India’s National Supercomputing Mission (NSM) has significantly expanded the country’s advanced computing ecosystem, with 37 high-performance systems now deployed across academic and research institutions. These machines, collectively offering over 40 petaflops of computing capacity, support more than 10,000 researchers—including over 1,700 PhD scholars—in key scientific domains.
Launched in 2015 with a budget of ₹4,500 crore and extended through December 2025, the NSM is jointly implemented by MeitY and DST via C-DAC and IISc. These supercomputers are being used in critical areas like drug discovery, disaster modelling, energy, climate, astrophysics, and fluid dynamics. Notably, many systems are operating at over 85% capacity, delivering efficient utilisation and academic impact—evident from the 1,500+ research papers published and over one crore computing jobs executed.
Startups and MSMEs have also leveraged these resources to accelerate innovation through HPC-based projects.
Indigenous HPC ecosystem and Atmanirbhar Bharat push
A defining feature of the mission is its focus on indigenous development. The PARAM Rudra supercomputers—dedicated in 2024 by Prime Minister Narendra Modi—are designed, developed, and manufactured entirely in India. These systems, deployed at institutions like GMRT Pune, IUAC Delhi, and S.N. Bose Centre Kolkata, represent India’s first full-stack homegrown HPC servers.
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Built using the “Rudra” HPC server platform and supported by the “Trinetra” high-speed communication network, these supercomputers are driving Atmanirbhar Bharat in digital infrastructure. Rudra servers are now being locally manufactured, strengthening domestic electronics manufacturing and reducing dependency on imported technologies.
This capability places India among the few nations with end-to-end supercomputing development capabilities.
Training 26,000+ professionals and building long-term HPC capacity
Beyond hardware, NSM’s human resource development initiatives are creating a strong talent pipeline. Over 26,000 individuals have been trained in HPC and AI through bootcamps, workshops, and online courses via NPTEL. Special programs and nodal centres across IITs and technical universities ensure deeper academic integration.
Notably, C-DAC’s PG Diploma program in HPC—free for SC/ST and women candidates—has opened opportunities for underrepresented communities. Collaboration with AICTE is also helping build HPC readiness in affiliated colleges across India.
PARAM Shavak, a compact desktop supercomputer, is enabling institutions to access HPC capabilities locally, further democratising computing power. The NSM continues to play a central role in advancing India’s self-reliance in scientific computing and preparing its digital workforce for future challenges.
