India Takes Bold Steps to Lead Global Semiconductor Supply Chain Amid Geopolitical Disruptions

In a significant development for India's technology sector, Prime Minister Narendra Modi inaugurated the country's latest semiconductor facility in Sanand, near Ahmedabad, on Tuesday, marking a pivotal moment in the nation's journey toward technological self-reliance. The event saw the launch of Kaynes Semicon's outsourced semiconductor assembly and test (OSAT) facility, a milestone that signals India's growing ambitions in the global semiconductor ecosystem.

Addressing the gathering, the Prime Minister highlighted the critical challenges facing global supply chains in the 21st century, particularly those triggered by ongoing geopolitical conflicts. He emphasized that disruptions in the supply of essential components like chips, rare earth minerals, and energy resources have had far-reaching consequences for global development.

"Global supply chains have suffered a lot, be it chips, rare earth minerals or energy. They have been badly affected by conflicts," Modi stated. "These are intrinsically linked to the accelerated progress of humanity, and any disruptions in these supply chains or their flow affect the development of the entire human race. Thus, it is extremely important for global development that India advances in this direction."

The Prime Minister's remarks underscore the strategic importance of semiconductors in the modern economy and India's determination to position itself as a reliable player in this critical sector. As a democratic nation with growing technological capabilities, India sees an opportunity to fill the gaps created by supply chain vulnerabilities exposed during recent global crises.

India's semiconductor strategy extends beyond just manufacturing facilities. The country is actively working on multiple fronts to build a comprehensive ecosystem that includes not only assembly and testing capabilities but also efforts to secure a resilient supply chain for raw materials. Modi pointed out that India's recent participation in Pax Silica exemplifies this holistic approach.

Pax Silica, a US-led strategic coalition launched in December 2025, focuses on securing critical technology supply chains with particular emphasis on semiconductors, artificial intelligence, and rare-earth elements. India's membership in this coalition reflects its commitment to working collaboratively with global partners to ensure supply chain security.

"India is strengthening its role as a reliable semiconductor supplier in the global market. India is actively building a robust semiconductor ecosystem and simultaneously making significant efforts to establish a resilient supply chain for raw materials," the Prime Minister explained. "Working in tandem with our global partners, we aim to ensure a secure supply chain."

The inauguration of the Kaynes Semicon facility represents more than just another manufacturing unit coming online. It symbolizes India's integration into the global semiconductor value chain as a serious contributor rather than merely a consumer. The Prime Minister drew an evocative parallel, saying, "In a sense, a new bridge has emerged today between Sanand and Silicon Valley." This connection is tangible, as the plant will supply intelligent power modules to a California-based company, demonstrating India's capability to meet international quality standards.

The numbers behind India's semiconductor ambitions are impressive. According to industry estimates cited by Modi, India's semiconductor market currently stands at approximately Rs 4.5 lakh crore. However, projections suggest this figure will more than double to cross Rs 9 lakh crore by the end of the decade. This explosive growth trajectory reflects both increasing domestic demand and India's expanding role in global supply chains.

"Our target is to manufacture the maximum number of chips for our needs right here in India," Modi declared. "The enthusiasm of global investors towards India's resolve is a big capital for us." This investor confidence is crucial, as semiconductor manufacturing requires substantial capital investment and cutting-edge technological expertise.

The Prime Minister characterized the current decade as India's 'Techade,' emphasizing that this period represents more than just economic competition. It's about fundamentally shaping the future technological landscape and ensuring India occupies a central position in it. He drew a connection between the semiconductor sector and India's artificial intelligence ambitions, noting, "India's AI ecosystem will get great strength from the rise of our semiconductor sector."

This observation highlights the interconnected nature of modern technology industries. Advanced semiconductors are essential for AI development, and as India builds its chip manufacturing capabilities, it simultaneously strengthens its position in the AI race.

The foundation for these developments was laid during challenging times. Modi recalled how India, in the midst of the Covid-19 pandemic, resolved to become a semiconductor manufacturing hub. Since then, the government has accelerated policy measures and investment initiatives to transform this vision into reality.

The India Semiconductor Mission, launched in 2021, has been instrumental in coordinating these efforts. According to the Prime Minister, projects worth Rs 1.60 lakh crore are currently underway under this initiative. Furthermore, the recently announced ISM 2.0 aims to deepen domestic manufacturing capabilities even further, building on the momentum generated by the initial phase.

Recognizing that hardware capabilities alone are insufficient, the government has placed equal emphasis on developing human capital.

Modi mentioned that the target of training over 85,000 design professionals will be achieved very soon. This skilled workforce is essential for supporting the sophisticated operations required in semiconductor design and manufacturing.

The 'Chips to Startup' programme exemplifies the government's integrated approach. "Technology development and a skilled workforce must go hand in hand. India is ensuring both," Modi emphasized. This programme aims to nurture innovation and entrepreneurship in the semiconductor space, creating a vibrant ecosystem that extends beyond large manufacturing facilities to include startups and research institutions.

The Prime Minister also addressed the critical issue of raw material security, which is fundamental to any sustainable semiconductor strategy. He highlighted several initiatives aimed at ensuring self-reliance in securing critical minerals. These include the National Critical Minerals Mission, a Rs 1,500-crore recycling scheme, and the proposed rare-earth corridor across coastal states.

These measures reflect a comprehensive understanding that true technological sovereignty requires control over the entire value chain, from raw materials to finished products. Rare earth elements and other critical minerals are essential inputs for semiconductor manufacturing, and securing stable supplies of these materials is crucial for long-term success.

The emphasis on recycling is particularly noteworthy, as it addresses both supply security and environmental sustainability concerns. By developing robust recycling capabilities, India can reduce its dependence on imports while also minimizing environmental impact.

The government's focus on establishing a rare-earth corridor across coastal states represents strategic geographic planning. This initiative aims to leverage India's mineral resources efficiently while creating regional development opportunities.

As India advances its semiconductor ambitions, the government has been careful to position these efforts within the broader context of energy and technology security for the coming decades. Modi emphasized that the government is laying a strong foundation in these areas, recognizing that they will be critical determinants of national strength and prosperity in the 21st century.

The inaugurated facility in Sanand is just one piece of this larger puzzle, but it represents tangible progress. As an OSAT facility, it will handle the crucial final stages of semiconductor production, including assembly, packaging, and testing. These operations require precision, quality control, and technical expertise, all of which India is demonstrating it can deliver.

The strategic location in Gujarat, a state known for its business-friendly environment and robust infrastructure, is no accident. The state has been actively courting technology investments and building the ecosystem necessary to support advanced manufacturing.

Looking ahead, India's semiconductor journey faces both opportunities and challenges. The global shortage of semiconductors experienced in recent years has highlighted the strategic importance of diversified supply chains. Countries and companies worldwide are seeking alternatives to concentrated production in a few Asian locations. This presents India with a window of opportunity to establish itself as a significant player.

However, competing in the semiconductor industry requires sustained investment, continuous technological upgrading, and patient capital. The industry is characterized by high barriers to entry, intense competition, and rapidly evolving technology. India's success will depend on maintaining policy consistency, continuing to develop skilled talent, and fostering an environment conducive to innovation.

The government's commitment, as evidenced by the substantial investments and policy initiatives announced, provides a strong foundation. The involvement of private sector players like Kaynes Semicon demonstrates that industry sees viable business opportunities in India's semiconductor sector.

Moreover, India's large and growing domestic market provides a natural advantage. As the country continues its digital transformation and technological advancement across sectors, demand for semiconductors will only increase. This domestic demand base can help support the industry while it builds capabilities to compete globally.

The Prime Minister's vision of creating a bridge between Sanand and Silicon Valley captures the essence of India's semiconductor strategy: becoming an integral part of global technology ecosystems while building domestic capabilities. This balanced approach seeks to leverage international partnerships and knowledge transfer while developing indigenous expertise and capacity.

As the facility begins operations and more projects under the India Semiconductor Mission come online, the coming years will be crucial in determining whether India can successfully establish itself as a major semiconductor hub. The foundation is being laid, investments are flowing, and talent is being developed. The commitment from the highest levels of government is clear.

For a democratic nation of India's size and ambitions, success in the semiconductor sector would represent more than economic achievement. It would enhance technological sovereignty, contribute to national security, and strengthen India's position in shaping global technology governance. As geopolitical tensions continue to affect supply chains, India's role as a reliable, democratic partner in critical technology sectors becomes increasingly valuable.

The inauguration in Sanand thus represents not just the opening of a facility but the advancement of a national vision that sees technology and manufacturing capability as central to India's future prosperity and global influence in the decades ahead.