The most powerful supercomputer in Iran is a fascinating and highly applicable topic in the field of information technology and computer science. With the ever-increasing advancement of technology, the use of supercomputers as a tool for performing complex calculations and solving scientific and technical problems is of great importance. Iran has taken important steps in this field and has created supercomputers with powerful capabilities.
One of the prominent examples of these efforts is Simorgh, which is known as the most powerful supercomputer in Iran. Simorgh is designed using virtualization and cloud computing technology at Amir Kabir University of Technology and has very high processing capabilities. This national supercomputer, built with capacity and quality levels based on international standards, has the ability to support high-speed and complex calculations.
Features of Iran’s Best Supercomputer
One of the prominent and important features of the Simorgh supercomputer is increased data security. Contrary to security concerns in cloud environments, Simorgh, using virtualization and cloud computing technology, doubles the ability to increase data security. This increased security is due to advantages such as:
Position and Rank of Iran’s Most Powerful Supercomputer in the World
The position of the Simorgh national supercomputer among the world’s top supercomputers indicates the high technological progress and capability of this project. Given the processing capacity created in the current phase, Simorgh will be among the 30 countries that have petaflop-capacity supercomputers, and this is a great honor for the Iranian scientific and technological community.
Currently, all 500 of the world’s top supercomputers have a nominal processing capacity of more than 2.5 petaflops. Considering that the infrastructure created at Amir Kabir University of Technology now has the capacity to support 5 petaflops of processing power, it is expected that with the processing platform upgrade, the processing power will increase up to 5 petaflops in the next phase of the Simorgh supercomputer and reach a position equivalent to 150 to 200 of the world’s top supercomputers.