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India Backs Indigenous AI Vision SoC With ₹130 Crore Funding

India is moving to secure its surveillance hardware supply chains by financing home-grown camera silicon. The Technology Development Board has signed an agreement with Bengaluru-based BigEndian Semiconductors, committing ₹130 crore in state backing under the Research Development and Innovation Fund. The support covers half of the ₹260 crore outlay for Project VeerAI, taking the design from laboratory testing directly into mass production.

Provided as optional convertible debt, the investment will advance the AI Vision System-on-Chip from Technology Readiness Level 5 to commercial deployment at level 9. The platform integrates real-time edge processing, on-chip privacy controls, and secure connectivity onto a single die. Initial rollouts will target intelligent CCTV networks across India and the Global South, replacing foreign-designed processors in public safety systems.

Critical infrastructure and urban monitoring networks remain overwhelmingly dependent on imported semiconductor components, creating persistent data privacy and hardware security risks. By backing domain-specific chips rather than general-purpose processors, the programme aims to accelerate commercialisation while shortening development cycles. Beyond surveillance cameras, the underlying silicon architecture is designed to scale into automotive sensing, medical imaging, and defence gear.

The deal signals an evolving state strategy that uses co-investment instruments to transition domestic chip design talent into marketable IP. If Project VeerAI achieves TRL-9 certification, it could deliver India’s first sovereign vision processing platform built specifically for high-risk physical security environments.

Frequently Asked Questions

What is Project VeerAI?

Project VeerAI is a ₹260 crore initiative by BigEndian Semiconductors to design and commercialise an indigenous camera-focused AI Vision System-on-Chip.

How is the government financing the AI vision chip project?

The Technology Development Board is providing ₹130 crore through Optional Convertible Debt under the Department of Science and Technology's RDI Fund.

What are the primary applications of the indigenous AI SoC?

The chip is initially designed for secure CCTV surveillance networks, with subsequent roadmaps covering automotive, industrial, medical, and defence systems.

What technology readiness level will the funding target?

The funding supports testing and commercial scale-up activities to advance the SoC platform from Technology Readiness Level 5 to level 9.

Source

Press Information Bureau Release ID 2319038, Ministry of Science and Technology · 2026-10-05

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