The Virtualization Practice has released a major update to its Operations Management White paper. This paper covers both Operations Management of Virtualized and Cloud environments, and Infrastructure Performance Management of Virtualized and Cloud environments.
The future of OpenStack looks bright, and with the all the software-defined data center (SDDC) features contained in the recent release of “Grizzly” they are now ready to compete toe-to-toe with heavyweights like VMware, Nutanix, Dell, and HP. Whether they can start unseating VMware products in the enterprise remains to be seen, though. Despite the immediate SDDC advantage of OpenStack, companies and technologies like that of Nicira and Virsto, both acquired by VMware, are not to be ignored.
Last week HP announced their “second generation” HP Moonshot 1500 enclosure and Intel Atom S1260-based Proliant Moonshot systems, a high-density computing solution targeted at hyperscale computing workloads. They’re billing it as the first “software defined server” and claiming that it can save 89 percent of energy, 80 percent space, and 77 percent of the cost of their DL380 servers.
As the first SDDC is delivered later this year, infrastructure performance management solutions will be an essential part of SDDC Infrastructure Performance Management. The good news is that a robust set of vendors already exist who can readily enhance their offerings to address the incremental requirements of the SDDC.
Zero Management Storage for theSoftware-Defined Infrastructure The future of storage is here today. Tintri Zero Management Storage redefines storage simplicity, efficiency and performance for virtual environments. [tab:Tintri Vision] Every few decades, a game-changing technology comes along in the data center. Virtualization, for example, took the datacenter by storm. Computing will never be…
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The arms race to make it easy for one cloud vendor to onboard workloads from another vendor has been started by GoGrid and Racemi. This will likely lead to a world where it is easy to move workloads around between private clouds and public clouds of various types. If this happens then we are headed towards a world where execution environments for applications will compete on a limited set of dimensions like application response time, required throughput, cost, and required security level. If and when this occurs, then in fact IT will have become “a service”.
One sure way to improve performance is to cache the non-dynamic data of any application. We did this to improve the overall performance of The Virtualization Practice website. However, there are many places within the stack to improve overall performance by caching, and this got me to thinking of all the different types. At the last Austin VMUG, there were at least three vendors selling caching solutions that were designed to improve overall performance by as little as 2x to upwards of 50x improvements. That is quite a lot of improvement in application performance. Where do all these caching products fit into the stack?