With the increasing demand for HPC to accelerate research and analysis into life sciences and computational biology – Verne Global offers our bioinformatics customers attuned HPC cloud and HPC colocation. Whether it’s genetic sequencing or using GPUs to speed disease diagnosis, our powerful, agile and efficient platforms are ready to assist.
Faster to market? Accelerate drug discovery and reduce false candidates entering your wet-lab environments by using our powerful and efficient HPC cloud platform – hpcDIRECT.
Fed-up of nasty billing surprises? With simple, predictable flat-line pricing we enable you to fully focus on your Life Sciences workloads without the need for a PhD in cloud pricing.
Hyperscale cloud not meeting your expectations? Our TrueHPC methodology means an optimised HPC environment without virtualised servers providing enhanced power and speed.
Our dedicated technical team for hpcDIRECT provides industry-leading DevOps support for easy, hassle-free setup and rapid application migration into our HPC Cloud.
Powered by 100% dual-sourced renewable energy, and utilising ambient air free-cooling, our enterprise-ready Tier 3 equivalent colocation – powerADVANCE provides TCO savings of 80%.
We are very excited to be partnering with Verne Global in Iceland, who can not only supply high density computing at significantly lower energy costs, but can also deliver excellent global network communications and data center security.
We are looking at efficient ways to deliver world leading science; working with Verne Global we aim to deliver the same services, at a better cost, while improving our business continuity for data centers.
Case Study | Life Sciences
Earlham Institute (EI) is a research centre whose work brings together a wealth of expertise in biosciences, bioinformatics, HPC and statistics to understand complex biological systems in plants and animals and their interaction with the environment.