Sovereign Silicon: Mindgrove and the Arrival of India's Product IP Era

India's chip design industry has spent three decades exporting talent, not products: engineers who design silicon for Qualcomm, Intel, and Nvidia while the domestic market runs on imported chips. In June this year , that pattern broke a little further. Mindgrove Technologies, a Speciale portfolio company, has signed a commercial deployment agreement with Prama India to embed its indigenously designed Vision SoC into Prama's CCTV and video security product line.

It is a small deal in dollar terms. It matters because of what it represents: an Indian-designed, GHz-class processor, developed under the government's Design Linked Incentive (DLI) scheme, moving from a research lab at IIT Madras into a mission-critical commercial product. That is the transition — from IP to product — that Indian semiconductor policy has been trying to engineer for a decade.

Image from Mindgrove Technologies website

FROM PILOT TO PRODUCTION

Prama is a domestic heavyweight in video security infrastructure, not a pilot customer looking to make a headline. Its decision to embed Mindgrove's processors signals that the Vision SoC has cleared a bar that matters more than a benchmark: sustained, real-world deployment in surveillance systems where uptime and reliability are non-negotiable.

For Indian fabless semiconductor companies, credibility is built when products leave the lab and enter sustained deployment. This engagement validates our Vision SoC as a production-ready platform capable of meeting performance, reliability, and scale requirements in real-world security systems.  — Shashwath TR, Co-Founder & CEO, Mindgrove Technologies

WHY THIS MOMENT

The timing isn't incidental. The global semiconductor market is projected to cross a trillion dollars in the coming years, even as the industry undergoes a volatile realignment. Western economies and emerging markets alike are racing to de-risk supply chains concentrated in a handful of East Asian hubs. As that geopolitical "silicon curtain" descends, the open, royalty-free RISC-V architecture has become one of the few credible paths to technological sovereignty for nations that don't control x86 or Arm.

India is positioning itself as a beneficiary of that realignment, with its domestic chip market projected to reach $110 billion by 2030. Mindgrove's adoption of the Shakti microarchitecture, developed on RISC-V at IIT Madras, lets it sidestep proprietary licensing fees entirely while still delivering competitive, best-in-class performance for connected devices — a structural cost advantage that compounds as volumes scale.

A TRACK RECORD, NOT JUST A PRODUCT

The Prama deal is the latest in a sequence, not a standalone event. Last year's memorandum of understanding with Bosch Global Software Technologies put Mindgrove's silicon through field testing in demanding  environments. Earlier this year, a commercial partnership with Pinetics brought its SoCs into biometric access systems, smart locks, and camera modules. Each engagement has tested the chips in a different failure mode — automotive-grade thermal and vibration tolerance, biometric-grade security, and now surveillance-grade continuous uptime.

Underpinning all three is a deliberate design philosophy: right-sizing rather than over-engineering. The 28nm S2401 is built for the "middle market" — customers who don't want to pay for headroom they'll never use — and claims roughly a 30 percent cost advantage over international peers. The Vision SoC, the S2600, and the forthcoming S2601 extend that same logic into higher-performance tiers.

THE HARDER TEST STILL AHEAD

It's worth being direct about scale. Mindgrove is targeting shipments of up to two million chips this year — a meaningful milestone for an Indian fabless startup, and a rounding error against global semiconductor volumes measured in the tens of billions of units annually. One flagship commercial partner does not yet constitute a market. The company's next several years will be defined less by any single design win and more by whether it can repeat this pattern across enough customers, in enough verticals, to matter at the scale of import substitution rather than proof of concept.

Competition remains real: established low-cost vendors out of East and Southeast Asia aren't ceding the middle market on ideology, and RISC-V's openness is an enabler, not a moat. What Mindgrove has built so far — a working chip, three independent commercial validations across different reliability requirements, and a cost structure that undercuts incumbents — is the foundation for that fight, not the outcome of it.

SPECIALE'S VIEW

We backed Mindgrove's Series A on the belief that India's engineering depth could finally translate into product companies that ship silicon from India to the world, rather than IP from India into someone else's product. Eighteen months on, that thesis is being tested in the market rather than in a pitch deck, and so far it is holding.

Deep-tech investing is like backing a heavy lorry. It has significant inertia and requires immense force — think capital — to start. But once it gains momentum, its carrying capacity is unmatched.  — Sharan SJ, Co-Founder, Mindgrove Technologies

That inertia is exactly what the last eighteen months have looked like: three commercial deployments, three different vertical requirements, one consistent architecture. The payoff for India's sovereign silicon bet is still a multi-year story. But the lorry, at least, is moving.