HPC is dramatically changing the playing field. In the past years, it has grown from an innovative feature used only by the most advanced scientific research centres, to a tool that enables organisations across industries to gain advantages of Big Data.
We offer comprehensive solutions for High Performance Computing based on loosely coupled clusters, SMP, accelerator-based systems, High Performance storage, and application parallelization. We have designed domain specific solutions considering the challenges and business requirements of respective industry verticals. In addition, our services can help organizations to optimize and overcome obstacles to parallelism buy adopting revolutionary approaches to High Performance Computing.
Access computing infrastructure in minutes
Easily add or remove capacity
A collection of tools to protect data and privacy
Access to effectively limitless capacity
We take pride in building HPC solutions from the ground up. From custom design to implementation, our dedicated teams offer plug-and-play services optimizing every aspect of each solution to meet and exceed even the most daunting challenges in HPC, while also simplifying the deployment of supercomputers.
Until someone invents a crystal ball, high-performance computing (HPC) is the only proven way to predict how those kinds of events may unfold. That’s why investment management firms, banks and other financial services organizations are increasingly using HPC to make more informed decisions about:
As computing power becomes increasingly commoditized (and therefore more affordable), faculty in the humanities and social sciences are becoming HPC users. Different universities are taking a different approach to provisioning HPC resources, but all are supporting various types of research to attract talented faculty and to support their work. Because, in today’s competitive landscape; If you build it, they will come — or, at the very least, if you don’t build it, they’ll probably go somewhere else. The “it” here refers to high-performance computing resources, and “they” refers to talented faculty members. More and more, HPC is becoming a competitive differentiator for institutions vying for top researchers.
High Performance Computing (HPC) allows scientists and engineers to solve complex, compute-intensive problems. HPC applications often require high network performance, fast storage, and large amounts of memory, very high compute capabilities, or all of these. Utilize high performance computation (HPC) clusters in minutes and scale capacity quickly to avoid research bottlenecks caused by resource limitations.
The manufacturing companies, especially, can reap the benefits of HPC as they strive to enhance their operations – right from design process, supply chain, to delivery of products. A study by Hyperion Research indicates that each $1 invested in HPC in manufacturing, $83 in revenue is generated with $20 of profit. Similarly, they are leveraging Artificial intelligence (AI) & Machine Learning (ML) to accelerate innovation, gain market insights and develop new products and services. Manufacturing organisations have been able to introduce AI into three aspects of their business, including operational procedures, production stage, and post-production. According to a report by Mckinsey’s Global Institute, manufacturing industry investing in AI are expected to make an 18% estimated annual revenue growth than all other industries analysed.