This article dives into India’s changing semiconductor policy scene. We’ll look at what ISM 1.0 actually got done, how ISM 2.0 tweaks the incentives, and what all this could mean for building a homegrown ecosystem that lasts.
With fresh investment data, updates on project progress, and a few expert takes, let’s see where India stands compared to the rest of the world—and what milestones might shape the next few years.
ISM 1.0: From policy declarations to a road map of projects
ISM 1.0 kicked off with political will and triggered a flurry of investment announcements—fabs, OSAT/ATMP, compound semiconductors, displays, and chip design. The INR760 billion incentive framework, approved in December 2021, was a big push.
By December 2025, India had signed off on ten semiconductor projects worth about INR1.60 trillion across six states. Gujarat added two more by May 2026. These numbers show intent, but most projects are still under construction, and India hasn’t really chipped away at global wafer supply or import dependence yet.
Investment momentum and project pipeline
The first phase of ISM 1.0 showed real commitment. But let’s be honest, building a mature manufacturing ecosystem takes time.
- INDUSTRY scale: The INR760 billion incentive package set the stage for big investments in both front-end and back-end segments.
- Project breadth: Ten projects and INR1.60 trillion in investment by 2025—pretty wide pipeline with fabs, packaging, and design spread across several states.
- Progress status: Most projects are still being built. Delays with site readiness and supply chain hiccups are common.
- Geographic spread: Six states landed approved investments, and Gujarat picked up two more by 2026. That shows regional buy-in, but development along the value chain isn’t even everywhere.
- Global impact: Even with all these announcements, India’s share in global wafer supply is still tiny. Import dependence for key parts continues.
ISM 2.0: A shift from front-end incentives to a holistic ecosystem approach
In the 2026–27 budget, ISM 2.0 changed gears. The focus moved away from just fab subsidies to building the whole ecosystem—equipment, materials, Indian IP, stronger supply chains, industry-led R&D, and workforce training.
Analysts think the short-term opportunity is actually in backend manufacturing—OSAT/ATMP and advanced packaging. Chip design and some compound semiconductors also look promising since they need less capital upfront and fit with India’s electronics scene.
Key focus areas under ISM 2.0
For the policy to really work, ISM 2.0 zeroes in on a few things:
- Backend packaging and OSAT drive near-term growth, highlighting the need for substrates, materials, and thorough reliability testing along with assembly.
- Chip design and new materials help build up a local IP portfolio and cut down on outside reliance.
- Industrial R&D and training aim to grow a skilled workforce for advanced process development and qualification.
- Supply-chain readiness and clearer procurement help bring suppliers together and diversify sources.
Balancing ambition with realism: challenges on the path to maturity
India’s home market—auto, industrial, smartphones, and consumer electronics—gives a solid base. But some stubborn bottlenecks remain before India can really compete globally.
The ecosystem still needs denser supply chains, reliable utilities, better logistics, and stronger yield learning to scale up from pilots to full commercial runs. ISM 2.0 offers more tools, but experts warn that India isn’t quite in the same league as Taiwan, China, or Singapore yet. Maybe a model like Malaysia, Singapore, or Vietnam, with a focus on packaging and OSAT, is a more realistic goal for now.
What success looks like by 2027–28: measurable milestones and strategic outcomes
The next few years will be all about real results, not just big promises. We’re talking about proof you can actually see:
- Scaled OSAT/ATMP operations showing off reliable packaging capacity. Customers need to qualify these at scale, not just in pilot runs.
- At least one viable fab kicking off commercial operations. It needs to show some backbone when it comes to supply-chain resilience.
- Visible supplier growth with a wider network of domestic suppliers. This should cover materials, equipment, and services—no more relying only on a handful.
- Stronger design activity and more design houses zeroing in on semiconductor IP and system-level integration. That’s where the real innovation happens, right?
- Workforce specialization through targeted training programs and certifications. The workforce must match advanced manufacturing needs, not just general skills.
ISM 2.0 isn’t just a policy tweak—it’s a big move toward a resilient, end-to-end Indian semiconductor ecosystem. Making this dream real? It’s going to take faster execution, clear demand signals, and some genuine teamwork between the center and states. Infrastructure needs to be ready, and the plan has to turn investment into manufacturing muscle that can actually compete globally.
Here is the source article for this story: Five weak links India Semiconductor Mission 2.0 must fix