It’s amazing how some concepts take off like gangbusters in a short duration of time. Big Data is one such concept, that creeps into our conversations because of all the market noise. There is definitely merit to the fundamental premise behind Big Data for most businesses; create better end-user experience, make intelligent business decisions, reduce intellectual waste and monetize on new opportunities or opportunities that did not present itself before. Thus the demand for Data Scientists, application developers, statisticians, mathematicians, etc. – note these are mostly on the development and analytic side of the house. What’s amazing is large databases have been there for the longest time, in many cases, even the data that are targets now for Big Data applications were also available for the longest time. What has evolved rapidly are the applications tools that facilitate optimized manipulation of massive data sets and flexible interfaces to diverse databases – example Hadoop.
Just the other morning, my 3.5 year old daughter said “Daddy, can you make me a waffle?” And like any self-respecting parent, I of course responded with “Poof. You’re a waffle.”
It reminded me of something we frequently hear from customers: they effectively ask us to “make my data center a cloud.” Now we could wave our arms and say “Poof. It’s a cloud.” But it’s not that easy. Despite what some cloudwashers may say, virtualizing your data center does not mean you have a cloud – and self-service provisioning of VMs is not cloud computing. Real clouds require much more.
Fortunately, we have solutions to help our customers deploy real clouds – with market-leading compute, network, and management products in our Unified Data Center portfolio as well as our cloud enablement services. In fact, today we introduced yet another innovation in our Unified Computing System (UCS) portfolio with Cisco UCS Central.
I’m pleased to also announce the latest release of our cloud management software solution today: Cisco Intelligent Automation for Cloud version 3.1. This release introduces several exciting new features, and I’ve highlighted a few of these new product capabilities below.
Virtual Data Centers – In simple infrastructure-as-a-service use cases, virtual machines and other resources may be provisioned from a shared pool of resources on-demand. In more advanced infrastructure-as-a-service use cases, virtual data centers (VDCs) can be established to provide project teams or departments with a dedicated resource pool of compute, storage, and network capacity for their own organization. I’ve written in the past about this concept of a virtual data center and this is what Cisco IT deployed for our own internal private cloud.
Wow, time flies. When I started blogging at Cisco, 2 years back (here), helping organizations formulate their cloud strategy was top of my mind. I’d ran a customer market research survey, and one of the things we learned that in certain parts of the world, the access bandwidth to the cloud was a significant concern – in terms of reliability, cost and bandwidth available. From this customer feedback, we concluded that Cisco WAAS – Wide Area Application Services – that helps accelerate applications and optimizes bandwidth usage – was a key asset in helping our customers overcome this cloud adoption challenge. And from this feedback, we realised that our Cisco WAAS Planning and Design Services were key to some of our customers adopting cloud.
This week on Engineers Unplugged, we’re joined by EMC’s Caroline Yap Orloff (@cloudofcaroline) and VMware’s Massimo Re Ferre (@mreferre) as they take on the mythical single pane of glass. Can one architecture solve all of your problems? Watch and see.
Last week, more than 8,000 senior business and IT strategists, including more than 2,000 CIOs gathered at the prestigious Gartner Symposium/ITxpo in Orlando, Florida. At the conference, I presented our vision of how Data in Motion will change the way about we collect, manage and extract value out of data.
The Internet of Everything
Over the last 20 years, the Internet has evolved from digitizing access to information and business processes to digitizing interactions.
The next phase will create connections between all the smart objects around us through a multitude of new sensors connected to the Internet. Two examples:
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