India has officially moved beyond "assembly" to "architecture," launching a $15 billion fund specifically for domestic semiconductor design and IP development.
From Assembly to Architecture
ISM 2.0 marks a deliberate shift in how India approaches semiconductors. Assembly and packaging matter, but they sit at the end of the value chain. Design and intellectual property sit at the front. That is where product differentiation, margins, and long-term control live. By directing a $15 billion fund at domestic semiconductor design and IP development, the policy goal is no longer only to put chips into boards faster. It is to own the architecture decisions that define what those chips do.
Assembly work scales with factories, labor, and logistics. Design work scales with talent, toolchains, process knowledge, and reusable IP blocks. Those are different industrial problems. Treating them as the same problem usually produces capacity without capability. ISM 2.0 is an attempt to fund the second problem on purpose.
What Design and IP Actually Buy
Chip design is the work of turning requirements into a tape-out-ready description of silicon: microarchitecture choices, interfaces, power and performance tradeoffs, verification, and physical implementation constraints. IP development is the creation of reusable building blocks—cores, controllers, interconnect, security modules, analog macros—that can be licensed, reused, and improved across products. A country strong in assembly can still depend on foreign architectures for every critical function. A country strong in design and IP can decide what is optimized for its markets, its security posture, and its industrial priorities.
Indigenous design does not mean every transistor is invented from scratch. It means local teams control the system-level choices, own enough of the stack to iterate without waiting on someone else's roadmap, and retain the rights to improve and commercialize what they build. That is the difference between manufacturing someone else's product and building a product others want to manufacture.
Where the Fund Needs to Land
Money alone does not produce chips. Design programs fail when capital is spent on announcements instead of the boring infrastructure that designers actually use every day. Useful deployment tends to cluster around a few concrete needs:
- Access to modern EDA tools, process design kits, and multi-project wafer runs so teams can iterate instead of waiting years for a first silicon attempt.
- Shared verification, packaging, and test pathways so design startups are not forced to reinvent the full supply chain.
- IP libraries and reference platforms that reduce the cost of starting a new design without locking teams into a single foreign stack.
- Training pipelines that produce people who can verify, tape out, and debug silicon—not only people who can assemble modules.
If the $15 billion fund is measured only by grant volume, it will underperform. If it is measured by designs completed, IP blocks reused, and teams that can ship a second product without starting over, it has a chance of changing the industry base.
Practical Implications for Builders and Buyers
For startups and product teams, the signal is clear: product strategy can now put more weight on custom silicon and licensed domestic IP where volume and differentiation justify it. That does not mean every company should design a chip. Most should not. It does mean that when power, latency, security, or cost-at-scale matter, architecture becomes a local option rather than a permanent import dependency.
For system integrators and buyers, indigenous design capacity changes procurement logic over time. Specs can include local IP provenance, long-term support guarantees, and the ability to modify cores when requirements shift. The near-term reality is still hybrid—global foundries, global tools, local design intent. The strategic bet of ISM 2.0 is that India can move from assembling finished technology to defining more of the technology that gets assembled.