National Super Computing Mission | Department Of Science & Technology | Department Of Science & Technology (DST) (2024)

National Supercomputing Mission (NSM) has set up to provide the country with supercomputing infrastructure to meet the increasing computational demands of academia, researchers, MSMEs, and startups. It is a first of its kind attempt to boost the country’s computing power. National Super Computing Mission is steered jointly by the Department of Science and Technology (DST) and Ministry of Electronics and IT (MeitY) and implemented by the Centre for Development of Advanced Computing (C-DAC), Pune and the Indian Institute of Science (IISc), Bengaluru.

With the approval of Technical Advisory Committee and Executive Board, a revised plan based on buy to build-approach was put in place. The first supercomputer assembled indigenously, called PARAM Shivay, was installed in IIT (BHU) and was inaugurated by the Honorable Prime Minister. Similarly, the 14th machine was dedicated to the nation by the Honorable President of India in IIT Guwahati. The installations completed as on March 2023 and their details are given below. They are all majorly equipped with applications to cater the domains like Weather and Climate, Computational Fluid Dynamics, Bioinformatics, and Material science.

Computing Power
 Number of systems commissioned
Lower range (≥ 50TF, < 500TF)

13

Mid-range (above 500 TF, but < 1 Peta flops)

8

Large scale (> 1 Peta flops includes GPU)

7

National Super Computing Mission | Department Of Science & Technology | Department Of Science & Technology (DST) (1)

I - NSM Systems

Sr. No.

Institute Name

HPC System Name

Computing Power

  1. 1

IIT(BHU), Varanasi

PARAM Shivay

838TF

  1. 2

IISER, Pune

PARAM Brahma

1.70PF

  1. 3

IIT, Kharagpur

PARAM Shakti

1.66PF

  1. 4

JNCASR, Bangalore

PARAM Yukti

1.8PF

  1. 5

IIT, Kanpur

PARAM Sanganak

1.66PF

  1. 6

C-DAC, Pune

PARAM Siddhi-AI

5.2PF/210PF (AI)

  1. 7

IIT, Hyderabad

PARAM Seva

838TF

  1. 8

NABI, Mohali

PARAM Smriti

838TF

  1. 9

IISc, Bangalore

PARAM Pravega

3.3PF

  1. 10

C-DAC, Bangalore

PARAM Utkarsh

838TF

  1. 11

IIT, Roorkee

PARAM Ganga

1.66PF

  1. 12

IIT, Gandhinagar

PARAM Ananta

838TF

  1. 13

NIT, Trichy

PARAM Porul

838TF

  1. 14

IIT, Guwahati

PARAM Kamrupa

838TF

  1. 15

IIT, Mandi

PARAM Himalaya

838TF

II - R&D and Application development systems

Sr. No.

Institute Name

HPC System Name

Computing Power

Year of Commissioning

  1. 16

C-DAC, Pune

SANGAM Testbed

150 TF

2017

  1. 17

C-DAC, Pune

PARAM Shrestha

100 TF

2018

  1. 18

C-DAC, Pune

PARAM Embryo

100 TF

2020

  1. 19

C-DAC, Pune

PARAM Neel

100 TF

2020

  1. 20

SETS, Chennai

PARAM Spoorthi

100 TF

2020

  1. 21

C-DAC, Pune

Bioinformatics R&D Facility

230 TF

2021

  1. 22

C-DAC, Bangalore

System Software lab

82TF

2020

  1. 23

C-DAC, Pune

PARAM Sampooran

27 TF

2020

III - PARAM Vidya under NSM HRD (For education and training)

Sr. No.

Institute Name

HPC System Name

Computing Power

Year of Commissioning

  1. 24

C-DAC, Pune

PARAM Vidya1

52.3 TF

2022

  1. 25

IIT, Kharagpur

PARAM Vidya2

52.3 TF

2022

  1. 26

IIT, Palakkad

PARAM Vidya3

52.3 TF

2022

  1. 27

IIT, Chennai

PARAM Vidya4

52.3 TF

2022

  1. 28

IIT, Goa

PARAM Vidya5

52.3 TF

2022

NSM has successfully installed 24.83 PF of HPC machines across the country against 15- 20 PF originally envisioned. Also, 12 more machines with a total capacity of 41.17 PF is scheduled to be commissioned in a year time. The upcoming new installations will be based on indigenous Rudra server platform manufactured in India. This will provide a total computing power of 66 PF, which is 4.5 times higher than the intended computing capacity.

The indigenous efforts resulted in the creation of Trinetra high-speed interconnects and Direct Liquid Cooling units. We have our own server based on Intel Cascade platform called Rudra. These systems are cost efficient and power efficient in operation.

The salient achievements of the NSM are as follows:

  • A total capacity of 24.83 PF HPC machines are built locally and commissioned across the country.
  • Development of Rudra server board 1.0, Trinetra HPC interconnects, HPC system software stack 1.1 and various benchmarks (cloud, HPC) applications.
  • 17500 people have been trained so far in High Performance Computing
  • More than 5930 expert users from 100+ institutes are using the facilities routinely
  • 73,25,604 high performance computational queries have been executed till recently.

Please visit https://nsmindia.in for further details.

National Super Computing Mission | Department Of Science & Technology  | Department Of Science & Technology (DST) (2024)

FAQs

What is the national supercomputing mission? ›

National Supercomputing Mission (NSM) has set up to provide the country with supercomputing infrastructure to meet the increasing computational demands of academia, researchers, MSMEs, and startups.

Who is the director of the National supercomputing Mission? ›

Dr Hemant Darbari - Mission Director - National Supercomputing Mission - CDAC | LinkedIn.

What is the mission of national superconductivity? ›

National Superconductivity Mission: It was launched in 2017 by the government to develop indigenous superconductors and their applications in various industries, Focusing on fundamental research, advanced materials, collaboration, technology transfer, and creating a skilled workforce.

What are the objectives of nsm? ›

Objectives of the National Supercomputer Mission

To empower scientists and researchers with state-of-the-art supercomputing facilities and enable them to conduct cutting-edge research in their respective domains. To minimize redundancies and duplication of efforts and optimize investments in supercomputing.

What is supercomputing used for? ›

Supercomputers are often used to simulate experiments that might be too costly, dangerous, or even impossible to conduct in real life. For example, researchers use simulations to understand how stars explode or how fuel is injected inside an engine. A supercomputer consists of thousands of small computers called nodes.

What is the supercomputer of USA? ›

It is hosted at the Oak Ridge Leadership Computing Facility (OLCF) in Tennessee, United States and became operational in 2022. As of December 2023, Frontier is the world's fastest supercomputer.

How does CERN use superconductors? ›

Superconductors are essential at CERN. The Large Hadron Collider (LHC) uses superconducting cables in its powerful electromagnets to generate magnetic fields strong enough to bend the particles. Participants of this workshop will explore the phenomenon of superconductivity.

Who invented superconductors? ›

Heike Kamerlingh Onnes was influenced by the work of Van der Waals. In 1908, Heike Kamerlingh Onnes became the first to make liquid helium and this led directly to his 1911 discovery of superconductivity. Heike Kamerlingh Onnes (right), the discoverer of superconductivity.

Who got Nobel Prize for superconductivity? ›

The Nobel Prize in Physics 1987 was awarded jointly to J. Georg Bednorz and K. Alexander Müller "for their important break-through in the discovery of superconductivity in ceramic materials."

Why is NSM important? ›

Why Is NSM Important? Early Threat Detection: NSM helps detect security incidents early in their lifecycle, reducing the potential damage and cost associated with a breach. Real-Time Visibility: It provides real-time visibility into network activities, allowing organizations to respond swiftly to emerging threats.

What is NSM used for? ›

Network security management (NSM) protects data integrity, confidentiality, and availability by defending the network against dangers. This approach uses perimeter security tools and implements security policies that cover every endpoint.

What does NSM do? ›

Network Security Monitoring (NSM) refers to the collection and analysis of security information to discover the presence or fact of an intrusion in the IT network. It aims to discern, correlate and characterize networking activities that can be classified as an intentional unauthorized activity.

What is the National Intelligence Mission? ›

The Intelligence Community's mission is to collect, analyze, and deliver foreign intelligence and counterintelligence information to America's leaders so they can make sound decisions to protect our country.

What does NASA use supercomputers for? ›

From increasing accuracy of global weather forecasts for forecast entities (like NOAA) to warn of severe storms, to designs for future air taxis to safely fly people around urban areas, to parachute design tests for landing spacecraft on the Moon and other planets, our supercomputing resources and experts are driving ...

What is the future of supercomputing? ›

The future of the supercomputer market is bright. As the demand for supercomputers continues to grow, so too will the development of new and innovative supercomputer technologies. In the years to come, we can expect to see even more powerful supercomputers that are capable of solving even more complex problems.

What is the current NASA supercomputer? ›

Aitken is a petascale supercomputer housed in the Modular Supercomputing Facility (MSF) at NASA's Ames Research Center. The MSF is situated on a one-acre site that has the potential to hold 16 modules for computing and data storage.

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