Critically examine the role of the India Semiconductor Mission in building a resilient semiconductor supply chain. What challenges remain?

Launched under the Semicon India Programme with an outlay of Rs. 76,000 crore (2021, modified 2023 for uniform 50% fiscal support), the India Semiconductor Mission (ISM) — an executive body under Digital India Corporation, MeitY — seeks to anchor chip fabrication, packaging and design domestically [2]. Its record shows real ecosystem-building, but resilience remains partial.

Contribution to supply-chain resilience

• Scale of approvals: 10 projects worth ~Rs. 1.60 lakh crore across 6 states, spanning CMOS and silicon-carbide fabs, advanced and memory packaging [5]; the May 2026 Cabinet nod added two Gujarat units worth Rs. 3,936 crore with 2,230 skilled jobs [1].
• Technological diversification: approval of India's first commercial Mini/Micro-LED display fab using Gallium Nitride with GaN foundry services on 6-inch wafers moves India beyond silicon into compound semiconductors used in EVs, 5G and power electronics [1].
• Cluster formation: Dholera and Surat build agglomeration economies, while ISM 2.0 targets equipment, materials and full-stack Indian IP — the genuinely import-dependent segments [4].
• Talent pipeline: expansion of design training from 315 to 500 academic institutions [4].

Critical assessment and remaining challenges

• Packaging-heavy portfolio: 8 of 10 units are ATMP/OSAT — the low value-added end; leading-edge logic nodes remain absent [5].
• Incentive misreading: Rs. 76,000 crore is government subsidy, not capacity created; several units are still in construction or pilot production [5][2].
• Input dependence persists: gallium, high-purity chemicals, EUV-class equipment and core IP are imported, so a "resilient" chain still has foreign chokepoints [4].
• Ecosystem gaps: assured water and uninterrupted power, fab-grade skilled manpower, and long gestation before commercial yields.

ISM has credibly converted India from a chip consumer into an emerging assembly-and-fabrication node, though depth still trails breadth. Sustaining it requires ISM 2.0's pivot to materials, equipment and indigenous IP, coupled with critical-minerals security and trusted-partner arrangements — advancing the constitutional mandate of self-reliant industrial development and SDG-9 on resilient infrastructure and innovation.