In contemporary geopolitics and global economics, a compelling counterfactual question frequently arises: "If India had achieved parity with China in technological prowess and high-tech manufacturing, would it be perceived as an existential threat by Western powers like the United States?"
There are those who view international relations through a purely idealistic lens, arguing that shared democratic values and integrated supply chains would reduce this to a healthy economic competition.
However, the harsh reality of realpolitik paints a vastly different picture. Today, global governance is rarely driven by altruistic values. When hyper-nationalism, strategic self-interest, and the personal egos of political leaders align, even democracies find themselves on a collision course.
History is a stubborn witness to this fact: the United States has consistently moved to neutralize any economic or technological challenger that threatens its global hegemony—regardless of their governance model. One needs only to look at the Plaza Accord of 1985, where Washington weaponized monetary policy to artificially appreciate the Yen, effectively crippling the economic ascendancy of Japan—a staunch democratic ally.
If a technologically dominant India poses a challenge to Western hegemony, would the West try to contain it?
Absolutely. That's what I perceive.
However, modern containment does not rely on military friction. Instead, it operates through a highly sophisticated, comfortable, and structural economic trap.
The Modern Brain Drain and the IT Services Trap
The foundational currency of technological advancement is human capital—a vast pool of high intelligence, rigorous training, and specialized skills.
India possesses this resource in abundance, and its demographic dividend makes scaling this pool relatively easy.
However, Western tech conglomerates have masterfully exploited this asset by creating a hyper-focused avenue: the consumption of Indian talent solely for computer software and Information Technology (IT) services.
By offering compensation packages that are five to ten times higher than domestic standards, along with the allure of a better quality of life abroad, Western corporations effortlessly siphon off India’s brightest minds.
This creates a dual crisis for India’s development:
The Starvation of Core Engineering: Because the financial incentives are overwhelmingly concentrated in software services, India’s top talent is systematically diverted away from critical material sciences, advanced hardware manufacturing, aerospace, telecommunications hardware, and robotics.
The Intellectual Property Chasm: While Indian engineers form the backbone of global tech giants, the fruits of their labor—the patents and Intellectual Property Rights (IPR)—are legally anchored in the West. India essentially subsidizes the foundational training of these minds, only to buy back the finished technological products at exorbitant premium prices. India is thus kept in a state of perpetual technological dependency.
The Reality of "Procurement Engineering"
Having observed the inner workings of this ecosystem over a long career, I must emphasize a bitter truth: even when the political leadership expresses a desire for indigenous technological growth, translating that into reality is an uphill battle. The inertia within the system is deeply entrenched.
The uncomfortable reality is that Indian engineers, by and large, have been reduced to a Tech Procurement Group.
Original research and its subsequent commercialization (technology marketing) have become nearly impossible in the current domestic framework. Whether in public sector undertakings (PSUs), government departments, or large private corporations, the role of a typical engineer has shifted from innovation to administration. They study foreign catalogs, draft technical specifications for global tenders, procure the technology, and manage its subsequent maintenance.
This "Buy, Don't Build" culture is heavily driven by a risk-averse bureaucracy (the permanent executive).
Original research is inherently non-linear; it requires the freedom to fail ninety-nine times to succeed on the hundredth. However, our administrative systems view technical failure as financial waste or, worse, corruption.
Fearing audits and vigilance inquiries, bureaucrats and engineers naturally opt for the safest route: buying pre-tested, foreign-certified technology. Consequently, India’s gross expenditure on Research and Development (R&D) remains stagnant at a meager 0.6% to 0.7% of its GDP.
The Roadmap to Autonomy: Reforming Public Procurement
This cycle cannot be broken by incremental changes or academic debates; it requires a massive, structural intervention by the political leadership and the top echelon of the bureaucracy. The single most potent weapon to drive this transformation is a radical overhaul of India's Public Tendering and Procurement policies.
To rescue the nation from this state of dependency, the state must implement the following policy shifts:
An Absolute "Domestic Preference" Rule:
Our public tender guidelines must be rewritten from scratch. Currently, many large government tenders include clauses requiring a specific multi-million dollar global turnover or a track record of implementation in multiple foreign countries. This implicitly disqualifies domestic startups, research labs, and indigenous manufacturers from the outset. Tenders must actively mandate a strong preference for Indian-developed technology, even if it hasn't been tested abroad or proven elsewhere commercially.
The "Right to Fail" Protocol:
The state must legally insulate scientific and engineering experimentation from bureaucratic intimidation. If a state-funded research project fails to meet its technical objectives, it must be evaluated as a legitimate scientific outcome, not a bureaucratic failure or financial irregularity. Without the freedom to fail, our engineers will never find the courage to innovate.
Phased Exemptions with Strict Sunset Clauses:
It is true that in certain highly specialized sectors—such as semiconductor lithography or advanced metallurgy—India currently lacks domestic alternatives. In such cases, foreign imports can be permitted under temporary exemptions. However, these exemptions must come with a strict sunset clause (e.g., 5 to 10 years), accompanied by mandatory funding to domestic engineering groups tasked with reverse-engineering or innovating local alternatives within that timeframe.
India stands at a historic crossroads. We must decide whether we are content with being a massive, lucrative market for foreign technology and a provider of intellectual labor to Western corporations, or if we possess the ambition to become a true sovereign superpower that owns its intellectual property.
We cannot achieve true strategic autonomy on imported foundations. Only when our public procurement framework enforces a fierce, uncompromising preference for indigenous technology will our laboratories thrive and our engineers transition from custodians to innovators.
The change must begin at the top—with political will and a fundamental shift in bureaucratic mindset. And for that to happen these individuals in government leadership should be willing to discard the lures of huge procurement commissions, foreign travels and other such things the foreign people keep on using to bait the Indian big fish!
