (PLA) can potentially access more diverse and rapidly evolving technologies, improve cost-efficiency in procurement, and foster a more agile defense industrial base. The strategy aims to ensure that the PLA remains at the forefront of military technological advancements, capable of addressing modern security challenges.

However, the implementation of such an ambitious strategy is not without its challenges. Overcoming bureaucratic inertia, ensuring fair competition between state-owned and private enterprises, protecting intellectual property rights, and balancing national security concerns with commercial interests will require sustained effort and careful policymaking. International scrutiny regarding the dual-use nature of technologies and potential implications for global trade and security is also a factor that China will need to navigate.

In conclusion, China’s deepened military-civil integration strategy represents a transformative national undertaking. It is a strategic pivot designed to unlock dormant innovation, cultivate new economic growth drivers, and fortify national defense capabilities. By fostering greater synergy between its military and civilian sectors, China aims to build a more innovative, efficient, and resilient economy, propelling its ambitions to become a global leader in science and technology. The State Council’s guideline marks a significant step in institutionalizing this vision, setting a clear path for comprehensive integration across the nation’s industrial and technological landscape.