Cabinet Approves ISM 2.0 on 15 July 2026
India's Union Cabinet approved the second phase of the India Semiconductor Mission (ISM 2.0) on 15 July 2026, committing ₹1,27,500 crore — approximately $13.21 billion — to strengthen the country's semiconductor ecosystem over 12 years. The approval nearly doubles the ₹76,000 crore outlay of ISM Phase 1 (Semicon 1.0), which launched in 2021. ISM 2.0 is accompanied by a separate allocation for mobile phone manufacturing, reflecting the government's view that a viable semiconductor ecosystem requires both upstream chip capability and downstream device assembly at scale. The Cabinet also approved a ₹1,000 crore provision specifically for ISM 2.0 activities in FY 2026–27, establishing the immediate annual budget for the programme's initial phase. Three semiconductor manufacturing and packaging plants approved under ISM Phase 1 were already in commercial production at the time of the Phase 2 announcement.
Six Pillars of ISM 2.0
ISM 2.0 is structured around six areas of the semiconductor value chain. The first pillar is Wafer Fabrication — support for semiconductor fabs, the capital-intensive plants where silicon wafers are processed into chips. The second is Assembly, Testing, Marking and Packaging — ATMP and OSAT facilities that complete the manufacturing process once wafers leave the fab. The third is Semiconductor Equipment and Materials — the machines, chemicals, and specialty gases that fabs and ATMP plants consume, and which India currently imports almost entirely. The fourth is Chip Design and Indigenous Intellectual Property — support for designing chips with Indian-owned IP blocks, covering analogue, digital, and mixed-signal design. The fifth is Research, Development and Innovation — industry-led R&D centres and training institutions. The sixth is Talent Development and Resilient Supply Chains — semiconductor engineering workforce preparation and localisation of supply chains to reduce India's dependence on geographically concentrated global suppliers.
How ISM 2.0 Differs From Phase 1
ISM Phase 1 focused primarily on attracting large manufacturing investments to India — fabs and ATMP facilities — through fiscal support equivalent to 50 per cent of project cost for fabs and 25–30 per cent for ATMP. Of 12 semiconductor manufacturing and packaging plants approved under Phase 1, three reached commercial production. ISM 2.0 shifts the emphasis from manufacturing attraction to ecosystem consolidation and indigenous capability. The explicit goal of designing full-stack Indian semiconductor intellectual property is a strategic departure: Phase 1 was about getting chips manufactured on Indian soil; Phase 2 is about India owning the chip designs. The addition of semiconductor equipment and materials as a dedicated pillar reflects recognition that a country cannot sustain a semiconductor industry if it must import all the equipment and specialty inputs that fabs and ATMP plants run on. The 12-year timeline — extended from Phase 1's shorter horizon — reflects the generational scale of building indigenous semiconductor capability.
Private Investment and Expected Scale
The government expects ISM 2.0 to attract approximately ₹4 lakh crore in private investment over its lifetime, with semiconductor production output of ₹2 lakh crore expected during the scheme period. The leverage ratio — roughly three rupees of private capital for every rupee of public outlay — draws on the experience of ISM Phase 1, where approved private projects exceeded the government's initial capital commitment expectations. The semiconductor equipment and materials pillar is particularly relevant to private investors: the global market for semiconductor manufacturing equipment alone exceeded $100 billion in recent years, and India currently has minimal domestic production of either capital equipment or specialty materials for chipmaking. ISM 2.0's six-pillar structure creates entry points across the value chain, not only in the capital-heavy fab segment that dominated Phase 1 activity.
What ISM 2.0 Means for Indian Technology Businesses
For Indian software companies, system integrators, and enterprise technology teams, ISM 2.0 matters for reasons that extend beyond the chip manufacturing sector directly. The first is data centre and cloud infrastructure. India's rapidly growing cloud and AI build-out — driven by AWS, Azure, Google Cloud, and domestic operators — runs on chips. A domestic semiconductor supply base, even at a fraction of global capacity, reduces India's exposure to disruptions in the US-Taiwan-South Korea chip supply chain that have periodically constrained server availability and pricing. For companies making multi-year infrastructure investment decisions, ISM 2.0 provides relevant context for evaluating the long-term risk profile of data centre expansion in India.
The second implication is for the AI hardware layer. India's IndiaAI Mission and the broader ambition to become a global AI development hub depend on access to AI accelerators. ISM 2.0's emphasis on indigenous chip design IP and fab capability creates a foundation from which AI-specific chip projects could emerge over the programme's 12-year horizon. The National Association of Software and Services Companies and the Semiconductor Industry Association of India have both cited AI chip design as a near-term priority for ISM 2.0-funded activity.
The third is engineering talent. ISM 2.0's talent pillar explicitly targets semiconductor engineering skills — VLSI design, embedded systems, hardware verification — that are currently scarce relative to India's depth in software engineering. India trains approximately 2,000 VLSI engineers per year against an estimated demand of 25,000 by 2030. ISM 2.0's R&D and talent provision aims to close this gap through industry-led training centres, creating a pipeline relevant to any Indian company building hardware-adjacent AI or embedded systems products.
The Bottom Line
India's Union Cabinet approved ISM 2.0 on 15 July 2026 with a ₹1,27,500 crore ($13.21 billion) outlay — nearly double Phase 1's budget — covering six pillars of the semiconductor value chain: fabs, ATMP, equipment and materials, chip design and indigenous IP, R&D, and talent. The programme extends over 12 years and is expected to attract ₹4 lakh crore in private investment. Three ISM Phase 1 plants are already in commercial production. ISM 2.0's strategic shift — from attracting manufacturing to building indigenous capability and IP — reflects India's intent to own its semiconductor designs, not merely to host fabs. For Indian technology businesses, the programme is relevant to infrastructure resilience, AI hardware access, and engineering talent development across the decade ahead.
Frequently Asked Questions
What is India Semiconductor Mission 2.0 (ISM 2.0)?+
ISM 2.0 is the second phase of the India Semiconductor Mission, approved by India's Union Cabinet on 15 July 2026 with an outlay of ₹1,27,500 crore (approximately $13.21 billion). It runs for 12 years and covers six pillars of the semiconductor value chain: wafer fabrication, ATMP/OSAT manufacturing, semiconductor equipment and materials, chip design and indigenous IP, research and development, and talent and supply chains. ISM 2.0 builds on Phase 1 (Semicon 1.0, 2021), which had an ₹76,000 crore outlay and approved 12 semiconductor plants, three of which reached commercial production. The key strategic shift in Phase 2 is from attracting manufacturing investment to building India's own chip design intellectual property.
How does ISM 2.0 differ from ISM Phase 1?+
ISM Phase 1 focused primarily on attracting semiconductor manufacturing to India by subsidising 50 per cent of fab project costs and 25–30 per cent of ATMP costs. It approved 12 manufacturing and packaging plants and brought three into commercial production. ISM 2.0 shifts emphasis from manufacturing attraction to ecosystem consolidation and indigenous capability. New pillars covering semiconductor equipment and materials production, full-stack indigenous chip design IP, and a 12-year programme timeline (extended from Phase 1's shorter horizon) mark the differences. The nearly doubled outlay — ₹1,27,500 crore versus ₹76,000 crore — reflects the broader scope and the government's view that Phase 1 created sufficient manufacturing foundation to now invest in supply chain self-sufficiency and domestic IP ownership.
What are the six pillars of India Semiconductor Mission 2.0?+
The six pillars of ISM 2.0 are: (1) Wafer Fabrication — support for semiconductor fabs where silicon wafers are processed into chips; (2) Assembly, Testing, Marking and Packaging — ATMP and OSAT facilities that complete the manufacturing process; (3) Semiconductor Equipment and Materials — domestic production of the machines, chemicals, and specialty gases that fabs and ATMP plants consume; (4) Chip Design and Indigenous IP — support for designing chips with Indian-owned IP across analogue, digital, and mixed-signal design; (5) Research, Development and Innovation — industry-led R&D centres and training institutions; (6) Talent Development and Resilient Supply Chains — building semiconductor engineering skills and reducing dependence on geographically concentrated global suppliers. A ₹1,000 crore provision covers FY 2026–27 activity.
What does ISM 2.0 mean for Indian software and technology companies?+
For Indian software and technology companies, ISM 2.0 has three main implications. First, infrastructure resilience: a domestic semiconductor supply base reduces India's exposure to disruptions in the US-Taiwan-South Korea chip supply chain that periodically constrain server availability and cloud pricing. Second, AI hardware: ISM 2.0's indigenous chip design IP pillar creates the foundation for eventual AI accelerator development in India, relevant to companies building AI products that depend on hardware access. Third, engineering talent: ISM 2.0's talent pillar targets VLSI design, embedded systems, and hardware verification skills that are currently scarce. India trains approximately 2,000 VLSI engineers per year against an estimated 25,000 annual demand by 2030; closing that gap benefits any company building hardware-adjacent AI or embedded systems products.
Written by
TechPillow Team
Sharing insights on technology, product development, and the Indian tech ecosystem.