Along with HPE’s acquisition of Nimble Storage (see my article News from the Storage World), earlier this year HPE also acquired the second-place hyperconverged infrastructure startup company SimpliVity. I think HPE comes out way on top in these acquisitions, as HPE gives the appearance of setting the stage for vendors to dominate the hyperconverged market where the Art of Business will play out.
Articles Tagged with storage
I am intrigued by the design decisions that are made as products are developed. I find it amazing how often problems are solved in completely different ways in different products. Sometimes these decisions show up when you are not expecting them. I encountered one such example at a vBrownBag TechTalk presentation at the OpenStack Summit in Barcelona last month. The presentation was about deploying OpenStack in multiple telco point of presence (PoP) data centers to deliver NFV. It was a joint presentation between AT&T and Mirantis; you can find the complete video here on YouTube.
Recently, a number of marketing campaigns have seemed to be inventing complexity to try to give products the appearance of having some sort of competitive advantage. The invented complexity involves real-world items that many folks just do not use, or even care about, in order to make products look like something different. We have spoken about in-kernel vs. VSA in the past, but now we are seeing invented complexity within the mainstream storage world.
A few weeks ago, Hany Michael released a blog post on his NSX lab network. Embedded within is one of the most brilliantly clear diagrams of a very complex situation I’ve ever seen. It takes a level of skill to achieve the clarity of this diagram. What hit me, though, is the sheer level of complexity that Hany conveys in this document and how that complexity is inherent to the SDDC. It’s easy to argue that the diagram shows the smallest possible instance of an SDDC (except it skims over the storage). Not too surprising, as it’s an SDDC lab. It’s inherently VMware focused, but it could be applied to Hyper-V or OpenStack easily. Each function in the diagram would still be necessary, although some would switch or merge. This article will be quite VMware focused for this reason.
Cloud storage built with security in mind. If you have not heard of Cloud-Clout before, then let me be the first to introduce you to the Cloud-Clout Platform as a Service (PaaS) systems to deliver Cloud-Clout Software as a Service (SaaS) for secure cloud data storage. Cloud-Clout has offices in both the Ukraine and North Palm Beach, Florida. This makes Cloud-Clout a local home team company for me, and one that is presenting a much more secure option for public cloud-based storage. Who wouldn’t be into that?
A new high-speed memory technology from stealthy startup Nantero is one step closer to reshaping data center storage. Nantero announced on Tuesday, June 2, that it had closed a $31.5 million series E financing round, bringing funding up to a total of $78 million and opening the door to further development and future volume production of its carbon nanotube storage technology. Nantero, which has been quietly working on its carbon nanotube storage since 2001 and has been in low-volume production since 2004, is making big claims for its technology.