It’s been a while since I wrote a blog so I thought there was no better opportunity to pick up where I left off and write something about my recent trip to the Meteorological Technology World Expo in Amsterdam. This was also the venue for where we announced our latest customer win – Centro Epson Meteo, one of Europe’s most innovative meteorological forecasting organisations who I am delighted to say chose Verne Global for their high performance computing (HPC) requirement.
Data-intensive research and the use of advanced digital resources are key to addressing research grand challenges of our age, for the benefit of science, society, and industry. This article focuses on industrial opportunities, including potentially neglected applied research topics, and how access to high-performance computing (HPC) can provide companies with a competitive advantage.
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).
Formula 1 seems to crop up quite often in my work. I’ve been given a tour of McLaren’s headquarters, discussed wheel-nut troubles with the CIO of Williams and even interviewed the people responsible for making the batteries that store brake energy in the cars. I’m a technology writer, not a sport or motoring journalist but F1 is perhaps the most tech-enabled sport in the world so it comes up frequently. And even to someone like me, who has little interest in what happens on the track, the sport is fascinating off the circuit.
As we build-up to SC18, Verne Global is delighted to welcome Brendan McGinty, Director of Industry for the National Center for Supercomputing Applications (NCSA), University of Illinois at Urbana-Champaign, as a Guest Blogger. In his first blog Brendan looks at the industry trends around supercomputing and industrial HPC, and how these are advancing innovation in key markets.
It’s been almost a couple of months since my last blog and my marketing team are getting unpeaceful! Luckily there is nothing like the energy and bustle of an industry trade show to get you back into the groove.
Demand for high performance computing (HPC) is growing fast - and you might expect it to become kind of generic. But leading research sites like CERN still make extreme demands.
The impact of AI on the lives of consumers and the operation of businesses is slowly growing. Whether it’s the increasing visibility of autonomous vehicles or the small conveniences of a voice assistant such as Amazon’s Alexa, we’re beginning to get a sense of what AI can do. However, we’re still at the beginning. The truly significant changes are yet to come.
Being a daytime Londoner one of my favourite pastimes is to take an occasional ride in a proper London black cab and have a natter along the way. That is often a pretty cathartic experience - probably more so for the driver than the passenger, but I find it entertaining being the listening post, and London cab drivers are a good measure of the mood of the city. Recently I've had some great conversations about Ai and it's impact on society.
Data center operators sometimes find it hard to get a chance to pitch to new business. So much so that they are considering extreme measures. A wholesale colocation operator admitted to a colleague at DCD how hard it is to approach hyperscale customers. There’s a limited number of them, and the decision-makers within those companies can be difficult to access. Our contact then confided that his company had seriously considered using private detectives to track down the actual people involved in buying colocation...
Speaking at a conference in November last year, Bernd Mohr, general chair of the Juelich Supercomputing Center, described HPC as “a new gold rush” . He said: “We are the modern pioneers, pushing the bounds of science for the betterment of society.” That’s a pretty grandiose claim but much of the work being done in HPC does have groundbreaking potential. It’s use in the discovery of new medicines, for example, has allowed pharmaceutical firms to massively accelerate their research.
Building accurate road maps is a central part of the effort to build and deploy more autonomous vehicles in the real world. The term “map” may be a bit of a misnomer, though, because these maps aren’t anything like the flat 2D images available online, they’re complete three-dimensional recreations of roadside environments that are updated on a continuous basis to provide a high degree of accuracy — often down to the centimeter scale. These 3D digital maps are a critical part of an autonomous vehicle’s ability to perceive the world, and have key applications in other technologies, which has made the effort to develop the definitive map a highly competitive endeavour.
The noise around 5G is growing. The new mobile data standard is not only faster than 4G but also capable of handling many more devices, which promises a huge boom for the Internet of Things (IoT), smart cities and all kinds of connectivity. However, there is still plenty of work to be done.