Revolutionizing the healthcare sector with High Performance Computing (HPC) IT systems, enabling data-intensive research and drug discovery.
In the era of unprecedented medical data, only AI-powered algorithms can unlock its full potential. A prime illustration is the pivotal role AI played in revolutionizing drug discovery, diagnostics, and treatment strategies for COVID-19. These kinds of experiments need an HPC infrastructure capable of running AI driven programs. Given the time constraints in finding effective drugs against COVID-19, AI and supercomputing IT capabilities emerged as a game-changer.
Challenge
Our client is a renowned Healthcare and Research Institute specializing in genome sequencing to enhance the metabolic rate within the human body. Mirroring the challenges seen in the COVID-19 scenario, the imperative was clear: Empower high-end research and data analytics demanding rapid, intensive mathematical calculations in mere milli seconds. Today, the trajectory of deep learning progress hinges on the continually escalating capabilities of AI-equipped computing systems.
In pursuit of precision, adaptability, and scalability, the client involved a leading technology institute to develop the AI software stack and partnered with Esconet Technologies for installing the HPC IT infrastructure.
Approach
With proven excellence in high-configuration supercomputers, Esconet clearly understood the client’s requirements. Employing their proprietary Hexadata Supercomputers, Esconet implemented NVIDIA GPU-based servers with embedded multiple processing cores. Recognized as a cornerstone in modern computing, GPU servers excel in handling complex computations and parallel processing tasks, ensuring exceptional speed and efficiency.
In collaboration with the technology institute, Esconet played a crucial role in constructing the entire IT infrastructure, becoming an integral part of the project. Prioritizing both speed and accuracy, Esconet devised a solution with a predominant GPU utilization at 98%, while restricting the CPU to just 10%. Proficient in product design, we adeptly navigated through project and industry challenges, meeting the specified timeframe.
The client commenced with two nodes and plans to expand by adding 10 more successions, extending its applicability to other domains within life sciences.
Realized benefits for the client
Harnessing the capabilities of GPU servers, our client has accelerated complex medical simulations, enabling researchers to precisely model intricate biological systems and study diseases. The key benefits realized include:
High Efficiency, Faster Results: Traditional tasks that consumed 4 to 5 months on CPU-based servers are now completed in a fraction of the time, enhancing productivity and empowering the client to generate transformative results. GPUs, with higher memory bandwidth, expedite data access and manipulation.
High Accuracy, Improved Decision-making: In high-complex environments with multiple variables, precision is imperative for effective and lasting medical outcomes. GPU servers enabled leveraging thousands and lakhs of instant cores ensuring efficient data processing and analysis.
Energy and Cost Efficiency: GPUs deliver superior performance with lower power consumption than CPUs, leading to reduced operating costs.
Customizable Architectures, Allowing for Scalability: GPUs can be tailored for specific applications and workloads, offering flexibility and adaptability. Starting with two nodes, the client plans to upgrade to 10 nodes to accommodate increasing workloads.
Propelling advancements across medical realms, Hexadata Supercomputers are directly benefitting patients, doctors, and clinicians. Esconet, with best-in-class supercomputing capabilities, is acting as a catalyst for accelerated progress in medical research.
