The Tech Prosperity Network: Building America's Co-Innovation Architecture Across Eurasia

The most underappreciated fact in American technology strategy is that the United States does not need to build the world's dominant technology ecosystem alone. It already leads one. The opportunity in Eurasia is to extend it deliberately, deepening the technical standards, supply chain links, and co-development relationships that make the American-led ecosystem genuinely competitive with what China and Russia are building, rather than allowing expansion to happen by default or ceding architecture to rivals.

Technology Prosperity Deals are the primary vehicle for this extension. The United States has spent the past several years building them with Japan and South Korea, covering artificial intelligence governance, semiconductor supply chains, quantum computing, 6G telecommunications, and space technology. These agreements are not binding treaties with fixed financial commitments. What they do is align regulatory approaches, coordinate export controls, facilitate researcher exchanges, and create joint working groups that quietly shape global standards before anyone else sets them. They are, in effect, the architecture of a technology alliance, durable, flexible, and extending well beyond the underlying security relationship.

Why the Digital Silk Road Is the Real Threat

The strategic logic for replicating this model across Eurasia is straightforward, but the stakes are higher than most Americans appreciate. China has spent a decade building what it calls the Digital Silk Road: exporting Huawei-built telecommunications networks, Alibaba and JD.com e-commerce platforms, Dahua and Hikvision surveillance infrastructure, and BeiDou navigation systems across Asia, Africa, and parts of Europe. These are not merely commercial products. They are standards embedded in infrastructure, and standards, once embedded, create lock-in that persists for decades.

If the telecom networks in Central Asian capitals run on Huawei 5G gear, those countries will be buying Chinese software updates, maintenance contracts, and equipment upgrades for the next 20 years. That is durable leverage compounding over time. It shapes what data flows through those networks, who can access it, and what surveillance capabilities are built into the infrastructure that governs daily life. The U.S. response cannot simply tell countries to avoid Chinese technology without offering a viable alternative that works, is competitively priced, and comes with credible long-term support. Technology Prosperity Deals, combined with development finance, provide the framework for that alternative.

Building the Co-Innovation Network

Consider the potential of a U.S.-India AI and Quantum Fund. Capitalized at $500 million through contributions from governments, leading research universities, and technology firms on both sides, it could fund joint research projects that leverage Indian mathematical and engineering talent alongside American AI infrastructure and compute resources in ways neither country could achieve independently. The deliverables would be commercially licensable technologies, deepening the supply chain independence that both want. Similar models could be built with Israel targeting cybersecurity and biotech, with Poland and the Baltic states targeting cyber defense and 5G security, and with Singapore targeting fintech and digital governance standards. Each bilateral arrangement is modest in isolation. Together, they constitute a network.

Semiconductors require particular strategic focus. The Chip 4 alliance, the United States, Taiwan, South Korea, and Japan, coordinates the most advanced portion of the semiconductor supply chain. But the supply chain has vulnerabilities beyond this core. Upstream, the materials inputs for chip manufacturing are geographically concentrated. Downstream, packaging and testing phases are largely located in China and Southeast Asia. The talent pipeline runs overwhelmingly through a small number of institutions.

Expanding the Chip 4 architecture to incorporate India and Vietnam through chip design centers, engineer exchange programs, and co-investment in packaging and testing facilities would distribute risk while deepening U.S.-led integration. India has both the technical talent base and the governmental ambition to become a serious semiconductor node. Vietnam has already demonstrated that it can absorb advanced manufacturing at scale. American investment in both trajectories would accelerate a supply chain transformation already underway, but it needs deliberate acceleration to outpace Chinese alternatives.

Telecommunications and the Open RAN Moment

Telecommunications is where the stakes are most visible and the window for action most limited. The Open RAN model, an approach to radio access network architecture that disaggregates hardware and software, enabling interoperability among multiple trusted vendors, offers a credible alternative to monolithic Chinese telecom infrastructure. But Open RAN needs scaled deployment to prove its commercial viability. Pilot projects in ASEAN, financed through U.S. development tools and coordinated with Japanese and European partners who share the same concerns about Huawei dependency, would generate the proof-of-concept evidence that skeptical procurement officials need before their decisions lock in Chinese alternatives for a generation.

The Digital Connectivity and Cybersecurity Partnership, a State Department program, should be dramatically scaled up across Eurasia. Its core functions, financing fiber-optic cable deployment, expanding rural broadband, and training officials on cybersecurity best practices, are exactly the kind of soft infrastructure investment that builds lasting alignment. Countries whose digital backbone was built with American financing, using American-standard architecture, and staffed by officials trained in American cybersecurity frameworks are embedded in the American-led technology ecosystem, regardless of whether they ever sign a formal alliance.

Technology as Governance

The deeper argument is about what technology choices mean for governance. Technology is not politically neutral. The choice of a telecom vendor, a data center operator, a cloud services provider, or an AI governance framework is simultaneously a technical and a geopolitical decision. Countries that adopt open, interoperable, privacy-respecting technology standards are countries where democratic governance is structurally easier to sustain. Countries that adopt surveillance-capable, centrally controlled technology standards are countries where authoritarian consolidation faces fewer technical obstacles.

This is not an abstraction; it plays out in every election cycle and every protest movement. The question of whether a government can track its citizens in real time, censor their communications, and identify dissidents is substantially shaped by whose technology infrastructure underpins the country's digital economy. America's technology offer to Eurasia is not just a commercial proposition. It is a vision of what kind of societies these countries can become. That is both its greatest competitive advantage and the responsibility it carries.

A Eurasian digital landscape that runs on American-standard, open-architecture infrastructure is a landscape more compatible with the democratic governance that American strategy is ultimately trying to support. Getting there requires sustained investment in the co-innovation network that Technology Prosperity Deals make possible. The framework exists. The question is whether the United States uses it consistently enough to make a difference.

Talent Pipelines and the Long Game

A long-term element of technology cooperation that often receives insufficient attention is investment in people. The United States should expand programs that bring Eurasian students, scientists, and entrepreneurs to American institutions and, vice versa, bring American students, scientists, and entrepreneurs to Eurasia. A special "Eurasia Tech Fellows" program for graduate studies in STEM, funding for bi-national research centers, an AI lab jointly run by American and Indian universities, a quantum computing center with joint European and American faculty, and entrepreneurship programs that connect Central Asian startup founders with American investors and mentors would build human capital and pro-American professional networks that persist for decades.

Over five to ten years, thousands of alumni of such programs can become innovation leaders in their home countries, familiar with American approaches and predisposed to American partnerships. This talent pipeline is crucial for sustaining co-development in sensitive fields like quantum computing, advanced biotechnology, and next-generation semiconductors, where trust and shared values are as important as technical skill. Intellectual property protection, research ethics, and security protocols are much easier to manage with partners who were trained in the same frameworks.

The strategic return on investment from education and talent programs is among the highest available in the policy toolkit, and it compounds over time in ways that are difficult to quantify but impossible to miss. The United States built much of its postwar influence in Asia and Europe through exactly this kind of educational investment. Reviving it as a deliberate, well-resourced program rather than an afterthought would yield strategic dividends that persist well beyond the current competition. The Tech Prosperity Network is ultimately a network of people as much as institutions, and building it requires investing in both.