Spencer is Verne Global's Director of Research and head's up our high performance computing work with European research and scientific organisations. He is also a member of the European Technology Platform for High Performance Computing (ETP4HPC).
Last week I travelled to the Italian capital, Rome, for an event which I believe will prove very significant for the international high performance computing (HPC) industry. After many years away from the HPC arena and the overall server market, AMD is back with a bang and a new range of powerful processors through its AMD EPYC series.
As we at Verne Global prepare to attend the Meteorological Technology Expo in Amsterdam later this month, it occurred to me that as a society we have an extraordinary number of superstitious methods for predicting the weather, from cows lying down meaning that it’s going to rain (though there’s actually no truth in that) to “red sky at night, shepherd’s delight” (which might actually have a little truth in it).
The convergence of two existing disciplines can be an explosively creative force. A great example within the world of tech is the convergence of HPC merging with big data and machine learning. Though in many ways this convergence is still in its early stages, the merging of these technologies is already starting to deliver concrete, real world benefits in the fraud detection field, helping save financial firms hundreds of millions of dollars.
As the Director of Research at Verne Global I spend a lot of my time working with our colleagues and partners within the UK’s publicly funded universities and research and science community. I’m privileged to get to see some of the truly innovative and inspiring research that is taking place, using high performance computing (HPC) and further encouraged with how Verne Global is helping them do this. This is why I was delighted to see Verne Global’s participation in the G-Cloud 10 (G10) framework confirmed last week and indeed strengthened for 2018/19 – enabling more public sector bodies to enjoy the benefits of our on-demand true hpcDIRECT platform.S
As I take a short break from the exhibition floor here at another excellent ISC18 in sunny Frankfurt, I’m delighted to announce SATAVIA as the latest customer to join our bare metal high performance computing (HPC) platform – hpcDIRECT.
The team at Verne Global and I are really looking forward to ISC18 – the European high performance computing (HPC) conference in Frankfurt, where our industry meets. It’s an interesting and engaging show that annually highlights the tremendous developments taking place across many sectors and only made possible by greater adoption of HPC. We’re especially looking forward to publicly introducing hpcDIRECT - our superb bare metal HPC platform - to the international HPC community.
In previous Verne Global blogs we’ve explored how HPC is being used throughout industry to make cars both faster and safer, to discover new materials and to advance bioinformatics. HPC has made many equally important contributions to the science of understanding our earth and the solar system around us, and it's an understanding that’s become increasingly important in the age of anthropogenic climate change.
Researchers have typically taken an empirical approach to earthquake study, but as high performance computing (HPC) becomes more prevalent, traditional methods of seismological study are making way for a new paradigm of earthquake analysis based on high-granularity models.
This week has seen the announcement of Analytic Engineering, a pioneering German AI engineering firm, choosing Verne Global’s data center in Iceland as the location for their intensive computing. This represents another impressive AI and Machine Learning client win for us, following DeepL joining us just before Christmas.