The Global Chip Chokehold
In recent years, semiconductors have transformed from simple electronic components into geopolitical assets. The United States, in a bid to maintain its technological edge, has imposed significant export restrictions on advanced AI chips, primarily targeting
China. These rules are not just about market competition; they are a form of strategic containment, designed to slow down a rival's progress in artificial intelligence, which has applications in everything from supercomputing to advanced military hardware. These restrictions create a ripple effect across the globe. While not always the direct target, countries like India are impacted by the ensuing supply chain uncertainty and the re-alignment of technological alliances. The global semiconductor supply chain is notoriously complex and geographically concentrated, with a few locations like Taiwan dominating advanced manufacturing. This makes the entire system vulnerable to geopolitical shocks, trade disputes, and as seen recently, even regional conflicts that can disrupt critical material supplies.
India's High-Stakes Dependency
For decades, India's burgeoning technology sector has been built on imported hardware. The country is a powerhouse in software and chip design, with a significant portion of the world's semiconductor design engineers based here. However, when it comes to manufacturing, India has been almost entirely dependent on imports, which currently meet around 85% of its needs. This dependency is no longer just an economic concern; it's a strategic vulnerability. As India aims to become a trillion-dollar digital economy and a leader in AI, relying on unpredictable foreign supply chains for the foundational elements of this ambition is a massive risk. Industry leaders have voiced concerns that restrictions and supply caps could slow down the scaling of AI data centres in India, putting domestic companies at a disadvantage compared to global competitors. The message is clear: without a secure supply of chips, India's AI future remains subject to the whims of international politics.
The Push for Self-Reliance
Recognising this critical gap, the Indian government has launched an ambitious strategy to build a domestic semiconductor ecosystem. The India Semiconductor Mission (ISM), first launched with an outlay of ₹76,000 crore, is the centerpiece of this effort. The policy provides significant financial incentives—up to 50% of project costs in some cases—to attract global and domestic companies to set up fabrication (fab) and assembly/testing (ATMP/OSAT) units in India. On July 15, 2026, the government underscored its commitment by approving 'Semicon 2.0', the next phase of the program with an even larger outlay of ₹1.27 lakh crore, expanding the focus to include the broader supply chain of materials, equipment, and R&D. This push is already bearing fruit. Several projects have been approved across states like Gujarat, Assam, and Uttar Pradesh. Major players like Micron Technology are setting up assembly plants, while the Tata Group is building India's first commercial-grade chip fab in Gujarat. The government expects five semiconductor units to be operational by the end of 2026.
More Than Just Manufacturing
India's strategy is not just about building factories. It's a holistic plan to capture more of the value chain. The government is also promoting the domestic design of chips through its Design Linked Incentive (DLI) scheme, supporting numerous startups and MSMEs. This is crucial, as it builds on India's existing strength in design talent. Furthermore, there is a massive push to develop the required workforce, with hundreds of universities now offering semiconductor-related courses to train the engineers needed to run these advanced facilities. By joining international coalitions like the US-led Pax Silica initiative, India is also positioning itself as a trusted partner in global efforts to create more resilient and diversified semiconductor supply chains. This two-pronged approach—building domestic capacity while forging strategic international partnerships—is key to mitigating the risks of a fragmented global tech landscape.
The Road Ahead
Building a self-reliant semiconductor industry from a low base is a monumental task. The industry is incredibly capital-intensive, and it takes years to construct and ramp up a fabrication plant. India faces stiff competition from established players and other countries also vying for a piece of the chip manufacturing pie. The challenges are immense, from ensuring a constant supply of utilities like uninterrupted power and clean water to developing the entire ecosystem of specialty chemicals, gases, and equipment that fabs rely on. However, the geopolitical trigger of export restrictions has created an unprecedented sense of urgency. The disruptions have made it clear that technological sovereignty is not a luxury but a necessity. The global shift from 'just-in-time' efficiency to 'just-in-case' resilience in supply chains presents India with a historic opportunity.
