Why has India’s chip self-reliance become a national-level priority instead of an industrial choice?

Why India’s Semiconductor Self-Reliance Has Shifted from an Industry Choice to a National Priority

India’s semiconductor industry is being redefined not merely because it belongs to high-tech manufacturing, but because it has become embedded in nearly every key scenario of India’s future growth: smartphones, automobiles, 5G/6G networks, medical devices, aerospace, defense systems, and even rural digital services. The signal from the latest NITI Aayog report is clear: if India cannot build domestic chip capability faster, its industrial upgrading, foreign exchange stability, and security capabilities will continue to be constrained by external supply chains.

What makes this report most noteworthy is not the familiar refrain that “India needs to develop a chip industry,” but that it elevates semiconductors to the intersection of macroeconomics and national strategy. At present, India’s domestic industry can meet only about 5% to 10% of chip demand, while the remaining 90% to 95% depends on imports. In other words, the more India’s digital economy expands and the more electrified it becomes, the deeper its dependence on overseas chips grows. This means that the faster India grows, the heavier its import bill may become.

The chip import bill is becoming a macro risk variable

The figures released by NITI Aayog are striking: between FY17 and FY25, India’s total semiconductor imports reached nearly $150 billion, with import value rising from $5.7 billion to $30.3 billion, representing a compound annual growth rate of 23%. The implication is straightforward: semiconductors are no longer just a cost issue within a single manufacturing segment; they are becoming a highly elastic item in India’s recurring foreign exchange expenditure.

If this growth rate continues, the report projects that India’s annual import costs could rise to $240 billion by 2035. For an economy still trying to balance manufacturing expansion, energy imports, capital goods imports, and demand for consumption upgrading, such an import curve is clearly not something to ignore. It means that the deeper India’s technology consumption and industrial modernization go, the more vulnerable its trade structure becomes to new pressures if it lacks domestic supply chain support.

From an investment perspective, this is also why the chip issue is moving from “an electronics industry news item” to “a macro industrial allocation theme.” In the past, markets often focused India’s growth narrative on consumption, IT services, fintech, and infrastructure; now, semiconductors are beginning to become the underlying asset behind those narratives. Without chips, it is difficult for smartphones, automotive electronics, industrial automation, smart grids, medical devices, and communication networks to truly achieve localized cost optimization.

Supply chain weaknesses mean India cannot afford to be only a design powerhouse

India does have a certain foundation in semiconductor design. The report notes that leading fabless companies globally have design centers in India, and India also has about 20% of the world’s semiconductor design talent. This is one of the most easily underestimated parts of India’s semiconductor story: India is not starting from zero, and it has already formed internationally recognized capabilities in talent and design.

But design capability does not equal manufacturing capability.But design capability does not equal manufacturing capability. What truly determines industrial standing is whether wafer fabrication, packaging and testing, materials, equipment, and supply chain coordination are fully in place. At present, India’s semiconductor industry is still at an early stage. The government-led India Semiconductor Mission is laying the foundation, but there remains a clear gap before a mature ecosystem can take shape.

This is also why India’s chip strategy cannot stop at “attracting a few factories to set up here.” A truly sustainable semiconductor ecosystem requires not only capital expenditure, but also electricity, industrial water, logistics, fine chemicals, a talent pipeline, a supplier network, and long-term order support. In other words, semiconductors are not a matter of single-point breakthroughs, but a comprehensive test of manufacturing infrastructure and industrial organization capabilities.

Geopolitics is turning “localization” from a slogan into a necessity

The report places special emphasis on the window of global supply chain restructuring. This judgment is highly significant. Global chip production capacity is highly concentrated, especially in a few countries and regions. In normal times, such concentration reflects efficiency; in times of crisis, it reveals vulnerability. Whether it is tensions across the Taiwan Strait, the re-evaluation of supply chains centered on China, or the shortage lessons from the pandemic, countries are being reminded that semiconductor security and stability have become an important part of industrial competition.

For India, these external changes create a real opportunity. As global companies continue to pursue China+1 and supply chain diversification, if India can build a more complete semiconductor chain over the next few years, it may be able to move itself further from a “final consumer market” toward a “key manufacturing node.” This would not only help enhance export competitiveness, but could also strengthen India’s bargaining power in the global division of labor in the electronics industry.

But the window will not remain open indefinitely. The semiconductor industry has a pronounced path dependence: first-mover advantages are strong, capital barriers are high, and learning curves are long. Once other countries first bind together production capacity, technology, and customer relationships, the cost of catching up for latecomers rises significantly. Therefore, NITI Aayog’s statement that “the window of opportunity is narrowing” is not rhetoric, but an industrial reality.

Defense demand is pushing the chip issue from industrial policy to security policy

Another often overlooked dimension is defense and aerospace. The report points out that some semiconductor devices used in India’s defense systems still rely on overseas supply, while drones, naval systems, and airborne platforms remain highly dependent on imported chips. For India, which is advancing military modernization, this is not only a cost issue, but also one of supply security and technological autonomy.

This means that semiconductor localization is not simply about “supporting manufacturing,” but about providing the foundation for broader national capability building. Modern defense systems are essentially high-density electronic systems. Once chip supply is disrupted, what is affected is not a single piece of equipment, but the delivery pace, upgrade cycle, and maintenance capacity of the entire equipment system.In this sense, India’s chip strategy is less an industrial policy than part of state capacity building. For an economy seeking greater strategic autonomy, the availability of critical components is itself a matter of security.

5G, 6G, and the real prerequisite for “affordable technology”

The report also connects semiconductors with digital inclusion. 5G and future 6G networks are expected to improve rural connectivity, telemedicine, and precision agriculture, but for these technologies to be deployed at scale, end devices must be affordable.

This is another significance of domestic chip manufacturing: it affects not only high-end manufacturing, but also whether digital technologies can enter mass markets at lower cost. If India can achieve a degree of localization in its chip supply chain, the costs of smartphones, telecom equipment, and related terminals are likely to fall, thereby further increasing the penetration of digital services.

India’s digital economy narrative has long relied mainly on UPI, fintech, and the scale of mobile internet users; in the future, whether this narrative can continue expanding will depend on whether underlying hardware costs decline. Chip self-reliance thus becomes the industrial foundation of Digital India, rather than merely a manufacturing issue.

The real test for India’s semiconductor industry is whether it can form a closed loop from “design to manufacturing”

At present, India’s strength lies in design, while its weakness lies in manufacturing. Capital is flowing into packaging and assembly, and the first wafer fab in Dholera, Gujarat, is expected to begin production in 2028. All of this shows that India is not lacking progress. The question is whether these projects can truly be linked into an ecosystem that is replicable, scalable, and commercially viable.

The difficulty of the semiconductor industry has never been whether a single factory can be built, but whether, once built, it can keep operating, maintain stable yields, attract upstream and downstream partners, secure customer orders, and ultimately turn technology, supply chains, and capital into long-term competitiveness. For India, this is a long-term test of industrial organization capability.

If successful, India will not only reduce its dependence on imports, but may also gain a higher position in the global chip value chain; if progress is slow, India will continue to buy the fruits of global technological progress at enormous foreign exchange cost.

The larger significance: Indian manufacturing is shifting from an “assembly center” to a “critical node”

The importance of the semiconductor industry lies precisely in its ability to test whether India’s manufacturing upgrade has truly entered deeper waters. If a country only assembles end products, growth depends more on consumption expansion; but if it can master core components and basic materials, it means it is beginning to possess stronger industrial control.

This is also why the chip issue appears on the same policy map as Make in India, PLI policies, supply chain restructuring, export competitiveness, and technological sovereignty. Semiconductors are not an isolated industry, but the “underlying multiplier” of the future manufacturing system.For investors and companies, what really deserves attention is not a single project signing, but whether India can, over the next few years, turn design advantages into manufacturing capabilities, policy support into industrial density, and import dependence into a larger share of domestic supply. Only then will chip self-reliance be more than a strategic slogan; it will become a truly visible thread in India’s long-term growth story.

SEO Description NITI Aayog指出, India’s reliance on chip imports and associated security risks are rising, and semiconductor self-reliance is becoming a key issue in India’s manufacturing upgrade, digital economy expansion, and supply chain restructuring. This article analyzes from macroeconomic, industrial chain, and investment perspectives why India’s semiconductors have entered the national priority agenda.