In the arena of international relations, true influence is rarely exercised through goodwill alone. Donald Trump’s aggressive tariff campaigns and trade confrontations have starkly revealed a timeless diplomatic reality: powerful nations weaponize every tool at their disposal—economic sanctions, technological standards, financial systems, cultural narratives, and even democratic ideals—to compel compliance and secure advantage.
This “weaponization” mindset is not a recent aberration; it is deeply embedded in US strategic culture, traceable to a war-prone worldview that treats global competition as an extension of conflict. A pivotal moment occurred during World War II, when Vannevar Bush—engineer, MIT dean, and inventor—became science adviser to President Franklin D. Roosevelt in June 1940. Bush warned Roosevelt that the war would be decided not merely by troop numbers or industrial output, but by breakthroughs in advanced technology. He persuaded the president that while the Army and Navy should continue producing conventional armaments (fighters, battleships, tanks), civilian scientists could—and must—develop radically superior weapons and deliver them faster. Crucially, Bush insisted that scientists would only thrive in autonomous, university-led civilian laboratories, free from direct military bureaucracy. Roosevelt concurred, greenlighting a model that fused academia, industry, and government in service of national power.
The Bedrock of Dominance: WWII as the Forge of Modern US Innovation
By 1941, Bush had convinced Roosevelt to expand the framework further: academics should not only invent but also procure and field-test weapons mass-produced by US corporations. To orchestrate this unprecedented collaboration, Bush founded the Office of Scientific Research and Development (OSRD), with divisions led by hand-picked academics and housed at premier institutions—MIT, Harvard, Johns Hopkins, Caltech, Columbia, the University of Chicago, and others.
The scale was staggering. Nearly 10,000 scientists, engineers, academics, and graduate students received draft deferments to staff these labs. Their output spanned transformative technologies: radar systems that turned the tide in air and naval warfare, proximity fuses, rockets and guided munitions, napalm, the bazooka anti-tank weapon, mass-produced penicillin, effective malaria prophylactics, and foundational work on chemical and atomic weapons (including early contributions to the Manhattan Project).
Funding poured in: OSRD expended roughly $450 million from 1941–1945 (equivalent to approximately $5–9 billion in today’s dollars, depending on inflation adjustments; some estimates place total wartime R&D investment much higher when including related programs). Before the war, US university research relied primarily on private philanthropy and modest industry grants. Overnight, federal dollars made universities full strategic partners in national security—not mere talent incubators, but active arsenals of innovation.
This era crystallized a profound insight: American academic and scientific progress has rarely been purely curiosity-driven. From its origins, it has often functioned to produce “soldiers in the garb of scientists and researchers”—individuals and institutions equipped to deliver decisive strategic advantages in times of conflict or competition.
The Enduring Playbook: Dependency as the Ultimate Lever
Critics worldwide condemn US actions—whether tariffs, tech export controls, or financial dominance—as hegemonic overreach, and some predict that impulsive policies (like those under Trump) could accelerate decline. Yet the historical record offers a sobering counter-lesson: US global primacy was built through deliberate, sustained creation of asymmetric dependencies.
Genuine bargaining power exists only when one party possesses irreplaceable advantages. The US strategy has consistently involved capturing entire sectors through innovation, scaling them to near-monopoly levels, and embedding them so deeply into global systems that alternatives become impractical or prohibitively costly.
Consider the paradox: a nation burdened with $38.6 trillion in gross federal debt, heavily dependent on exporting goods, services, dollars, and financial instruments, nonetheless projects unparalleled unilateral power. It routinely imposes “implausible and impulsive” demands that trading partners grudgingly accommodate. This ability to act with near-impunity despite structural vulnerabilities is itself a masterclass in leverage engineering.
US innovation is rarely neutral. Beneath the rhetoric of progress lies a recurring motif: the drive to achieve supremacy and use it to subjugate rivals. Globalization—touted as borderless prosperity—was weaponized to America’s disproportionate benefit. US multinationals flooded markets with “free” information flows, e-commerce platforms, and digital infrastructure, harvesting enormous troves of global user data in the process. This data became the feedstock for the AI revolution, allowing American firms to train superior models on native datasets from every country—reinforcing dominance in the defining technology of our era. Globalization, far from egalitarian, was a chapter in the larger playbook of weaponization.
Even democracy, America’s most celebrated export, has been selectively instrumentalized: from Cold War-era support for regime changes to backing color revolutions (Georgia’s Rose Revolution, Ukraine’s Orange Revolution, Kyrgyzstan’s Tulip Revolution) and more recent unrest targeting adversaries (e.g., protests in Iran against theocratic rule). For the US, virtually every concept—democracy, free speech, open markets, technological openness—can be repurposed as a soft-power weapon when circumstances demand.
The Mechanism: Making Alternatives Inevitable
Effective weaponization requires near-total control over critical chokepoints, rendering alternatives unthinkable. The tactic: pioneer a technology or system, scale it explosively, and convert global adoption into dependency. Leading example is BlackRock, the world’s largest asset manager, with $14 trillion in assets under management (end-2025 record, surpassing many national economies—including India’s projected $4.51 trillion nominal GDP for 2026). BlackRock extracts fees and influence from virtually every major industry worldwide—automobile production in Germany, iron-ore mining in South America, pharmaceutical R&D in the US, gold extraction in Africa. Its scale grants veto-like power over capital allocation.
The pattern repeats across Big Tech: Google (search and advertising dominance), Apple (ecosystem lock-in and premium hardware), Microsoft (enterprise software and cloud), Nvidia (AI accelerators), Amazon (e-commerce and cloud infrastructure). Modern technological advancement is virtually impossible without these firms. Their near-monopolistic positions create inescapable dependencies—economic, infrastructural, and data-based—that translate directly into geopolitical leverage.
What India Must Do: Engineer Its Own Dependencies and Leapfrog
To transition from follower to leader, India cannot copy US tactics slavishly but must adapt the core principle: create dependencies on India. Only by making select sectors, technologies, services, or resources indispensable can India dictate terms and ascend among dominant powers.
Key imperatives include:
- Hyper-Accelerate Export-Oriented Innovation Aggressively expand high-value services exports (IT, software, AI, fintech, biotech) while maintaining manufacturing momentum (electronics, renewables, defense). India’s existing service-sector edge—particularly in AI talent and cost-competitive development—must be supercharged with massive public-private investment. Aim to capture global market share in emerging fields like AI agents, quantum-resistant cryptography, or green hydrogen.
- Transform Education and Research Ecosystems Overhaul curricula to prioritize deep, original research over rote learning. Encourage interdisciplinary challenges to Western (and domestic) orthodoxies. Discourage monotonous, incremental work; reward bold, monopoly-creating breakthroughs. Establish rigorous national standards for “true innovation”: outputs that generate near-irreplaceable value or widespread dependency.
- Replace Silos with Coordinated National Purpose Dismantle the current fragmented model—government, academia, corporations, financiers pursuing isolated agendas. Adopt a unified, mission-oriented approach inspired by but distinct from wartime US models or China’s state-directed capitalism. The government must set ambitious, time-bound national goals (e.g., “Achieve 20% global share in AI services by 2035” or “Become indispensable in green-energy supply chains by 2040”).
- Mandate Alignment and Accountability Require every major stakeholder—private firms, public institutions, universities—to submit detailed action plans tied to national objectives. Connect basic research directly to commercialization and deployment. Track progress ruthlessly; reward delivery, penalize drift.
- Build Strategic Dependencies Target niches where India can achieve outsized control: rare-earth processing, generic pharmaceuticals + advanced biologics, open-source AI frameworks tailored for emerging markets, affordable satellite/launch services, or digital public infrastructure (e.g., expanding UPI globally). Make the world reliant on Indian capabilities—then leverage that reliance diplomatically.
In essence, the US ascent teaches that dominance flows from engineered inevitability. India must internalize this without moral compromise: pursue relentless innovation, coordinate ruthlessly toward shared goals, and create the dependencies.
This is not imitation—it is adaptation for ascent. The window is narrow; the competition fierce. India must engineer its future before others design it for us.
