At EMC World 2013, EMC announced ViPR as the answer to storage within the software defined data center. ViPR presents multiple types of storage while segmenting the control plane from the data plane. In addition, ViPR is a head end, fronting traditional storage arrays as an automation and control point and does not replace any array, but, possibly, makes it easier to use those arrays as we move to the software defined data center. Yet, ViPR also raises several questions about how storage will be accessed by the software defined data center: is ViPR the future, or is there more to happen? Continue reading EMC ViPR as a Part of a SDDC
For years, VMware has offered a public cloud service through cloud service providers who were licensees of VMware vCloud suite of products (essentially the same software that VMware customers run on premise with a different revenue share based licensing model). However the vCloud offering completely failed to put any dent in the rapid growth of Amazon EC2. Microsoft beefed up its Azure cloud offering last year making it into a full IaaS offering. Google has jumped into the fray with Google Compute Engine. Continue reading News: VMware Announces the vCloud Hybrid Service
As virtualization slowly takes over almost everything in information technology, certain things need to change. One of those things is the way storage operates. Traditional enterprise storage was built for a time when physical machines were king, and there was only one operating system, and often only one workload, per physical server. Virtualization changes that, putting multiple workloads and multiple OS images on a single host, often causing predictive algorithms for caching to fail because the I/O from a particular server looks almost completely random (sometimes referred to as the “I/O blender”). In fact, the I/O isn’t random, it’s just the result of multiple VMs each doing their own thing. Most monolithic storage vendors have adapted their arrays to better understand this new type of I/O, at least in part. However, there is a whole new class of storage company that is looking to start over, upending the storage market by pairing commodity hardware with deeper understandings of virtual environments and new management models. Continue reading Tintri OS 2.0 & ReplicateVM
Is automation killing the engineering? When MTV first appeared on the air, the first video it played was, “Video Killed the Radio Star.” Fast forward a few decades and I have to wonder if automation is killing the engineering. In the early days of virtualization the administrators were expected to be proficient in using the command line, and to be honest, if you wanted to really understand how things worked, command line administration was an absolute must-have skill. Virtualization has evolved from those early days. More and more features and services are being added to the infrastructure, such that the need for the vast number of skills required seems to be fading as the technology continues to mature. Looking forward to a time when cloud computing is working to achieve complete and total automation, I have to wonder how administrators will handle the stress of getting issues resolved when automation is not an option. Continue reading Is Automation Killing The Engineering?
At EMCworld 2013, one of the big stories was Pivotal and it’s importance to the EMC2 family and the future of computing. Pivotal is geared to provide the next generation of computing. According to EMC2 have gone past the Client-Server style to a scale-out, scale-up, big data, fast data Internet of Things form of computing. The real question however, is how can we move traditional business critical applications to this new model, or should we? Is there migration path one can take? Continue reading Can you Pivot to Pivotal?
For years we have had an expectation of privacy while using our computers, tablets, phones, email, etc. However, with the advent of big data analysis and everything being on the internet, the internet of things, there is no longer the veil that makes up an Expectation of Privacy. Big Data has allowed us to be tracked in new ways and as we add more devices onto the internet, more of our habits will be tracked: Such as location of boats, planes, your mobile device. Purchasing habits, your location within a store, or theme park. Perhaps even your usage of your toaster, house doors, your refrigerator, etc.
Where do we draw the line? Is there such a thing as personal privacy anymore or do we assume we are being tracked everywhere? When does our social media life end and privacy begin? What is considered to invasive? Continue reading Internet of Things: Expectation of Privacy