Published by ChinaMNC · Xincheng

China's New Push to Merge Tech Innovation With Industry: What Foreign Founders Need to Know

A practical guide for foreign founders on China's latest policy to integrate scientific and technological innovation with industrial development, covering enterprise-led R&D, financing, talent, IP and market access measures.

Why This Policy Matters for Foreign Founders

China's central government has issued a major policy opinion on deepening the integration of technological innovation and industrial innovation. For foreign founders building or operating a company in China, the document signals where state support, funding channels and regulatory experimentation are heading. It is not a law and creates no automatic entitlements, but it sets the direction for how ministries, localities and state-linked funds are expected to act. Below is a practical breakdown of the measures most relevant to foreign-invested and technology-driven companies.

Enterprises Are Placed at the Center of Innovation

Corporate voice in national programs

The policy calls for companies to participate routinely in formulating national science and technology strategies, plans and policies. It also proposes opening pilot participation in the National Natural Science Foundation to private enterprises and expanding the scope and scale of enterprise innovation development joint funds. Foreign founders with R&D ambitions in China should watch how these mechanisms are implemented locally, since participation channels may widen.

Demand-driven project design

National science and technology projects are to become more industry-oriented. Enterprise needs are to be collected on a regular basis, and the number of experts from companies and venture capital institutions involved in drafting guidelines, project review and acceptance is to be reasonably increased. The policy also endorses company-led project management, "open competition" mechanisms, milestone management and phased funding, plus acceptance criteria that assess technology through application and products through the market.

Companies leading commercialization

For national science and technology projects with clear industrial application goals, enterprises are in principle to lead implementation and commercialization. Universities and research institutes are encouraged to set up technology transfer offices, and to license results to small and medium-sized enterprises on a pay-after-use basis. A nationally integrated technology market and a larger technology manager workforce are also planned. For foreign founders, this suggests more accessible deal flow from academic institutions, subject to local rules.

Priority Sectors and Application Scenarios

The document identifies several fields for concentrated effort: integrated circuits, industrial machine tools, high-end instruments, advanced materials and biomanufacturing, alongside efforts to strengthen basic components, software and materials. It also promotes strategic emerging industries such as new energy, new materials and aerospace, and healthy, orderly development of the low-altitude economy.

Frontier fields named for exploration of multiple technical routes, typical application scenarios and viable business models include quantum technology, biomanufacturing, hydrogen and fusion energy, brain-computer interfaces, embodied intelligence and sixth-generation mobile communications.

Traditional industries are not excluded. The policy calls for major manufacturing upgrades, large-scale equipment renewal, industrial internet development and a nationwide "AI+" initiative to apply artificial intelligence across sectors. Local governments are encouraged to open application scenarios in government services, smart cities and rural construction, and to publish supply and demand information. Foreign founders with solutions in these areas may find pilot opportunities, though selection remains competitive and locally administered.

Support for Technology Companies at Every Stage

Funding and finance

The policy envisions a science and technology finance system matched to companies' lifecycle needs. It references the national venture capital guidance fund, and directs government-funded and state-owned venture capital funds toward early-stage, small, long-term and hard-technology investments, with longer assessment cycles and differentiated supervision. It also promotes an "innovation points" system for quantitatively assessing smaller technology firms, a dedicated bond market segment for technology, and a science and technology insurance policy system. Foreign founders should note that access to these instruments typically depends on entity type and local implementation.

Tax and evaluation incentives

Existing science and technology tax incentives are to be implemented, and the deduction ratio for R&D expenses of small and medium-sized technology enterprises is to be raised. State-owned enterprises are encouraged to establish R&D reserve funds with separate accounting, exemption from value-preservation assessments and error-tolerance arrangements. A negative list approach to due-diligence exemptions in commercialization and venture investment is to be explored.

Talent

The policy promotes joint university-enterprise training, dual mentorship, and arrangements allowing researchers to take secondments, part-time roles or leave to start businesses. Companies are encouraged to hire university staff as industry mentors and professors, and to strengthen postdoctoral workstations. Young science and technology talent and technology entrepreneurs are singled out for support.

Platforms, Market Access and IP

New platforms are planned, including national emerging industry innovation centers, industrial technology engineering centers, manufacturing innovation centers, concept validation centers and pilot testing platforms. Local governments may support new-type R&D institutions with standardized rules.

On market access, the policy calls for removing unreasonable barriers to innovative products, piloting relaxed access in new business formats, exploring commitment-based entry and "sandbox" supervision, and improving laws and ethics rules in frontier areas such as AI and biotechnology.

On intellectual property, it emphasizes trade secret protection, benefit-sharing and risk-sharing in industry-academia collaboration, full implementation of the patent open licensing system, and standards development for frontier and international standards. Companies are encouraged to improve their own standards.

Local Pilots and Regional Variation

Localities are to be guided to build on their own strengths, with central-local coordination on funding and major tasks. National high-tech zones and independent innovation demonstration zones are expected to pilot policies first, and qualified regions may run reform trials for deep integration, including an action plan to stimulate industrial innovation vitality. Because implementation is local, foreign founders should verify rules with the specific zone or city where they register.

Practical Takeaways

• Monitor local implementation of enterprise participation channels, joint funds and project calls.
• Map your product to named priority sectors or scenario-opening programs to identify pilot opportunities.
• Review eligibility for R&D tax incentives and small technology enterprise programs with local advisors.
• Explore licensing arrangements with universities and research institutes as transfer mechanisms develop.
• Track sandbox and market access pilots relevant to your product category.
• Confirm entity type and sector restrictions before assuming access to state-backed funds or programs.

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

Call to action: Foreign founders can contact ChinaMNC on WhatsApp / WeChat at +86 153 1898 8535 for help registering and operating a company in China.