India’s Semicon 2.0: AI Chip Design Leadership

India has initiated Semicon 2.0, a sweeping policy redirection backed by a ₹1.27 lakh crore budget, signaling a strategic intent to become a global leader in semiconductor intellectual property and advanced chip design. This six-year program, commencing from the 2026-27 financial year, represents a fundamental re-evaluation of national industrial strategy, moving beyond the limitations of prior initiatives like the Design-Linked Incentive (DLI) scheme.

The core of Semicon 2.0 lies in its innovative co-investment model, a direct response to the capital intensity of cutting-edge chip development. The previous DLI framework provided a modest cap of approximately ₹15 crore per project, a sum woefully inadequate for complex designs that can demand upwards of ₹1,000 crore. The new model strategically partners the government with private venture capitalists and institutional investors, leveraging their expertise in startup selection and vetting while providing the necessary financial scale for high-cost, high-impact projects.

This structural pivot highlights a clear distinction between design and manufacturing objectives within India’s semiconductor ambitions. While local chip manufacturing remains a long-term aspiration, Semicon 2.0 prioritizes establishing a robust design ecosystem. This focus on indigenous semiconductor intellectual property is crucial for securing a strategic position higher up the global value chain, recognizing that control over design often dictates the ultimate utility and economic value of silicon.

Currently, India boasts over 100 chip development startups, many of which operate in less complex domains. Semicon 2.0 aims to elevate this landscape by offering flexible incentives, including grants, equity participation, and royalty-linked payments, notably without a strict per-company investment cap. This approach is designed to encourage domestic firms to undertake more challenging and technologically sophisticated design projects, which are essential for true global competitiveness.

The success of this ambitious program hinges on two critical factors. First, the capability of domestic firms to execute these complex designs effectively will be paramount. Second, the willingness of the private venture capital sector to actively participate within the co-investment framework will determine the initiative’s ability to mobilize the requisite capital and expertise, transforming policy intent into tangible technological leadership.