India's 39th VLSI Design Conference in Pune marked a strategic inflection point, with industry leaders calling for a shift from design services and assembly toward product ownership, indigenous IP and domestic chip brands. Speakers including VLSI Society president Satya Gupta argued that India's chip ecosystem must progress from engineering services for foreign companies toward designing and owning chips sold under Indian brands, with ISM 2.0's DLI expansion and growing venture funding enabling this transition.
Semicon Hunt -> technology -> VLSI Society of India
2026-07-09
The 39th International VLSI Design and Embedded Systems Conference, held in Pune, Maharashtra in early 2026, served as a platform for a significant articulation of India's evolved semiconductor strategy, with industry leaders, startup founders, policymakers and academic researchers converging on a consensus that India's chip ecosystem must transition from its established base in design services and chip assembly toward product IP ownership, indigenous semiconductor brands, and long-term capital investment in chip-centric companies. VLSI Society of India president Satya Gupta and other speakers positioned this shift as the defining challenge and opportunity for India's semiconductor industry over the coming decade.
India's chip design workforce of nearly 100,000 engineers, representing approximately 20 percent of the global semiconductor design workforce, has been built primarily through working on chips for foreign companies' products. The engineers design the silicon, but the product, brand, customer relationship, and resulting valuation belong to the foreign parent. VLSI 2026 speakers argued that this model, while economically significant in terms of employment and engineering talent development, does not build the product companies, IP portfolios or long-term compounding value that defines the semiconductor ecosystems of the US, Taiwan and South Korea. The transition to product ownership requires not just engineering capability, which India has, but also product management, go-to-market capability, customer relationship ownership, and access to patient capital.
Conference speakers cited ISM 2.0's planned expansion of the DLI scheme from 24 to 100-plus supported companies as a critical policy enabler for the product ownership shift, noting that the DLI scheme's combination of design expense coverage, EDA tool support and foundry access removes the financial barrier that has historically prevented Indian engineering teams from pursuing product chip development over higher-margin, lower-risk contract design work.
VLSI 2026 included a dedicated session on venture capital for semiconductor startups, a topic that would have drawn little audience five years ago when semiconductor funding in India was essentially nonexistent as a category. Startup funding in the sector reportedly grew from $5 million in 2023 to over $50 million in 2025, and investors including Piper Serica, Shastra VC, 3one4 Capital, Zephyr Peacock, Zoho Corporation and Unicorn India Ventures are now actively making semiconductor investments. Conference speakers viewed this funding trajectory as an essential complement to the ISM's policy support, noting that chip product companies require patient capital commitments of five to ten years that are not well-served by typical venture fund timescales without specific investment vehicles designed for the sector.
Product-led chip companies require different talent profiles than design services operations: product managers who understand end market requirements, systems engineers who can translate customer applications into chip specifications, and commercial teams who can close design-in engagements with OEM customers. Conference speakers noted that this talent pool is thinner in India than the pure VLSI engineering talent base, and that building product company organisational capabilities alongside chip design skills is a necessary part of the ecosystem development agenda.
The product ownership theme at VLSI 2026 is validated by early commercial examples: Netrasemi's A2000 AI chip heading to mass production, FermionIC's GlobalFoundries partnership, AGNIT's GaN chip commercialisation, and Krutrim's Bodhi AI program all represent Indian teams that have moved from engineering concept to product development with commercial customers in view. The VLSI 2026 consensus is that these early examples must be followed by a much larger wave to achieve the ecosystem transformation India's semiconductor strategy requires.
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