“The movement of know-how across borders — welcomed when it’s development, weaponized when it’s espionage.” Technology transfer is the process by which technical knowledge, processes, methods, designs, or innovations move from one organization, institution, or country to another — encompassing everything from licensed IP agreements and joint ventures to academic research collaboration, workforce mobility, and covert acquisition.
Executive Summary
Technology transfer has been central to economic development and industrial catch-up throughout modern history — the United States itself industrialized partly through technology transfers from Britain in the 19th century. What has changed in the 2024–2026 geopolitical environment is the intense securitization of technology transfer between rivals: the U.S. and its allies have constructed an increasingly comprehensive architecture — export controls, investment screening, academic partnership restrictions, visa limits, and outbound investment rules — designed to slow or prevent China’s acquisition of frontier technologies in semiconductors, AI, quantum computing, biotechnology, and advanced manufacturing. China, in turn, has deployed a multi-channel acquisition strategy combining legitimate commercial channels with intelligence operations, talent recruitment programs, and corporate joint venture requirements.
The Strategic Mechanism
Technology transfer occurs through both voluntary and involuntary channels:
Voluntary/commercial channels:
- Licensing agreements and patent sales
- Foreign direct investment and joint ventures (often with local technology-sharing requirements in China)
- Workforce mobility and talent recruitment (the “thousand talents” dimension)
- Academic research collaboration and student exchanges
- Technical standards bodies and multilateral research programs
Involuntary/coercive channels:
- Industrial espionage and cyber theft — the FBI estimates China’s cyber-enabled IP theft costs the U.S. economy $300–600 billion annually
- Forced technology transfer (FTT) as a market access condition — a core U.S. grievance in the WTO and Phase One trade negotiations with China
- Acquisition of companies or minority stakes in technology firms to access proprietary processes and personnel (a CFIUS-screened risk)
- Talent recruitment programs targeting diaspora scientists and engineers with financial incentives to transfer knowledge to Chinese institutions
Market & Policy Impact
- CHIPS Act fab restrictions: CHIPS Act grants contain “guardrails” prohibiting recipients from expanding advanced manufacturing capacity in China for 10 years — using subsidy conditionality to prevent technology transfer through commercial investment.
- Academic partnership scrutiny: U.S. universities have significantly curtailed research collaborations with Chinese institutions following DOJ prosecutions of researchers who failed to disclose Chinese government funding, fundamentally altering the academic technology transfer ecosystem.
- WTO Phase One legacy: China’s Phase One trade agreement commitments on forced technology transfer (2020) have been partially honored but enforcement remains contested, with U.S. companies in China still reporting informal pressures for technology sharing as a market access condition.
- Dual-use classification expansion: The BIS has progressively expanded the list of technologies subject to export control as dual-use — items with both commercial and military applications — narrowing the space of unconstrained technology transfer to Chinese entities.
- Allied coordination imperative: Unilateral U.S. technology controls are partially offset by transfers through allied jurisdictions; coordinating export controls and academic partnership policies with Japan, the EU, South Korea, and the Netherlands has become a central U.S. economic security priority.
Modern Case Study: The ASML/EUV Technology Transfer Prohibition (2019–2025)
The single most strategically consequential technology transfer prohibition of the current era is the Dutch government’s decision — under sustained U.S. diplomatic pressure — to deny ASML export licenses for extreme ultraviolet (EUV) lithography machines destined for China. EUV machines, priced at $150–380 million each, are the essential tool for fabricating chips at 7nm and below — the advanced nodes powering AI, smartphones, and military systems. Without EUV access, China cannot domestically produce frontier logic chips, regardless of investment level. The prohibition was extended in 2023 to deep ultraviolet (DUV) machines at the most advanced specifications, further closing the gap through which China had been building a domestic advanced fab capacity. The ASML case demonstrates that technology transfer restriction — when applied to a genuine physical bottleneck with no near-term substitute — can impose sustained and compounding strategic disadvantage on the target, making it the most effective instrument in the technology denial toolkit.