Nearly 98 percent of smartphones sold in India are now made in India
As nations increasingly treat semiconductor supply chains the way previous generations treated oil fields — as strategic lifeblood — India is making a deliberate and costly wager on technological sovereignty. Under the India Semiconductor Mission, the government has committed tens of thousands of crore rupees to build the chips that power surveillance systems, data centers, and smartphones at home, rather than importing them from abroad. The move reflects a broader philosophical shift: that a nation's security and prosperity in the digital age depend not merely on consuming technology, but on commanding the means to produce it.
- India's near-total dependence on foreign semiconductors has long been a quiet vulnerability — chips power everything from hospitals to defense systems, and importing them means ceding a measure of sovereignty with every shipment.
- The government has responded with rare financial urgency, committing Rs 65,000 crore of a Rs 76,000 crore allocation under the India Semiconductor Mission, signaling that this is not a pilot program but a structural transformation.
- The results are already reshaping the economy — electronics manufacturing has quadrupled in a decade, 98% of smartphones sold in India are now made there, and exports of mobile phones alone reached Rs 1.5 lakh crore last year.
- The next frontier is chipsets themselves: over Rs 200 crore is being directed toward energy-efficient microprocessors for CCTVs and high-performance servers, with a two-year target to eliminate all mobile component imports.
- Semicon 2.0 is already in preparation, signaling that India views this not as a finished project but as an ongoing strategic posture — self-reliance framed not as retreat from the world, but as the foundation for competing within it.
India is moving to manufacture its own chipsets for surveillance cameras and data center servers, with Electronics Minister Ashwini Vaishnaw announcing an investment of more than Rs 200 crore in energy-efficient microprocessors. The announcement is part of a sweeping national effort to end dependence on foreign semiconductor suppliers — a dependence that carries real risk, given that chips now underpin hospitals, transportation, defense, and communications infrastructure.
The India Semiconductor Mission, launched in 2021 with a Rs 76,000 crore allocation, has already produced measurable results. Electronics manufacturing output grew from Rs 2.4 lakh crore in 2014 to Rs 9.8 lakh crore in 2024. Mobile phone production now accounts for Rs 4.4 lakh crore annually, with exports of Rs 1.5 lakh crore — and 98% of smartphones sold in India are now made domestically, a near-complete reversal from a decade ago.
Vaishnaw set an ambitious two-year target: full domestic production of every mobile phone component, eliminating the need for any imported parts in smartphone assembly. He also pointed to other homegrown successes — the Kavach railway safety system, the UPI payments platform, and Zoho, the Chennai-based software company now used by over 12 lakh central government employees and employing 18,000 people worldwide.
Production-linked incentive schemes have been central to this transformation, drawing manufacturers like Apple to expand Indian operations and making domestic producers globally competitive. The government frames the effort not as economic nationalism for its own sake, but as the construction of world-class capacity — self-reliance as strength rather than isolation.
The next chapter, Semicon 2.0, is already being shaped through inter-ministerial discussions. The chipsets now being developed for CCTVs and servers represent India's ambition to build not generic components, but the precise, high-value chips the country actually needs — defining its semiconductor future on its own terms.
India is moving to build its own chipsets for surveillance systems and data center servers, marking another step in the country's push toward semiconductor independence. Electronics Minister Ashwini Vaishnaw announced on Saturday that the government will commit more than 200 crore rupees to develop energy-efficient microprocessors capable of powering high-performance computing applications. The initiative sits within a much larger ambition: to free India from reliance on foreign semiconductor suppliers and establish domestic production across the entire electronics ecosystem.
The stakes are substantial. Semiconductors underpin modern life—they run hospital equipment, transportation networks, communication systems, defense infrastructure, and space programs. As the world accelerates toward digital automation, control over chip manufacturing has become as strategically important as oil reserves once were. India's government has recognized this, and the investment reflects that understanding.
The India Semiconductor Mission, launched in 2021, has already reshaped the landscape. The government allocated 76,000 crore rupees to the effort, and nearly 65,000 crore has been committed so far. In just four years, the sector has moved from aspiration to tangible production. The results are visible: India's electronics manufacturing output grew from 2.4 lakh crore rupees in 2014 to 9.8 lakh crore in 2024. Mobile phone manufacturing alone now accounts for 4.4 lakh crore rupees in annual production, with exports reaching 1.5 lakh crore rupees last year. Nearly 98 percent of the smartphones sold in India are now made in India—a dramatic reversal from a decade ago when the country was almost entirely dependent on imports.
Vaishnaw outlined an even more ambitious target: complete domestic production of all mobile phone components within two years. This would mean India no longer needs to import a single critical part for smartphone assembly. The minister also highlighted other homegrown innovations—the railway anti-collision system called Kavach, the digital payment platform UPI, and the widespread adoption of Zoho, an Indian software company that has onboarded over 12 lakh central government employees onto its productivity suite. Zoho, headquartered in Chennai, now operates 55 applications across major business categories and employs more than 18,000 people globally.
The government's strategy has relied heavily on production-linked incentive schemes launched as part of the Atmanirbhar Bharat (self-reliant India) initiative. These schemes have attracted major manufacturers—Apple began producing iPhones in India in 2017 and has expanded operations since. The incentives are designed to make Indian manufacturers competitive globally, draw foreign investment, boost exports, and reduce the country's dependence on imports.
Vaishnaw, who also serves as Railways and Information and Broadcasting Minister, has been vocal about Prime Minister Narendra Modi's call for swadeshi—the adoption of indigenous products and services. The minister emphasized that quality standards must be maintained even as India builds its domestic capabilities. The message is clear: self-reliance is not about isolation, but about building world-class capacity at home.
The government is already preparing the next phase of this strategy, called Semicon 2.0. Internal discussions are underway with various ministries to shape the program's direction. The chipsets being developed for CCTVs and servers represent the kind of specialized, high-value applications that will define India's semiconductor future—not just copying what others make, but building the specific components the country needs.
Citações Notáveis
India is developing advanced chipsets that will be able to run various high-tech applications, including CCTVs— Ashwini Vaishnaw, Minister for Electronics and Information Technology
Within two years, India will achieve complete domestic production of mobile phone components— Ashwini Vaishnaw
A Conversa do Hearth Outra perspectiva sobre a história
Why does it matter that India makes its own chipsets for CCTVs and servers specifically? Why not just import them?
Because every chip that comes from abroad is a vulnerability. If supply chains break or geopolitical tensions rise, critical infrastructure—surveillance, data centers, hospitals—goes dark. Making them at home means control.
But India is still developing these. They're not ready yet, right?
Right. That's why the 200 crore investment and the two-year timeline matter. They're saying this is urgent, not someday.
The article mentions 98 percent of phones are made in India now. That's a huge shift. How did that happen so fast?
The production incentive schemes worked. Companies like Apple saw the incentives and the scale of the Indian market and decided to manufacture here instead of just selling here. Once one major player moves, others follow.
What's Semicon 2.0? Is this just more of the same?
It's the next chapter. The first phase proved the concept works. Now they're planning how to go deeper—probably into more specialized chips, more advanced manufacturing, maybe attracting more foreign investment.
Does this actually make India economically secure, or is it just nationalist theater?
Both matter. Yes, there's a political message about swadeshi. But the numbers are real—9.8 lakh crore in electronics manufacturing, 1.5 lakh crore in exports. That's not theater. That's an industry being built.