India Launches Ambitious Semiconductor Roadmap Aimed at Global Industry Leadership by 2035

DNI SUMMARY — KEY POINTS

• NITI Aayog has unveiled a strategic blueprint projecting a USD 120-150 billion value chain by 2035 to position India as a critical global semiconductor node.
• The government introduced the India Semiconductor Mission 2.0 which focuses on deep-tech ecosystem scaling through co-investment models and advanced research infrastructure support.
• Industry leaders and investors have strongly backed the new equity-based financing model that mitigates high entry barriers for semiconductor startups and manufacturing entities.
• Key officials emphasize that India must transition from a consumer of imported chips to a producer of full-stack intellectual property and high-performance hardware.
• State governments like Uttar Pradesh are complementing national policies with aggressive incentives such as electricity subsidies and tax exemptions to attract large-scale manufacturing investments.

India is embarking on a decisive transformation of its technology landscape as the NITI Aayog formalizes a long-term roadmap to establish a robust domestic semiconductor value chain. By setting a target of USD 120-150 billion by 2035, the nation aims to shift from its historical role as a downstream importer to becoming a central player in the global chip ecosystem. This initiative moves beyond foundational capacity building, prioritizing technological sovereignty and the creation of a high-growth environment for advanced hardware production and indigenous intellectual property development.

Strategic Evolution of National Policy

Strategic Evolution of National Policy

The introduction of India Semiconductor Mission 2.0 marks a critical evolution from the initial phase of ecosystem establishment to one of deep scaling and industrial fortification. Unlike previous iterations that focused primarily on basic fiscal grants, the new policy emphasizes the development of specialized semiconductor equipment and materials within domestic borders. By fostering industrial-led research and specialized training centers, the government aims to bridge the persistent talent gap that has historically hampered high-tech growth, ensuring the workforce remains globally competitive and future-ready.

Leveraging Regional Manufacturing Strengths

A central component of this industrial upgrade is the adoption of an equity co-investment model, which has received widespread support from venture capital circles. By taking equity stakes in nascent chip startups, the government is effectively lowering the financial risk for private investors engaged in capital-intensive deep-tech projects. This innovative approach allows public funds to be recycled efficiently while providing promising companies with the long-term stable capital necessary to navigate the arduous multi-year cycles typical of the semiconductor industry.

Leveraging Regional Manufacturing Strengths

Pioneering Sustainable Growth Frameworks

State-level initiatives are accelerating the national agenda, with regions like Uttar Pradesh providing targeted fiscal support for large-scale production facilities. By offering incentives such as 10-year GST exemptions and significant power tariff reductions, these states are actively lowering the operational overheads for global and domestic manufacturers. This regional competition for high-value projects is successfully attracting major investments, exemplified by recent joint ventures that link local infrastructure with international expertise to produce essential display driver chips and other critical components.

Experts have increasingly advocated for a differentiated strategy that leverages India’s established strengths in chip design rather than competing solely on commodity foundry volume. By focusing on the More-than-Moore approach, the nation intends to capture lucrative niche segments such as quantum computing and high-performance AI chips. This specialization allows Indian firms to build advanced intellectual property that is inherently more valuable, thereby improving profit margins and establishing a unique competitive moat in the global semiconductor trade and manufacturing landscape.

A Coordinated Vision for Connectivity

Pioneering Sustainable Growth Frameworks

The structural challenges inherent in the sector, such as the long gestation periods for fabrication facilities, are being addressed through integrated policy reforms. These efforts include the upcoming SEZ 2.0 framework, which seeks to harmonize export promotion schemes and reduce the compliance burden for high-tech manufacturing units. By streamlining regulatory pathways, the state aims to create a unified and efficient trade environment that encourages international corporations to utilize India as a primary manufacturing hub for their global supply chains.

Technological self-reliance remains the cornerstone of the broader vision, as demonstrated by the successful presentation of indigenous processors at industry-wide forums. While these milestones reflect significant progress in space-grade and defense-ready hardware, the focus is now expanding toward mass-market commercial applications. The goal is to ensure that India remains a reliable partner in the global semiconductor network, capable of securing its own digital systems while contributing to the security and resilience of international supply chains through reliable domestic production.

A Coordinated Vision for Connectivity

Looking toward the next decade, the alignment between central government directives and state-level policy execution will determine the pace of progress. By addressing systemic issues such as capital availability and specialized human capital development, the nation is laying the groundwork for a sustained technological expansion. If executed successfully, these reforms will redefine India's industrial identity, transforming it into a self-sustaining powerhouse of electronics manufacturing that balances local demand with the requirements of a rapidly digitizing global economy.