India Unveils Bold Roadmap to Secure Global Semiconductor Sovereignty by 2035

IR SUMMARY — KEY POINTS

• India has launched a comprehensive 10-year semiconductor roadmap aiming to establish a massive domestic value chain worth up to 150 billion dollars by 2035.
• The government aims to pivot from being a major chip importer to becoming a critical global node through strategic investments in design and advanced packaging.
• Finance Minister Nirmala Sitharaman and IT Minister Ashwini Vaishnaw officially unveiled the plan which reinforces the priorities established in the new India Semiconductor Mission 2.0.
• Industry experts emphasize that this strategy focuses on niche strengths like wide-bandgap semiconductors rather than attempting to compete directly in all legacy manufacturing sectors.
• The roadmap identifies five core pillars including frontier research, policy support, production scaling, talent development, and international partnerships to achieve its long-term industrial goals.

India has officially embarked on a transformative decade for its electronics sector with the release of the Future of India’s Semiconductor Industry roadmap by the NITI Aayog. This strategic blueprint outlines a clear path to building a domestic semiconductor value chain valued between 120 and 150 billion dollars by 2035. By moving away from purely assembly-based operations toward deep technology ownership, the nation is positioning itself to become an indispensable node within the global silicon network. The policy arrives as a direct evolution of the India Semiconductor Mission 2.0 framework announced in the latest Union Budget.

Shifting Towards Silicon Sovereignty

The roadmap acknowledges that while India currently captures nearly one-fifth of global chip design talent, it remains heavily dependent on imports for physical hardware. The strategy explicitly rejects the idea of a standard catch-up race with established manufacturing giants. Instead, the focus rests on selective, high-value depth in areas such as advanced packaging, compound semiconductors, and intellectual property development. By prioritizing these specific sectors, India aims to mitigate the massive foreign exchange outflow that saw the country spend over 150 billion dollars on chip imports between 2017 and 2025.

Modern geopolitics and supply chain vulnerabilities have rendered the pursuit of silicon sovereignty a national security imperative rather than a mere industrial goal. Semiconductors now serve as the foundational infrastructure for defense systems, artificial intelligence, and electric mobility platforms. Policymakers have recognized that relying on external sources for 95 percent of domestic demand creates an unacceptable economic risk. The new guidelines aim to bolster domestic capabilities, ensuring that critical technologies supporting digital public infrastructure and national defense remain under local control and accessible even during global supply disruptions.

Pillars Of Strategic Growth

Strategic pillars form the backbone of this 10-year vision, categorizing efforts into research, policy, production, talent, and international collaboration. The government plans to leverage its existing strength in design to create over 100 breakthrough design IPs by 2035. This initiative is supported by tiered subsidies for Electronic Design Automation tools and an AI-enabled engineering mission designed to accelerate design cycles. Such measures are intended to lower the barrier to entry for domestic startups and established firms alike, fostering a culture of high-tech innovation within the country.

Advanced packaging and Outsourced Semiconductor Assembly and Test services represent some of the most significant growth opportunities identified for the Indian market. The roadmap targets a top-three global position in these categories by focusing on chiplets and 3D stacking technologies which are becoming increasingly essential as architectures grow more complex. By integrating with global technology blocs including the United States and Japan, India intends to transition its local factories into reliable components of the Western supply chain, enhancing both market access and technological prestige.

Advanced Manufacturing And Packaging

Compound semiconductors, specifically those utilizing silicon carbide and gallium nitride, are positioned as a strategic priority for the electric vehicle and telecommunications sectors. These materials allow for higher power efficiency and durability, making them ideal for the rapid electrification of the Indian automotive fleet. The roadmap anticipates that the rise of domestic clusters will transform regional industrial landscapes, creating thousands of high-skilled jobs. NITI Aayog officials emphasize that the emergence of these hubs will serve as a catalyst for broader economic growth across various industrial states.

Financial viability remains a central challenge, given that a modern wafer fabrication facility requires multi-billion dollar investments and years of lead time before hitting peak efficiency. The policy framework seeks to address this by implementing state-backed risk sharing and differential pricing mechanisms for critical inputs like power and water. Officials understand that success depends on coordinating support across multiple ministries to ensure that domestic production remains competitive. The initiative is bolstered by substantial allocations to expand renewable energy infrastructure, which is vital for energy-intensive semiconductor manufacturing.

Building A Sustainable Future

Long-term success depends on a sustained transition from basic capacity creation to deep capability building across the entire electronics ecosystem. By focusing on mature logic nodes and specialized semiconductor packaging, the government is playing to the unique strengths of the Indian engineering workforce. While the target of 150 billion dollars is ambitious, it aligns with the broader vision of a self-reliant economy capable of leading in the next generation of global tech. This roadmap marks the beginning of an era where India is no longer just a consumer, but a primary creator of silicon.

sectionHeadings

Shifting Towards Silicon Sovereignty

Pillars Of Strategic Growth

Advanced Manufacturing And Packaging

Building A Sustainable Future