Exclusive: How Virgin Active is getting fit with the Internet of Things

Virgin want to use IoT to make its service more holistic and improve customer retention

Virgin want to use IoT to make its service more holistic and improve customer retention

Virgin Active is embarking on an ambitious redesign of its facilities that uses the Internet of Things to improve the service it offers to customers and reduce subscriber attrition rates, explains Andy Caddy, chief information officer of Virgin Active.

“Five years ago you didn’t really need to be very sophisticated as a health club operator in terms of your IT and digital capability,” Caddy says. “But now I would argue that things have changed dramatically – and you have to be very smart about how you manage your relationship with customers.”

The health club sector is one of the most unique subscription-based businesses around, in part because the typical attrition rate is around 50 per cent – meaning by the end of the year the club has lost half of the members it started out with, and needs to gain new subscribers by at least as much in order to grow on aggregate. That’s quite a challenge to tackle.

Much of how Virgin Active intends to address this is through more clever use of data, and to use cloud-based software and IoT sensors to help better understand what its customers are doing inside and beyond the gym. The company’s vision involves creating once consolidated view of the customer, collating information stored on customers’ smartphones with health data generated from wearable sensors and gym machines being used by those customers.

The company is already in the process of trialling this vision with a new fitness club at Cannon Street, London, which opens later this month. Originally announced last year, the club, which Caddy says is to be Virgin Active’s flagship technology club, uses RFID chip-embedded membership wrist bands that can be used to do everything from entering the gym and logging cardiovascular data from the machines they use to buying drinks at the café, renting towels and accessing lockers.

“Now we start to see what people are doing in the clubs, which gives us a richer set of data to work with, and it starts to generate insights that are more relevant and engaging and perhaps also feeds our CRM and product marketing,” he says. “Over the next few months we’ll be able to compare this data with what we see at other clubs to find out a few important things – are we becoming more or less relevant to customers? Is customer retention improving?”

Combine that with IoT data from things like smartwatches that are worn outside the confines of the gym, and the company can get a better sense of how to improve what it suggests as a health or fitness activity from a holistic standpoint. It also means more effective marketing, which beckons a more sophisticated way of handling data and acting on it than it already does by Caddy’s admission.

“The kinds of questions I want to be able to answer for my customers are things like: What’s the kind of lunch I can eat tomorrow based on today’s activity? How should I change my calendar next week based on my current stress levels? These are the really interesting questions that would absolutely add value to [a customer’s] life and also create a reasonable extension of the role we’re already playing as a fitness provider.”

But Caddy says the vendors themselves, while pushing the boundaries in IoT from a technical standpoint, pose the biggest threats to the sector’s development.

“We want standards because it’s very hard to do anything when Nike want to talk about Fuel and Fitbit want to talk about Steps and Apple want to talk about Activity, and none of these things equal the same things,” he explains. “What we really want is some of these providers to start thinking about how you do something smart with that information, and what you need in order to do that, but I’m always surprised by how few vendors are asking those kinds of questions.”

“It’s an inevitable race to the bottom in sensor tech; the value is all in the data.”

Companies like Apple and Microsoft know this – and in health specifically are attempting to build out their own data services that developers can tap into for their own applications. But again, those are closed, proprietary systems, and it may be some time before the IoT sector opens up to effectively cater a multi-device, multi-cloud world.

“We’re lucky in a sense because health and fitness is one of the first places where IoT has taken off in a real sense. But to be honest, we’re still a good way from where we want to be,” he says.

Cisco puts $1bn towards UK Internet of Things sector

Cisco is pouring $1bn into the UK IoT sector

Cisco is pouring $1bn into the UK IoT sector

Cisco announced this week it is investing hundreds of millions of dollars into a range of UK initiatives over the next three to five years aimed at accelerating local development of Internet of Things solutions.

Cisco said it plans to spend $150m on funding startups that develop IoT solutions for retail, healthcare and smart city applications.

The company plans to use much of the revenue expanding local networking training initiatives, fund technology centres of excellence in the north, double its central London footprint by the end of this year, and add 200 new jobs to its UK division.

“We believe the UK is well on its way to becoming one of the top digitized countries in the world, and we’re proud to once again activate new programmes and continue our deep commitment to partnering with the UK government,” said John Chambers, chairman and chief executive of Cisco.

“Today, we are pleased to make our next series of strategic commitments, totalling over $1bn, to support the next phase of the UK’s digitization plans,” he added

The move follows similar investments made in 2011, when the company launched the British Innovation Gateway, a UK-wide series of initiatives and partnerships aimed at supporting local digital startups; Cisco ploughed about $500m into that initiative.

According to the company, the UK is its second largest market outside of the US. Earlier this week Cisco also announced a $100m initiative in France to help fund local Internet of Things (IoT) startups, partner with local businesses and cultivate IoT-specific skills.

[video] Power in the API Economy with @MedranoRoberto | @CloudExpo #IoT #M2M #API #Microservices

«We have a tagline – «Power in the API Economy.» What that means is everything that is built in applications and connected applications is done through APIs,» explained Roberto Medrano, Executive Vice President at Akana, in this SYS-CON.tv interview at 16th Cloud Expo, held June 9-11, 2015, at the Javits Center in New York City.

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IBM, partners score 7 nm semiconductor breakthrough

IBM, Samsung and Globalfoundries claimed a 7nm semiconductor breakthrough

IBM, Samsung and Globalfoundries claimed a 7nm semiconductor breakthrough this week

Giving Moore’s Law a run for its money, IBM, Globalfoundries and Samsung claimed this week to have produced the industry’s first 7 nanometre node test chip with functioning transistors. The breakthrough suggests a massive jump in low-power computing power may be just on the horizon.

IBM worked with Globalfoundries, the chip division it divested in October last year, and Samsung specialists at the SUNY Polytechnic Institute’s Colleges of Nanoscale Science and Engineering (SUNY Poly CNSE) to test a number of silicon innovations developed by IBM researchers including Silicon Germanium (SiGe) channel transistors and Extreme Ultraviolet (EUV) lithography integration at multiple levels, techniques developed to accommodate the changing nature of the rules of physics that apply at such small scales.

Most microprocessors found in servers, desktops and laptops today are developed with 22nm and 14nm processes, and mobile processors are increasingly being developed with 10nm processors, but IBM claims the 7nm process developed by the semiconductor alliance enjoys 50 per cent area scaling improvements over today’s most advanced chips.

IBM said the move could result in the creation of a chip small and powerful enough to “power everything from smartphones to spacecraft.”

“For business and society to get the most out of tomorrow’s computers and devices, scaling to 7nm and beyond is essential,” said Arvind Krishna, senior vice president and director of IBM Research. “That’s why IBM has remained committed to an aggressive basic research agenda that continually pushes the limits of semiconductor technology. Working with our partners, this milestone builds on decades of research that has set the pace for the microelectronics industry, and positions us to advance our leadership for years to come.”

The companies also said the chips have a 50 per cent power-to-performance improvement over existing server chips, and could be used in future iterations of Power architecture, IBM’s mainframe architecture which it open sourced in a bid to improve its performance for cloud and big data workloads.

IBM has in recent months ramped up silicon-focused efforts. The company is partnering with SiCAD to offer a cloud-based high performance services for electronic design automation (EDA) which the companies said can be used to design silicon for smartphones, wearables and Internet of Things devices. Earlier this month the company also launched another OpenPower design centre in Europe to target development of high performance computing (HPC) apps based on the Power architecture.

Infosys takes financial suite of Verizon Cloud

Infosys is deploying its core and digital banking suite on Verizon's cloud

Infosys is deploying its core and digital banking suite on Verizon’s cloud

Infosys and Verizon announced a deal this week that will see the Indian outsourcing specialist offer its financial suite of software services on Verizon’s cloud platform in the US. The move is part of a broader effort to update its strategy for the times and go all in on cloud.

The Finacle suite, targeted primarily at banks and credit unions, is a white label core and digital banking services solution. Infosys said offering the solution as a PAYG software as a service can make it less costly and more flexible to deploy.

“Providing real-time and compelling customer experience across multiple channels is a difficult task, even for the largest of financial institutions with significant resources,” said Michael Reh, senior vice president and global head of Finacle, Infosys.

“With Finacle solutions now available on Verizon Cloud, financial institutions of all sizes, across the U.S., will be able to provide the latest banking services to their customers without any major investment,” Reh said.

Adam Famularo, vice president, global channel, Verizon said: “Together, Finacle and Verizon will enable new flexibility for clients. Financial institutions will benefit from Finacle’s comprehensive solution coverage and high-performance platform hosted on the Verizon Cloud to help them improve agility, achieve sustainable, profitable growth and drive their business.”

Since 2014 Infosys has ramped up its cloud partnerships in a bid to shift its outsourcing business towards higher margin activities, and financial services seems to be a more promising sector for cloud growth than originally anticipated. Gartner for instance predicts that by 2016, more than 60 per cent of global banks will process the majority of their transactions in the cloud, and many are already migrating less sensitive functions.

Today’s Hardest Computer Problems (Infographic)

With super-smart tech toys like the Apple Watch, Amazon Echo and Microsoft HoloLens becoming reality rather than science fiction, it almost feels greedy to talk about problems we can’t yet solve with technology. But the problems persist. (Personally, I can’t wait for someone to crack teleportation. Scotty, where are you?) Still, that doesn’t mean that […]

The post Today’s Hardest Computer Problems (Infographic) appeared first on Parallels Blog.

IBM unleashes NVIDIA GPU on SoftLayer cloud for faster processing power

(c)iStock.com/ktsimage

While the rest of the tech media marvelled at the world’s first seven nanometre chips unveiled by IBM earlier this week, the Armonk giant has quietly pushed out a couple of impressive cloud announcements alongside it.

IBM – who, let us not forget, wants to be seen as a cloud-first organisation – has announced the availability of NVIDIA Tesla K80 dual-GPU accelerators on bare metal cloud servers. In other words, it provides supercomputing powers to the SoftLayer cloud without the need for companies to expand their existing infrastructure.

GPU, in a cloud environment, works alongside a server’s CPU to accelerate application and processing performance. Combining the two instead of using a CPU alone, utilising thousands of small efficient cores, results in faster processing of information.

IBM claims to be the only cloud IaaS provider to offer GPU-accelerated computing on bare metal servers, while now adding NVIDIA Tesla capability. The company wheeled out a series of customers, big and small, who are already seeing the benefits of this accelerated computing shift; New York University used NVIDIA Tesla K80 GPU to support a deep-learning course, while startup MapD is using the accelerators for data and analytics.

Marc Jones, SoftLayer CTO, said: “Our global network of data centres, connectivity features, bare metal servers and GPU offerings meet the rigorous requirements of most supercomputing workloads. By introducing the K80 accelerator on IBM Cloud, we’re giving our customers an even more powerful tool to run demanding applications.”

Elsewhere, IBM also announced a $180 million deal with Columbia Pipeline Group (CPG) offering a range of IT services for five years, moving CPG’s IT infrastructure and business applications, including human resources, billing and finance and IT management, to IBM’s data centre after the transfer of CPG’s natural gas pipeline, midstream and storage business from NiSource on July 1.

The overall setup includes IBM’s data centre and its cloud infrastructure, alongside network services, intelligent security platforms through IBM’s QRadar Security Intelligence Platform, as well as mobile device management and operational analytics.

Bob Skaggs, CPG chief executive, notes the long-standing relationship IBM has with NiSource. “As an independent business, we are counting on IBM to help provide the continued strong enterprise technology support CPG needs,” he said.

You can find out more about IBM’s GPU offerings on SoftLayer here.

What Exactly IS Mission Critical? By @TMcAlpinxm | @CloudExpo #Cloud

When business disruption, occurs, it is more likely to sneak in through your defenses than it is to overwhelm you by fire, flood, earthquake or hurricane. Instead of breaking in through your walls and ceilings, it sneaks in through your defenses to steal data, install malware or freeze your operating system.
Business disruptions used to be natural disasters, resolved by the Business Continuity Department, and sometimes they still are. But disasters are rare, and – in case you haven’t heard – data breaches are not.

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Encouraging Electronics for Youth By @DMacvittie | @CloudExpo #Cloud

Teaching young children about electronics is difficult. If you are a parent that isn’t knowledgeable about electronic circuits, you feel like you have to study before teaching, and if you are a parent that is knowledgeable about circuits, you have to try and balance all that you know against holding the child’s interest. This balance is all too often broken by a parent wanting to impart the very important information like how to read the bands on a resistor, while the child wants to just do it.

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