U.S. Strengthens AI and Quantum Partnerships with Korea and Japan: The White House Negotiates Technology Prosperity with Important Asian Partners
Technology Prosperity Deals (TPDs)
The United States’ partnerships in quantum computing, artificial intelligence (AI), and other vital technologies have grown dramatically with the announcement of two new Technology Prosperity Deals (TPDs) by the White House with South Korea and Japan. The accords, which were inked while President Trump was in Asia, are seen as a significant step toward bringing three of the top tech economies in the world’s industrial and scientific policies into alignment.
Building on the framework of the U.S.-U.K. agreement reached in September 2025, these bilateral agreements seek to protect developing technologies that are vital to national security, expedite research and development (R&D), and synchronize laws. Michael Kratsios, Assistant to the President and Director of the White House Office of Science and Technology Policy, says these bilateral partnerships are “redefining American technological leadership” to advance scientific discovery and innovation. With important regional allies throughout the Indo-Pacific, the larger plan demonstrates a thorough U.S. approach to integrating scientific, economic, and security interests.
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Quantum Technology and Research Security
Both Technology Prosperity Deals have a strong emphasis on quantum computing and quantum technology. To safeguard technology from outside interference and intellectual property theft, the agreements are specifically created to strengthen research security and safeguard advances within the quantum ecosystem.
For Japan, the agreement creates protections for shared quantum research infrastructure and enhances current U.S.-Japan cooperation on advanced computing. This involves collaborative initiatives between Japanese and American organizations to provide a robust innovation ecosystem that covers everything from the design of quantum hardware to safe data-sharing frameworks.
In addition to concentrating on creating reliable supply chains for essential parts and materials used in quantum devices, the agreement with South Korea highlights the cooperative protection of quantum research. According to the White House, these agreements strategically place quantum alongside biotechnology, AI, and advanced communications as a top priority. This collaboration is in line with Washington’s larger plan to fortify local technology ecosystems, acknowledging the importance of quantum physics as a security and commercial necessity in the face of escalating international rivalry.
Deepening AI Ties and Standards Alignment
The second important pillar supporting both Technology Prosperity Deals is artificial intelligence. Aligning national norms and export procedures for AI technologies is a crucial goal that will help to fortify enforcement against abuse and foster confidence between the United States and its allies.
The U.S. Center for AI Standards and Innovation and Japan’s AI Safety Institute will work together under the U.S.-Japan TPD. The focus of this collaboration will be metrology and standards innovation, which will essentially define the metrics used to quantify AI performance, safety, and transparency. Accelerating the responsible application of AI in a variety of industries, such as manufacturing and healthcare, is the ultimate objective.
By coordinating AI exports and focusing the partnership between the Korea AI Safety Institute and the U.S. Center for AI Standards and Innovation on standards innovation, the U.S.-Korea agreement creates a parallel alliance. By fostering a common approach to data governance, ethics, and safety, this partnership aims to advance AI system interoperability.
The agreements also cover the social aspect of artificial intelligence. South Korea and the United States have decided to hold talks to advance AI education initiatives. This entails working together to support initiatives aimed at preparing the next generation for occupations powered by artificial intelligence. One such initiative is the global “Fostering the Future Together” campaign, spearheaded by First Lady Melania Trump to advance digital literacy and education for kids.
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Expanding into Space, 6G, and Fusion
The Technology Prosperity Deals extend scientific cooperation beyond AI and quantum to areas like fusion energy, telecommunications, and space exploration that have a big impact on both economic competitiveness and national security.
Japan’s current involvement in NASA’s Artemis program is expanded upon under the U.S.-Japan alliance through space cooperation. The agreement strengthens Japan’s commitment to developing commercial space capabilities and future lunar exploration missions. To ensure safe and reliable communication systems, both countries will also intensify their collaboration on 6G networks. To support the ongoing development of commercial fusion reactors, the United States collaborates with Japan’s unique facilities, such as the JT-60SA tokamak facility, to enhance fusion energy cooperation.
The U.S.-Korea pact also covers space and 6G development. The two nations, which see these technologies as essential to sustaining secure communications and economic growth, will coordinate research and standards to enable future space missions and next-generation wireless networks.
Securing the Innovation Ecosystem
According to the White House, these Technology Prosperity Deals are a component of a broader, international initiative to protect the innovation ecosystem from new dangers. Provisions pertaining to research security, biotechnology resilience, and the defense of digital and pharmaceutical supply chains are included in both agreements.
Practically speaking, the agreements seek to lessen the regulatory costs faced by international technology enterprises. Regarding South Korea, the United States has pledged to collaborate with Korean organizations to simplify digital infrastructure and eliminate obstacles associated with creative data hosting designs, a matter that affects data sovereignty and cloud computing globally.
The agreements represent a change in policy toward combining economic, scientific, and security interests. The United States aims to establish a network of reliable partners in strategic areas by coordinating industrial capabilities and standards. These accords are seen by Washington, Seoul, and Tokyo as a “hedge against the risks of technological dependence” as well as a chance to influence the norms that will characterize the next phase of innovation. In the end, the collaborations are anticipated to boost national resilience, speed up discovery, and usher in a new era of innovation driven by the United States and its allies.
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