Security and Self-Reliance: Why Nations Must Make Certain Things
On a cold morning in October 1962, Indian soldiers crouched in shallow trenches along the McMahon Line, high in the Himalayas. They were outgunned, outnumbered, and — critically — under-equipped. The Chinese People's Liberation Army had crossed the border in overwhelming force, and the Indian troops facing them lacked basic necessities: adequate winter clothing, sufficient ammunition, functional weapons.
India's standard-issue rifles at the time were World War II-era .303 Lee-Enfields. Many of the soldiers had never fired a round in training because ammunition was rationed. They wore cotton uniforms at altitudes where temperatures dropped below minus twenty Celsius. Their supply lines stretched across impossible terrain, and the logistics system that was supposed to sustain them simply collapsed.
In the weeks that followed, India suffered one of the most humiliating military defeats in its history. The Chinese advanced deep into Arunachal Pradesh and Aksai Chin before declaring a unilateral ceasefire. The territorial losses were painful. But the deeper wound was the revelation of India's utter unpreparedness — and the realization that this unpreparedness was not accidental. It was the predictable consequence of depending on others for the things a nation must be able to make for itself.
India had not built a domestic defense industry of any significance. Its military equipment was imported — from Britain, from France, from wherever it could buy. When war came, suddenly and without warning, there was no way to rapidly produce what was needed. You cannot order rifles from a foreign supplier when the enemy is already at the gate.
This chapter is about a deceptively simple idea that has profound consequences: there are certain things a nation must be able to make within its own borders, regardless of whether it is cheaper to buy them from abroad. This is not protectionism. It is not economic nationalism for its own sake. It is survival.
Look Around You
Open your medicine cabinet. Check the fine print on your common medications — paracetamol, antibiotics, blood pressure pills. Now look up where the active pharmaceutical ingredients come from. In many cases, the answer is China. India is called "the pharmacy of the world" because it produces vast quantities of generic drugs. But India imports roughly 70 percent of its active pharmaceutical ingredients — the actual chemical compounds that make the drugs work — from China. If that supply were disrupted tomorrow, how long before your medicine cabinet runs empty?
The Efficiency Trap
Modern economics teaches us a powerful idea: specialize in what you do best and trade for the rest. This is the theory of comparative advantage, and as we explored in earlier chapters, it is one of the most important insights in all of economics. It explains why countries trade, why trade makes everyone richer, and why trying to produce everything domestically is wasteful.
The theory is correct. It is also, in certain critical domains, catastrophically incomplete.
Here is the problem. Comparative advantage assumes that trade will continue uninterrupted — that the ships will keep sailing, the borders will stay open, and your trading partner will always be willing to sell. In normal times, this is a reasonable assumption. The global trading system has been remarkably stable for decades. Supply chains stretch across oceans and continents, and most of the time, they work beautifully.
But "most of the time" is not "all of the time." And when the supply chain breaks — because of war, pandemic, sanctions, natural disaster, or political hostility — the consequences can be existential.
The difference between efficiency and resilience is one of the most important distinctions in economic thinking. An efficient system has no redundancy. Every part is optimized, every cost minimized, every unnecessary link removed. A resilient system has built-in backup — alternative sources, domestic capacity, strategic reserves. Efficiency saves money in good times. Resilience saves lives in bad times.
"Everyone has a plan until they get punched in the mouth." — Mike Tyson (and a fair description of global supply chain planning)
The global economy has been optimized for efficiency. Just-in-time manufacturing, global sourcing, single-supplier dependencies — all of these reduce costs in normal conditions. But they also create fragility. When COVID-19 hit in 2020, the world discovered just how fragile the system was.
The Pandemic Lesson
In March 2020, as COVID-19 spread across the world, nations scrambled for the most basic medical supplies: masks, gloves, ventilators, testing kits, and eventually vaccines. What they discovered was terrifying.
China produced approximately 50 percent of the world's face masks. When China locked down its own cities, those masks were no longer available for export — at least not immediately, and not in the quantities the world needed. Countries that had no domestic mask production capacity found themselves bidding against each other in a desperate auction, paying ten or twenty times the normal price.
Ventilators — complex medical devices that keep critically ill patients alive — were produced by a handful of companies in a handful of countries. When demand surged a hundredfold, production could not keep up. Hospitals in Italy, Spain, and the United States faced the agonizing choice of who would receive a ventilator and who would not. Doctors, trained to save lives, were forced to choose who would die.
India faced its own crisis during the devastating second wave in April-May 2021. The country needed medical oxygen on a scale that overwhelmed its production and distribution capacity. Hospitals ran out of oxygen. Families drove from hospital to hospital with dying relatives, begging for a cylinder. The scenes were apocalyptic, and they exposed a critical vulnerability: India, one of the world's largest industrial economies, did not have enough capacity to produce and deliver a basic medical gas to its own people in an emergency.
The lesson was clear, and it was learned the hard way: for certain critical goods, domestic production capacity is not a luxury. It is a necessity.
EFFICIENCY vs. RESILIENCE
THE EFFICIENT SYSTEM:
──────────────────────────────────────────────
Country A ──buys cheaply──> Country B
(saves money,
no domestic production)
NORMAL TIMES: Works perfectly. Saves money.
CRISIS: Country A has nothing.
Country B may not sell.
Or cannot ship. Or charges
100x the price.
THE RESILIENT SYSTEM:
──────────────────────────────────────────────
Country A ──buys some──> Country B
──makes some──> Domestic factories
──stockpiles──> Strategic reserves
NORMAL TIMES: Costs more. Seems wasteful.
CRISIS: Country A can survive.
Has options. Has time
to find alternatives.
┌────────────────────────────────────────────┐
│ The cost of resilience is paid every day. │
│ The cost of fragility is paid all at once │
│ — and it is always higher. │
└────────────────────────────────────────────┘
Think About It
Insurance costs money every month, and most months you do not use it. Is insurance therefore a waste? Now think about national self-reliance in critical sectors the same way. The extra cost of domestic production is insurance — a premium you pay in normal times so that you survive in abnormal times. How do you decide which sectors are worth insuring?
What Must a Nation Make?
Not everything needs to be made domestically. If your country cannot grow bananas and another country can, it makes perfect sense to import bananas. If a foreign manufacturer makes better washing machines at lower cost, importing them is sensible. The theory of comparative advantage applies to most goods, most of the time.
But there is a category of goods for which dependence on foreign suppliers is genuinely dangerous. These are goods that share one or more of the following characteristics:
Essential for survival. If you cannot get them, people die. Food, clean water, basic medicines, energy.
Essential for defense. If you cannot get them, you cannot protect yourself. Weapons, ammunition, military vehicles, communication equipment, strategic materials like steel and titanium.
Impossible to substitute quickly. If the supply is cut, you cannot switch to an alternative within weeks or months. Advanced semiconductors, specialized chemicals, certain rare minerals.
Controlled by potential adversaries. If the country that supplies them might one day be your enemy — or might use supply as leverage — dependence is a strategic vulnerability.
When a good falls into more than one of these categories, the case for domestic production becomes overwhelming. Let us look at the critical sectors.
Steel: The Backbone of Everything
Steel is not glamorous. It does not make headlines. But without it, you cannot build bridges, railways, power plants, ships, cars, buildings, or weapons. A nation that cannot make steel cannot industrialize, cannot defend itself, and cannot build the infrastructure that economic development requires.
This is why every major power in history has prioritized steel production. Britain's Industrial Revolution ran on steel. Germany's rise as a military power in the late nineteenth century was built on the Ruhr Valley's steel mills. America's emergence as a superpower was inseparable from its steel industry — at its peak, US Steel was the largest corporation in the world.
Japan understood this with particular clarity. After the Meiji Restoration in 1868, Japan's leaders recognized that Western military superiority was rooted in industrial capacity — and industrial capacity began with steel. They built state-sponsored steel mills, imported technology from Germany and Britain, and within decades had created an industrial base that could produce warships, railways, and artillery. By 1905, Japan defeated Russia in war — the first time a non-European nation had defeated a European great power in modern history. Steel made it possible.
India's own steel story is instructive. Jamshedji Tata envisioned an Indian steel industry in the 1890s, at a time when the British colonial government discouraged Indian industrialization. Tata Steel was established in 1907 at Jamshedpur, and it became a symbol of Indian industrial ambition. After independence, Jawaharlal Nehru made steel a centerpiece of his development strategy, establishing massive public-sector steel plants at Bhilai, Durgapur, Rourkela, and Bokaro with Soviet, British, German, and Russian assistance.
Was this efficient? By the narrow standards of comparative advantage, probably not. India could have imported steel more cheaply. But Nehru understood what the economists sometimes forgot: steel is not just a commodity. It is capacity. It is sovereignty. A nation that makes its own steel can build its own future.
Semiconductors: The New Oil
If steel was the critical material of the twentieth century, semiconductors are the critical material of the twenty-first. And the story of semiconductor dependency is perhaps the most important economic security story of our time.
A modern semiconductor — a chip — is arguably the most complex object ever manufactured by human beings. The most advanced chips contain billions of transistors, each smaller than a virus, etched onto silicon wafers using extreme ultraviolet light in factories that cost $20 billion or more to build. The supply chain for producing these chips stretches across dozens of countries and involves some of the most specialized equipment ever created.
And it is concentrated to a degree that should alarm everyone.
Taiwan Semiconductor Manufacturing Company (TSMC) produces over 90 percent of the world's most advanced chips. Samsung in South Korea produces most of the rest. The machines that make these chips — extreme ultraviolet (EUV) lithography systems — are produced by exactly one company in the world: ASML, in the Netherlands. The specialized chemicals, gases, and materials come from Japan, Germany, and the United States.
This is not a supply chain. It is a single point of failure disguised as a supply chain.
CRITICAL SUPPLY DEPENDENCIES: SEMICONDUCTORS
┌─────────────────────────────────────────────────┐
│ │
│ DESIGN MANUFACTURING EQUIPMENT │
│ │
│ US companies Taiwan (TSMC): ASML │
│ (Apple, AMD, ~90% of (Netherlands): │
│ Qualcomm, advanced chips ONLY maker of │
│ Nvidia) EUV lithography│
│ │ South Korea │
│ │ (Samsung): Nikon, Canon │
│ │ ~8-10% (Japan): older │
│ │ lithography │
│ v │ │ │
│ ┌────────────────────┴────────────────┘ │
│ │ │
│ │ MATERIALS AND CHEMICALS │
│ │ │
│ │ Silicon wafers: Japan, Germany │
│ │ Specialty gases: Japan, US │
│ │ Photoresists: Japan (90%+) │
│ │ Rare earths: China (60%+) │
│ │ │
│ └───────────────────────────────────────────────│
│ │
│ IF TAIWAN IS DISRUPTED: │
│ - Every smartphone maker is in crisis │
│ - Every military system is affected │
│ - Every car manufacturer stops production │
│ - Every AI company halts development │
│ - Every server farm cannot expand │
│ │
│ Recovery time to build alternative capacity: │
│ 5-10 YEARS minimum, $100+ billion investment │
│ │
└─────────────────────────────────────────────────┘
The United States recognized this vulnerability and took dramatic action. In October 2022, the Biden administration imposed sweeping export controls on advanced semiconductors and chip-making equipment to China. The restrictions were extraordinary in scope: not just banning the sale of cutting-edge chips to China, but also barring American citizens and permanent residents from working in Chinese semiconductor factories, and pressuring the Netherlands and Japan to restrict their own equipment exports.
The message was blunt: advanced semiconductors are not just a commercial product. They are a strategic asset, and the United States will not allow a geopolitical rival to acquire the capability to produce them.
China's response has been equally dramatic. It has committed over $150 billion to building a domestic semiconductor industry, pouring money into chip fabrication, equipment development, and talent acquisition. China's leader Xi Jinping has described technological self-reliance as a matter of national survival. The results so far are mixed — China can produce chips at older technology nodes but remains years behind in the most advanced manufacturing — but the effort is enormous and sustained.
This is the new arms race. It is not about missiles or warheads. It is about nanometers and transistors. And it illustrates, as clearly as anything in modern economics, why self-reliance in critical technologies is a matter of national security.
What Actually Happened
India learned the cost of defense dependency in the most painful way during the 1962 and 1965 wars. In 1962, Indian soldiers fought the Chinese with obsolete weapons and inadequate equipment because India had no significant domestic defense manufacturing. In 1965, during the war with Pakistan, India discovered that its dependence on Western arms suppliers was a strategic liability. The United States imposed an arms embargo on both India and Pakistan during the conflict. India, which had been receiving American military equipment, found its spare parts supply cut off overnight. Tanks could not be repaired. Aircraft could not be maintained. The embargo hurt India more than Pakistan, which had alternative suppliers. The lesson was searing: a nation that depends on foreign countries for its defense can be disarmed by a single diplomatic decision, without a shot being fired. This experience drove India toward defense partnerships with the Soviet Union and, over the decades, toward the quest for indigenous defense production — a quest that continues today with programs like the Tejas fighter aircraft, the Arihant nuclear submarine, and the BrahMos missile.
Pharmaceuticals: The Pharmacy That Cannot Heal Itself
India produces more generic medicines than any other country in the world. Indian pharmaceutical companies supply affordable drugs to billions of people across Africa, Asia, and Latin America. India's drug exports are worth over $25 billion annually. This is a genuine achievement and a source of national pride.
But there is a vulnerability hidden inside this success.
India manufactures the finished drugs — the tablets, capsules, and syrups. But the active pharmaceutical ingredients (APIs) — the actual chemical compounds that make the drugs work — are increasingly imported from China. By some estimates, India imports 68 to 70 percent of its APIs from China, and for certain critical drugs — antibiotics, vitamins, paracetamol, and some cardiovascular medications — the dependency is even higher, reaching 90 percent or more.
This means that India's "pharmacy of the world" status rests on a Chinese foundation. If China were to restrict API exports — whether due to a trade dispute, a pandemic, or a geopolitical crisis — India's ability to produce its own medicines would collapse within weeks to months, depending on the drug.
This is not a theoretical concern. In early 2020, when COVID-19 first hit China, there were immediate disruptions to API supply chains. Indian pharmaceutical companies reported shortages and price spikes for critical ingredients. The Indian government briefly restricted exports of certain drugs to ensure domestic supply. The crisis passed relatively quickly because China's lockdowns were localized and temporary. But it exposed the fragility.
The government has responded with a Production Linked Incentive (PLI) scheme for pharmaceuticals and a push to develop domestic API manufacturing. These are steps in the right direction. But rebuilding a supply chain that was dismantled over decades in favor of cheaper Chinese imports will take years and billions of dollars of investment. It is being done. It should have been done sooner.
"The most dangerous phrase in the language is 'We've always done it this way.'" — Grace Hopper, computer scientist and US Navy rear admiral
Energy: The Ultimate Dependency
No dependency is more dangerous than energy dependency. A nation that cannot power itself cannot do anything else — it cannot run factories, move troops, heat homes, or keep hospitals functioning.
India imports approximately 85 percent of its crude oil and about 50 percent of its natural gas. This is an enormous strategic vulnerability. Every barrel of imported oil is a thread by which India can be pulled. When global oil prices spike — as they did in 1973, 2008, and 2022 — India's entire economy suffers. The trade deficit widens. The rupee weakens. Inflation rises. The poor, who spend a disproportionate share of their income on fuel and food, are hit hardest.
The 1973 oil crisis, which we discussed in the previous chapter, demonstrated just how devastating energy dependency can be. The Arab oil embargo quadrupled oil prices overnight, plunging the entire world — not just the target countries — into recession. India, with its heavy dependence on imported oil, was severely affected. Inflation surged, growth stalled, and the economic distress contributed to the political crisis that led to the Emergency of 1975.
Japan's experience before World War II offers an even starker warning. In the 1930s, Japan had built one of the world's most powerful navies and a formidable industrial economy — but it had almost no domestic oil. Japan imported roughly 80 percent of its oil from the United States. When the US imposed an oil embargo on Japan in 1941 in response to Japanese aggression in Southeast Asia, Japan's military planners calculated that they had approximately eighteen months of oil reserves. After that, the navy would be immobilized, the air force grounded, and the economy paralyzed.
Faced with this existential threat, Japan chose war. The attack on Pearl Harbor in December 1941 was, at its core, a desperate gamble to seize the oil fields of the Dutch East Indies (now Indonesia) and establish a defensive perimeter to protect the supply lines. Japan went to war not because it wanted to fight America, but because it could not survive without oil and America had cut off the supply.
The lesson is as relevant today as it was in 1941: energy dependency is not just an economic issue. It is a matter of war and peace.
This is why India's investments in renewable energy — solar, wind, hydrogen — are not just environmental policy. They are security policy. Every megawatt of solar power India produces domestically is a megawatt it does not need to import as oil or gas from countries that may one day be hostile, or from markets that may one day be disrupted. Energy independence and national security are the same thing.
Think About It
India is the world's third-largest consumer of oil but produces only about 15 percent of what it needs. What would happen to India if a major disruption — a war, a blockade, a coordinated embargo — cut off oil imports for even one month? Think about transport, agriculture (tractors and pumps run on diesel), electricity generation, the military, and everyday cooking (LPG is imported). Now ask yourself: is the cost of building renewable energy infrastructure really "too expensive" when measured against this risk?
Food: The Most Basic Security
There is a reason every civilization in history has made food security a priority. A nation that cannot feed itself is a nation at the mercy of others.
India learned this lesson during colonial rule, when famines killed tens of millions — not because food did not exist, but because the colonial economic system prioritized export over domestic consumption. The Bengal Famine of 1943, which killed an estimated three million people, occurred not because India lacked food but because wartime policies, price controls, and the prioritization of military supply chains diverted food away from civilians.
After independence, food security became a national obsession. The Green Revolution of the 1960s and 1970s — driven by high-yielding seed varieties, fertilizers, and irrigation — transformed India from a food-deficit nation dependent on American grain shipments (the humiliating "PL-480" wheat) to a food-surplus nation. Today, India is the world's largest producer of milk, the second-largest producer of rice and wheat, and a significant exporter of food products.
But food security is not permanent. Climate change threatens agricultural productivity. Water tables are falling in key agricultural regions. Soil degradation is advancing. And India's population continues to grow. The Green Revolution bought time. It did not solve the problem permanently.
Moreover, India remains dependent on imports for critical agricultural inputs — particularly fertilizers. India imports roughly a third of its urea and a much larger share of potash and phosphate fertilizers. When global fertilizer prices spiked in 2022, driven by the Ukraine war and sanctions on Russia and Belarus (major fertilizer exporters), Indian farmers faced sharply higher costs. The government increased fertilizer subsidies to cushion the blow, but at an enormous fiscal cost.
The chain of dependency is sometimes hidden. India may grow its own food, but if the fertilizer that grows the food is imported, the energy that powers the fertilizer plant is imported, and the seeds are patented by foreign corporations, the self-reliance is more apparent than real.
The Difference Between Buying and Being Able to Make
Here is a subtle but crucial distinction that many economists miss: there is a difference between buying something from abroad and being able to make it domestically but choosing to buy it abroad.
If India buys advanced fighter jets from France because it is cheaper and faster than developing them domestically, that is a trade-off — cost savings now in exchange for dependency later. But if India develops the capability to design and build its own fighter jets, and then sometimes buys from France because the French product is better for a particular need, that is choice from a position of strength. The capability exists. The option is real. The dependency is voluntary and reversible.
This distinction is what separates strategic self-reliance from autarky. Autarky — the attempt to produce everything domestically and trade with no one — is foolish, wasteful, and impossible in the modern world. North Korea practices autarky, and its people starve. Strategic self-reliance means maintaining the capability to produce critical goods domestically, even if you do not always exercise that capability.
Japan exemplifies this approach. Japan is a major trading nation that imports heavily. But it maintains domestic capability in virtually every critical sector — steel, electronics, automotive, defense, energy, pharmaceuticals, and advanced manufacturing. Japan could, if it needed to, produce most of what it requires within its own borders. It chooses not to because trade is more efficient. But the choice is Japan's to make, because the capability exists.
THE SELF-RELIANCE SPECTRUM
AUTARKY TOTAL DEPENDENCE
(Make everything, (Make critical (Buy everything,
trade nothing) things, trade make nothing)
| for the rest) |
| | |
North Korea Japan, USA, Singapore*
(poverty, South Korea, (works only
stagnation) China, India because of
(aspiring) geographic luck
| | and global
| | stability)
v v v
┌─────────┐ ┌──────────┐ ┌─────────┐
│ Costs │ │ OPTIMAL │ │ Costs │
│ too │ │ ZONE │ │ too │
│ much │ │ │ │ much │
│ in │ │ Maintain │ │ in a │
│ normal │ │ critical │ │ crisis │
│ times │ │ capacity │ │ │
└─────────┘ │ Trade │ └─────────┘
│ for rest │
└──────────┘
* Singapore manages its vulnerability through
massive reserves, diversified trade partners,
and strategic alliances. But it knows it is
vulnerable. That awareness is itself a form
of security.
India's Quest: From Dependency to Capability
India's journey toward self-reliance has been long, uneven, and ongoing.
In the early decades after independence, India pursued self-reliance through the License Raj and import substitution. The results were mixed. India did develop domestic industries in steel, heavy engineering, chemicals, and defense. But the protected industries were often inefficient, technologically backward, and unable to compete globally. The cure — isolation from global competition — created its own disease.
After the 1991 liberalization, India swung toward the other end of the spectrum. Import barriers came down. Foreign investment poured in. Indian consumers got access to better products at lower prices. But the opening also increased dependencies. India's API imports from China, its reliance on foreign defense equipment, its oil import dependency — all of these grew in the post-liberalization era.
The current push — under the banner of "Atmanirbhar Bharat" (Self-Reliant India) — represents an attempt to find the optimal zone: open to trade but with domestic capability in critical sectors. The specific programs include:
Defense: India aims to become a net defense exporter by 2025 and has increased the share of defense procurement from domestic sources. The Tejas light combat aircraft, the Arihant nuclear submarine, the BrahMos missile, and the indigenous aircraft carrier INS Vikrant represent significant achievements. But India still imports the majority of its defense equipment, and indigenous programs often suffer from delays and cost overruns.
Semiconductors: India has announced a semiconductor manufacturing program with over $10 billion in incentives to attract chip fabrication facilities. Several projects are underway, but building a semiconductor ecosystem — not just a factory but the entire supply chain of materials, equipment, chemicals, design talent, and manufacturing expertise — takes a decade or more.
Pharmaceuticals: The PLI scheme for APIs aims to reduce dependence on Chinese imports for critical drug ingredients. New API manufacturing clusters are being developed. But the transition is slow because Chinese APIs remain significantly cheaper.
Energy: India is pursuing one of the world's most ambitious renewable energy programs, targeting 500 gigawatts of non-fossil fuel capacity by 2030. This is both climate policy and security policy — reducing oil import dependence while building energy sovereignty.
"Nations that depend on others for their critical technology — their defense, their communications, the control of their national bank — cannot be sovereign." — A. P. J. Abdul Kalam, former President of India and architect of India's missile program
What Actually Happened
The US CHIPS Act, signed into law in August 2022, committed $52.7 billion in subsidies to build semiconductor manufacturing capacity in the United States. This was the most dramatic industrial policy action by the US in decades — a country that had long preached free markets and comparative advantage was now spending tens of billions of taxpayer dollars to bring chip manufacturing back home. Why? Because the national security establishment had concluded that depending on Taiwan for 90 percent of advanced chips was an unacceptable risk, given the possibility of a Chinese military move against Taiwan. The EU followed with its own European Chips Act, committing $47 billion. Japan and South Korea announced similar programs. India joined the race. In the space of two years, the world's major economies collectively committed over $200 billion to semiconductor self-reliance. The era of "just buy it from whoever makes it cheapest" was over — at least for chips.
When "Buy It Cheaper" Goes Wrong
The argument for buying from abroad is seductive in its simplicity: if China makes APIs at half the cost, why would India spend more to make them domestically? If French fighter jets are superior to Indian ones, why not just buy French? If imported oil is available, why invest in expensive renewable energy?
The answer, in each case, is the same: because the supply can be cut off. And when it is, "cheaper" becomes infinitely expensive.
Consider a thought experiment. Suppose India imports 100 percent of a critical medicine from Country X. In normal times, this saves India Rs 5,000 crore per year compared to domestic production. Efficient. Rational. Cost-effective.
Now suppose Country X and India enter a diplomatic dispute. Country X restricts exports. The medicine becomes unavailable. People who depend on it — heart patients, diabetics, cancer patients — face shortages. Some die. The government scrambles to find alternative suppliers, paying five or ten times the normal price, while simultaneously trying to set up domestic production that will take two to three years to come online.
The Rs 5,000 crore saved over a decade of buying cheaply is wiped out in a single crisis. Not just in money, but in lives, in political stability, in strategic vulnerability.
This is the fundamental error in the "just buy it cheaper" argument: it treats the future as a continuation of the present. It assumes that today's peaceful trading relationships will persist indefinitely. It ignores the possibility — not the probability, the possibility — of disruption. And in a world where wars happen, pandemics happen, and geopolitical relationships shift, that possibility is not remote. It is certain, eventually.
"The market is a wonderful mechanism for producing and distributing goods. But it has no loyalty and no memory. It will sell to your enemy today what it sold to your friend yesterday." — Adapted from various strategic thinkers
The Cost of Self-Reliance
Let us be honest about the other side of this argument, because intellectual honesty requires it.
Self-reliance is expensive. Domestic production of critical goods almost always costs more than imports, at least initially. The Indian-made Tejas fighter costs more per unit than some imported alternatives. Domestic API production costs more than buying from China. Indian solar panels cost more than Chinese ones (though this gap is narrowing).
These higher costs are ultimately borne by taxpayers, consumers, or both. A government that subsidizes domestic defense production is spending money that could go to schools or hospitals. A policy that makes medicines more expensive by requiring domestic API production hurts the very patients it claims to protect in the short term.
Moreover, self-reliance can be used as a cover for crony capitalism and inefficiency. If domestic producers know they are protected from foreign competition, they have less incentive to improve quality or reduce costs. India's experience with the License Raj demonstrated this vividly — protected industries produced inferior goods at inflated prices, and the people who suffered most were ordinary consumers.
The answer is not to choose between self-reliance and efficiency. It is to pursue self-reliance strategically — in sectors where dependency is dangerous — while maintaining open competition everywhere else. It is to demand that domestic industries, even when protected, meet quality and cost targets. And it is to be transparent about the costs, so that citizens can make informed judgments about the trade-offs.
Think About It
Make a list of ten products you use every day. Now try to determine which ones India can produce entirely within its borders — from raw materials to finished product — and which ones depend on imports at some stage. You may be surprised at how few things are truly "Made in India" from start to finish. Does this concern you? Should it? For which products does it matter most?
The New Battleground: Technology and Data
The traditional categories of strategic self-reliance — steel, energy, food, defense — are being joined by new ones that would have been unimaginable a generation ago.
Artificial intelligence is becoming a tool of both economic and military power. The country that leads in AI will have advantages in everything from manufacturing and healthcare to surveillance and warfare. AI requires three things: data, computing power, and talent. Data is increasingly subject to sovereignty concerns — governments want to control where their citizens' data is stored and processed. Computing power depends on advanced chips, bringing us back to the semiconductor question. Talent is global, but retaining it requires domestic investment in education and research.
Cloud computing infrastructure is another concern. A growing share of the world's data and digital services run on cloud platforms operated by American companies — Amazon Web Services, Microsoft Azure, Google Cloud. This creates a dependency that few governments have fully reckoned with. If the servers that run your banking system, your health records, and your government services are controlled by companies in another country, subject to that country's laws and political decisions, how sovereign are you really?
5G and telecommunications equipment became a flashpoint when the United States pressured allies to ban Huawei, the Chinese telecommunications giant, from their 5G networks. The concern was that Huawei equipment could be used for Chinese espionage or could be disabled remotely in a conflict. India ultimately restricted Huawei's participation in its 5G rollout. Whether the security concerns were fully justified or partly motivated by trade rivalry is debated. But the underlying question is real: should a nation allow a potential adversary to build the backbone of its communications infrastructure?
Space and satellite technology is another domain where self-reliance has proven its worth. India's ISRO has built an indigenous space program that launches satellites at a fraction of the cost of Western alternatives. When India needed its own satellite navigation system rather than depending on American GPS — which could be degraded or denied in a conflict — it built NavIC (Navigation with Indian Constellation). This is self-reliance at its most practical: a capability that works in peacetime and survives in crisis.
CRITICAL SUPPLY DEPENDENCIES: WHERE INDIA STANDS
SECTOR IMPORT RISK PROGRESS ON
DEPENDENCE LEVEL SELF-RELIANCE
─────────────────────────────────────────────────────────
Crude oil ~85% EXTREME Renewable energy
push underway
─────────────────────────────────────────────────────────
Semiconductors ~100% EXTREME Fab projects
(advanced) announced,
5-10 years away
─────────────────────────────────────────────────────────
Pharma APIs ~68-70% HIGH PLI scheme,
(from China) new clusters
─────────────────────────────────────────────────────────
Defense ~60-70% HIGH Tejas, Arihant,
equipment (imports) BrahMos; still
heavy imports
─────────────────────────────────────────────────────────
Fertilizers ~30-40% MODERATE Nano urea,
(potash/ new plants
phosphate)
─────────────────────────────────────────────────────────
Telecom LOW-MODERATE MODERATE Huawei restricted,
equipment domestic 5G push
─────────────────────────────────────────────────────────
Food grain LOW LOW Self-sufficient
(net exporter) (but inputs
imported)
─────────────────────────────────────────────────────────
Steel LOW LOW Major producer,
largely self-
sufficient
─────────────────────────────────────────────────────────
EVERY RED CELL IS A STRATEGIC VULNERABILITY.
The question is not whether disruption will come,
but when — and whether we will be ready.
"A chain is only as strong as its weakest link. A nation is only as secure as its most critical dependency." — Common wisdom, applied to geopolitics
Think About It
South Korea and Taiwan — two of the most technologically advanced economies in the world — both live under the shadow of hostile neighbors with large militaries. Both have invested heavily in becoming indispensable to the global economy: South Korea in memory chips and displays, Taiwan in advanced chip manufacturing. Is this a form of self-reliance? Or is it a strategy of making yourself so important to the world that the world cannot afford to let you be destroyed? Is there a lesson here for India?
The Bigger Picture
We began with Indian soldiers in the Himalayas in 1962, facing a superior force with inferior equipment because their nation could not make what it needed. We have traveled through the medicine cabinet and the chip factory, through oil fields and wheat fields, through the pandemic chaos of 2020 and the semiconductor wars of the 2020s.
What have we learned?
First, that the theory of comparative advantage — buy what others make cheaper — is an excellent guide for most of economics but a dangerous one for matters of survival. Efficiency is a peacetime virtue. Resilience is a wartime necessity. And since no one knows when peacetime will end, a wise nation prepares for both.
Second, that the list of "critical goods" is not fixed. It evolves with technology and geopolitics. Steel and coal were critical in the nineteenth century. Oil was critical in the twentieth. Semiconductors, AI, and data are critical in the twenty-first. A nation that protects yesterday's critical industries while ignoring tomorrow's is guarding the wrong fort.
Third, that self-reliance does not mean isolation. It means capability — the ability to produce what you need, even if you normally choose to buy it. The goal is not to stop trading. The goal is to ensure that your trading is a choice, not a compulsion. A nation that trades from strength is a partner. A nation that trades from desperation is a supplicant.
Fourth, that the costs of self-reliance are real and must be managed honestly. Protecting domestic industries without demanding improvement leads to inefficiency and corruption. The goal is not permanent protection but temporary support that builds genuine capability — industries that can eventually compete on their own.
And finally, that economic security and national security are not separate domains. They are the same domain. The wars of the future will be fought not just with missiles and tanks but with supply chains and sanctions, chip embargoes and energy cutoffs. The nation that controls its own critical supply chains — that can feed, fuel, arm, medicate, and compute for itself — is a nation that can withstand pressure, negotiate from strength, and chart its own course.
That is what self-reliance means. Not the rejection of the world, but the ability to face it on your own terms.
"The wise man builds his house upon the rock. And sometimes, the wise nation builds its own steel mill, even when imported steel is cheaper." — Not from any scripture, but perhaps it should be
The things a nation makes are not just economic outputs. They are expressions of sovereignty. When India builds its own fighter jet, however imperfect, it is saying something about who it intends to be. When it builds its own semiconductor plant, however expensive, it is investing not just in chips but in the ability to choose its own future.
That ability — the ability to choose — is the most valuable product any nation can manufacture.