Published by ChinaMNC · Huanjiangmaonanzu

China's New Blueprint for Fusing Tech Innovation with Industry: What Foreign Founders Need to Know

A practical guide for foreign founders to the Chinese government's latest policy direction on integrating scientific and technological innovation with industrial innovation, covering enterprise-led R&D, financing, talent, and market access.

Why This Policy Matters to Foreign Founders

China's central authorities have issued a high-level opinion on integrating technological innovation with industrial innovation. For foreign founders building or operating a company in China, the document signals where state support, funding channels, and regulatory experiments are likely to concentrate. It is a directional policy rather than a set of ready-made rules, but it names specific mechanisms that can affect how your R&D, partnerships, and financing are structured.

The overarching goal is to create a system in which enterprises lead, multiple actors collaborate, and the whole chain from research to commercial application is connected. The policy frames this as a pathway from scientific strength to industrial and economic strength.

Guiding Principles You Should Note

The document sets out several working principles that shape how agencies are expected to act:

• Systematic planning and coordinated advancement of technology and industry.
• Balancing technology supply with demand pull, aligning innovation chains around industrial chains and vice versa.
• Strengthening the enterprise's role as the principal innovator and directing innovation resources toward firms.
• Removing ideological and institutional barriers through reform.

For a foreign-invested enterprise, the emphasis on enterprise leadership is the most relevant signal: policy instruments are increasingly designed around company needs rather than purely academic priorities.

How Research Tasks Are Organized

National science and technology programs are to be oriented toward industrial application. The policy calls for routinely collecting enterprise needs and increasing the number of experts from companies and venture capital institutions in guideline drafting, project review, and acceptance. It also promotes enterprise-led project management rules and mechanisms such as open calls for solutions, "owner" systems, milestone management, and staged funding. Acceptance is to assess both technology application and market performance of products, with R&D and industrialization goals evaluated together.

Practical implication: foreign founders with a Chinese entity may find more channels to submit technical needs and to join publicly funded projects, particularly where a clear application target exists.

Turning Research into Products

The policy seeks to smooth technology transfer. Where an application goal is clear, national projects should in principle be led by enterprises that also drive commercialization. Universities and research institutes are encouraged to set up technology transfer offices, strengthen intellectual property, incubation, and technology finance services, and use assignment, licensing, or equity investment to speed application. Reforms on ownership of job-related scientific achievements and separate asset management are to be deepened, and institutions may license results to small and medium enterprises on a pay-after-use basis. A nationally integrated technology market and a technology manager workforce are also planned.

Foreign founders should note that licensing and equity-based transfer routes are being formalized, which can make university partnerships more workable.

Sector Priorities Named in the Document

The policy identifies several areas for breakthrough or development:

• Integrated circuits, industrial machine tools, high-end instruments, advanced materials, and biomanufacturing for core technology breakthroughs.
• New energy, new materials, and aerospace as strategic emerging industries, with support for low-altitude economy development.
• Quantum technology, biomanufacturing, hydrogen and fusion energy, brain-computer interfaces, embodied intelligence, and sixth-generation mobile communications as frontier fields for future industries.
• Advanced technologies and large-scale equipment renewal to upgrade traditional manufacturing, plus an "AI+" initiative to apply artificial intelligence across industries.

These priorities indicate where application scenarios, funding, and pilot programs are likely to be concentrated.

Strengthening Enterprise Innovation Capacity

The document commits to letting enterprises participate routinely in national strategy, planning, and policy making. It proposes opening pilot programs of the National Natural Science Foundation to private enterprises and expanding enterprise innovation joint funds. State-owned enterprises are encouraged to establish R&D reserve funds that are separately accounted and exempt from value-preservation assessments, with error tolerance. Technology-based SMEs are encouraged to raise R&D spending, with an increased super-deduction ratio for R&D expenses. Enterprises are to be supported in building innovation platforms, and national major science facilities, large research instruments, and science data centers are to be opened to firms. Talent programs and enterprise postdoctoral stations are to receive greater support.

For foreign founders, the opening of public research infrastructure and talent schemes to enterprises is worth tracking, as eligibility details will emerge in implementing rules.

Financing, Talent, and Market Access

A technology finance system is to match financing needs across a company's lifecycle. The national venture capital guidance fund is to play a role, and government-backed and state-owned venture funds are to focus on early-stage, small, long-term, and hard-tech investments with longer assessment cycles and differentiated supervision. The "innovation points" system is to be promoted to quantify SME innovation capacity, alongside a high-quality "technology board" in the bond market and a technology insurance policy system.

On talent, the policy promotes joint university-enterprise training, work-study alternation, dual mentorship, and arrangements allowing researchers to take secondments, part-time roles, or leave to start businesses. Enterprises may hire innovation talent as industry instructors or professors, and young technology talent and technology entrepreneurs are to be supported.

On market access, unreasonable barriers to innovative products are to be removed, pilots on relaxed market entry and commitment-based entry are to be explored in new business forms, and regulatory sandboxes are to be tried. Laws and ethics rules in frontier fields such as AI and biotechnology are to be improved. Intellectual property protection for trade secrets and new business forms is to be strengthened, with patent open licensing fully implemented and standard-setting integrated into major projects.

Incentives include tax preferences for innovation,尽职免责 mechanisms for technology transfer and venture investment, a negative list approach, and adjusted state-owned enterprise assessment that counts joint R&D spending with universities and institutes more favorably.

Local Pilots and Regional Implementation

Local governments are to be guided to build on their own strengths, with central-local coordination on funding and major tasks. National high-tech zones, independent innovation demonstration zones, international and regional science and technology innovation centers, and qualified localities are to run pilot reforms on deep integration. The policy also calls for building dynamic innovation cities and original innovation source regions.

Foreign founders should watch local implementing measures, since pilot zones often become the first places where new mechanisms such as sandbox regulation or relaxed market entry are tested.

This summary is based on information published by the relevant Chinese government website and is general information, not legal or tax advice.