I recently blogged about the Veeam-Nimble integration configuration and recovery from Nimble Storage snapshots with Veeam. Today, let’s test backup and replication from Nimble snapshots with the Beta version of Veeam Availability Suite 9.5.

Veeam is extending its storage integration offerings to the support of Nimble Storage arrays in the upcoming Veeam Availability Suite 9.5. The Beta is already available for testing, and I used this chance to get first-hand experience. In this post, I’ll share insights from my experience and review the functional use cases delivered by this Veeam-Nimble Integration.

The Veeam-Nimble integration follows the same approach as Veeam’s existing integration capabilities with other enterprise storage solutions. It’s all about leveraging the underlying storage hardware and snapshot capability. The Veeam-Nimble integration offers the benefits of minimum impact on the virtual infrastructure during the backup process, RTPO of less than 15 minutes and verified recoverability.

Media coverage on the various versions of encryption Trojans are coming fast and furious. These threats are meant to extort money out of the infected and are otherwise known as ransomware.

Trojan malware like Locky, TeslaCrypt and CryptoLocker are the variations currently used to attack companies. The breach gateways are often security loopholes in web browsers and their plugins or inadvertently opened email attachments. Once inside the company, the ransomware can spread at breakneck speeds and begin to encrypt valuable data. The FBI recommends companies implement a solid ransomware backup and recovery strategy for effective protection against data loss caused by CryptoLocker or any other Trojan.

We are now ready for the second post in this series, and we will now cover the VMware Backup Proxy. This is truly the workhorse of your backup infrastructure, so this will definitely be of interest to many readers!

When it comes to deciding what are can be considered “BEST” practices, a lot can be up for interpretation. One thing that we do know for sure is that when Gostev presented VT-466 VMware Backup Best Practices: 2015 Edition there was something for everyone to learn. This was without a doubt one of the most popular sessions from VeeamON 2014 and 2015, and I can’t wait to see what the 2017 edition will look like!

That being said, we’ve decided to release a few key points here in a blog series from this session from last year, to share the knowledge and ramp up for VeeamON 2017.

In the first part of this series, we looked at OMS and whether it is a replacement of OpsMgr or if the two solutions can complement each other. We created the integration between the two solutions and after that we started part two of this series and worked with streamed alert data. We created custom queries, extracted data out of custom fields and finally used PowerBI to create some nice visualizations to understand what is happening in the environment.

Today, we are going to continue on that path but now with performance data.

In the previous post we discussed what the Microsoft Operations Manager Suite (OMS) is and how it can be used as a powerful extension for your Operations Manager solution on-premises. We already showed you how to connect them together and how to make sure that data from your Veeam Management Pack is being streamed to the OMS solution. Today we are going to look at alerts and use OMS to create some custom queries, use custom fields and experiment with the preview of PowerBI to create stunning visualization dashboards.

If you are a System Center Operations Manager (OpsMgr) user, you must have heard already about the Microsoft Operations Manager Suite (OMS). Whether you are at an event, watching a webinar or reading online about this solution, the most asked question we get around OMS is whether you should keep investing in OpsMgr or start moving to OMS. Before I get to that point, let’s have a look at what OMS exactly is.

This post is part four of a series where I discuss granular recovery of Active Directory objects and different scenarios and tools for such operations.

In the previous article, I described the cases where administrators worked with Domain Controllers running Active Directory off a functional level of Windows Server 2003 and Windows Server 2008. I detailed the steps they had to do in order to reanimate the tombstone objects using LDP and Veeam Explorer for Microsoft Active Directory utilities.

Today, I’m moving on to newer systems with the Active Directory recycle bin feature enabled.