India Targets Indigenous GPU Development Within Two Years to Fuel Local AI Ecosystem Expansion

India is accelerating its domestic semiconductor roadmap under the India Semiconductor Mission 2.0, targeting the complete design and development of a homegrown graphics processing unit (GPU) within the next 24 months. Spearheaded by the Ministry of Electronics and Information Technology (MeitY), the framework spans five critical layers required to scale localized AI infrastructure—ranging from energy and accelerator chips to local server manufacturing by firms like VVDN, Kaynes, Avalon, and C-DAC.

Alongside the newly proposed GPU initiative, the country is transitioning its indigenous open-source RISC-V architectures—specifically the SHAKTI and VEGA processor lines—from academic pipelines into commercial deployment. Devices like the C-DAC VEGA ET301 processor and Aries 3.0 development boards are finding footing in edge applications such as smart meters, sensors, and IoT hardware, backed by government funding schemes like the Design-linked Incentive (DLI) program.

For hardware engineers and component buyers, these developments signal a strategic shift toward regionalized sourcing and alternative silicon ecosystems. While immediate global supply chains remain anchored to traditional Western and East Asian foundries—bolstered locally by upcoming fabrication partnerships with Tata Electronics, ASML, and Intel—the long-term maturation of indigenous IP could open new procurement channels and customized hardware platforms for localized edge and server infrastructure.