If you’ve met the prerequisites described in part one of this series, deploying the virtual RecoverPoint appliances in your VMware environment should be a straightforward task. Download the latest OVF of the vRPA from the EMC support website and deploy it using the vCenter management console.
It has been a while since I’ve written anything about RecoverPoint since my original post on RecoverPoint 4.0 several years ago. To my delight I was recently put on a couple of projects to deploy new virtual RecoverPoint clusters for two customers. Several things had changed since the first appearance of the virtual RecoverPoint Aplliance (RPA), so why not write a small series on the deployment of these appliances? Gotcha’s included!
I can’t read a product paper, marketing presentation or blog anymore without seeing ‘disruptive’ being used every other paragraph. It’s possibly the most hyped word of 2015, and I really can’t wait for it to go away. No matter how many times I read it: it has a negative connotation. Initially I thought it was some weird sort of language gap between English and Dutch, where it somehow has a positive vibe to it in English. But a quick Google query shows that even the English dictionaries agree: first and foremost it’s negative, but “them business folks” want to attach a special meaning to it…
On the 23rd of February, Nimble Storage announced their new Predictive Flash platform as an extension of their current product portfolio. It uses the same trusted software, but leverages the speed of flash and advanced analytics to offer higher performance storage. A customer expects data to be available instantly and without delays. Nimble Storage makes sure this is the case based on a three-pronged approach: high density solid-state storage, cloud based management and big data analytics to proactively solve issues before they cause a problem for the business.
I first met the Nimble Storage team at Storage Field Day 6. Back then they impressed mightily with InfoSight: Nimble’s cloud based management platform for their storage arrays. It offered proactive failure detection by gathering statistics from all Nimble Storage arrays and using that intel to automatically resolve issues before they could become a hassle for the customer. It also allowed the Nimble engineering teams to blacklist upgrade paths, making sure that a known faulty software upgrade did not inadvertedly cause downtime on other storage arrays. Now, a year later, Nimble is celebrating its fifth birthday and I can’t help but notice: it’s come far since the start-up phase.