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Al Meissa

High Performance Computing

The Significance of
Al Meissa By HEC

Another strategic IT initiative developed by HEC and HEDP is ‘Al-Meissa’ which establishes the concept of extremely High-Performance Computing (HPC). Al-Meissa is a part of the overall HEC’s strategic IT infrastructure solution that is soon going to revolutionize the national HEIs throughout the country by equipping them with unprecedented computing power. High performance computing will be possible as HEC builds supercomputers that can manage big data with relevant ease and ultimate precision. To achieve this, HEC has procured the latest hardware, premium tools, and equipment after a robust procurement process to ensure the most efficient and favorable cost to benefit ratio is achieved.

Naming the HPC initiative Al-Meissa holds a strong connection with modern astronomy since it is one of the brightest stars visible from our skies that resonates with unreal power. Al-Meissa is an Arabic origin word, which means brilliant or the bright one. Meissa has gained more fame since it is the brightest star within the Orion constellation. Al-Meissa is also known as Lambda Orionis, which is the brightest star in the Orion constellation. In ancient Arab culture, this star was associated with light, wisdom, and protection.

The constellation of Orion is well known by stargazers worldwide, and it bestows a magnificent sight to the beholder on a clear and icy winter night. Ancient people with amazing imaginations called it ‘The Hunter,’ at the head of the hunter we can witness Al-Meissa. Located halfway amid the fascinating stars of the Orion constellation, Betelgeuse, and Bellatrix. When observed with telescopes Al-Meissa appears to be two different stars, Meissa "A" being a very hot star with a temperature of 35,000 ºC and Meissa "B" a bit gentler at 27,000 ºC. Still, they emit an enormous amount of energy that creates a huge cloud of gas, radiating almost 65,000 times more by Meissa A and 5500 times more by Meissa B if compared with our own star.

Al-Meissa by HEC will facilitate large scale research initiatives while providing a 360-degree management and processing support for the big data that will be warehoused at the Astrolabes datacenters. HEC’s Al-Meissa will empower the HEIs to conduct groundbreaking research in all scientific fields that are leading global evolution. HEIs in Pakistan will have an impressive computing power that can easily facilitate them in navigating the future socio-economic development within the country and even internationally without having to spend an enormous volume of time and resources.

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Key Functions/ Applications

Al-Meissa by HEC will become essential for modern scientific research since it allows scientists and researchers to perform precision-based calculations and simulations that would be impossible to perform with standard computers. HPC, also called Supercomputers, at times are used in a wide variety of scientific research fields, such as physics, chemistry, biology, climatology, and meteorology among many other fields that are still not explored.

Physics

Al-Meissa can be used to simulate the activities that occur inside cells, stars, and planets, permitting scientists to understand how they form, and how the celestial bodies are evolving. It can also facilitate the simulation of the processes that occur in materials, which gives way to develop new materials with needed properties.

Chemistry

Al-Meissa can be used to design new medicines and healthcare materials. Researchers can simulate interactions between molecules, allowing them to identify particles that could be effective in treatments. It can also be used to model the chemical processes that occur in fuels combustion, which allows developing more fuel efficient and less polluting vehicles.

Biology

Al-Meissa can facilitate simulating the behavior of proteins and to analyze large sets of genetic data. Enabling scientists to better understand how proteins work and how genetic mutations affect our health. It can also be used to analyze large sets of genetic data, which makes it possible to identify genes associated with diseases and develop new treatments.

Meteorology and Climatology

Al-Meissa will enable relevant organizations to make long-term weather predictions. Helping scientists to better understand how climate relates to changes in our environment and how these changes affect the land. It can also simulate the effects of climate change, allowing scientists and political decision makers to take measures to mitigate its effects.

Al-Meissa Powering the Research Initiatives

Data is the reason modern groundbreaking scientific discoveries are happening all over the world. Innovations are changing the game for corporations worldwide which is why our quality of life is being improved as it seems like yesterday that automation and AI seemed far-reaching. HPC is the basis of scientific, industrial, and social advances. As technologies such as the Internet of Things (IoT), artificial intelligence (AI), and motion graphic designing, and 3d printing evolves, the size and amount of data that organizations must work with grows exponentially. For many objectives, such as watching a live streamed cricket match happening on the other side of the world, tracking an emerging storm, assessing new products, or studying the stock trends, the ability to process data in real time is decisive. To stay one step ahead of the competition, organizations need a highly reliable and fast IT infrastructure to process, store and analyze massive amounts of data.
Laboratories: Al-Meissa can be used to help scientists find renewable energy sources, understand the evolution of our universe, predict, and track storms, and create new materials.
Media and Entertainment: Al-Meissa can be used to edit feature films, produce mind-blowing special effects, and broadcast live events around the world
Oil and Gas: Al-Meissa can be used to more accurately identify where new wells are drilled and to help boost production from existing wells.
Artificial Intelligence-Machine Learning: Al-Meissa can be used to detect credit card fraud, provide self-guided technical support, train autonomous vehicles, and improve cancer detection techniques
Financial Services: Al-Meissa can facilitate the tracking of stock trends in real time and automate trading operations

Powering Scientific Discovery
with Scalable High-Performance Computing

Precise. Fast. Future-Driven.

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Benefits of Al-Meissa to Pakistan’s
Education Sector

Faster Data Processing

One of the most important benefits of Al-Meissa is its ability to process substantial amounts of data at a much faster rate than traditional computing systems. HPC systems can manage complex algorithms and calculations that would take days or weeks to complete on a traditional computer. This speed is especially crucial for time-sensitive projects, such as weather forecasting, financial modeling, and medical research which can be a part of HEIs in Pakistan.

Improved Precision

Al-Meissa allows for more accurate simulations and predictions, which can be critical in fields such as aerospace engineering and climate modeling. Al-Meissa can help researchers create simulations with maximum precision and superior accuracy, delivering more reliable results. This precision can lead to more informed decision making and save time and resources.

Profitable

While HPC systems can be expensive to initially set up, they can be more cost-effective overall. By processing data more quickly and accurately, HPC systems can reduce the time and effort required for research and develop and save money. Additionally, HPC systems can be used for multiple projects simultaneously, maximizing their potential and reducing the need for additional hardware.

Improved Collaboration

Al-Meissa systems can facilitate collaboration between researchers and scientists in various locations. With cloud-based HPC systems, researchers can access data and simulations from anywhere, enabling more meaningful collaboration and faster progress. This collaboration can lead to greater innovation, benefiting industries, and Pakistan at the national level.

Scalability

Al-Meissa systems will be highly scalable, meaning they can manage increasing amounts of data and calculations as needed. This scalability will be essential for industries such as finance and healthcare, which requires the ability to process substantial amounts of data quickly and efficiently. Al-Meissa systems can also be customized to meet specific needs, making them a versatile tool for a wide range of industries. The benefits of high-performance computing are numerous and varied. From faster data processing to greater accuracy and cost-effectiveness, HPC systems are transforming the field of computing and engineering. Whether used for medical research, financial modeling, or climate forecasting, Al-Meissa is a valuable tool that can lead to more informed decision-making and innovation in the national education and research sector of Pakistan. As technology continues to advance, Al-Meissa by HEC will undoubtedly play an increasingly critical role in shaping the future of our country.

FAQs

The revamped PERN website will offer a comprehensive service portfolio including connectivity, cloud services, trust & identity solutions, cybersecurity tools, high-performance computing (HPC), and ERP systems—all accessible through a modern and user-friendly interface.

Universities and academic institutions can easily submit connectivity requests through integrated onboarding forms. These forms are directly linked to PERN’s CRM and cloud management systems, enabling faster processing and real-time updates.

Yes, the new platform is designed to integrate with secure financial solutions. Institutions can handle invoicing, billing, and payment processing directly through the website using API-based financial service integrations.

The system is built using modern technologies like Angular (with SSR), OAuth 2.0, and API-driven architecture to ensure high security, mobile responsiveness, and performance. It also includes CI/CD pipelines and monitoring tools for continuous scalability and reliability.

Absolutely. The platform is designed with open API architecture, making it easy to integrate with third-party CRM, CMS, cloud services, and other university systems. This ensures smooth interoperability across all technology layers.

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