I received a few weeks ago a preview of this software from my colleagues that are developing it, and I wanted to try it out and show it to other people.
Sometimes, we all need a large group of small virtual machines for our tests in vSphere. I tried in the past several linux distributions that claim to be small and easy to be deployed, but they usually failed in one of the two aspects, and it’s usually the ease of deployment. They are all fine if there’s a DHCP server around, but setting up a static IP configuration has always been a problem: mouse drivers in graphical mode are horrible, there’s little to no documentation about which distribution they are based on (in order to find out which commands and configuration files should be used), in summary, a living hell.
So, I decided to spend an afternoon doing some research and tests, and I came out with “my own” preferred procedure, based on VMware PhotonOS. It may be good for you too, or maybe not, depending on your own needs. I documented all the steps I’ve done, so that I (and you) can follow them start to end in order to obtain a working tiny VM with a static IP address.
In the previous posts of this series, we completed the configuration of Veeam Availability Console and on-boarded our first customer. In this third part, we are going to access the Console as a new customer, to so learn what we can do there.
In the previous post of this series, we installed and started the configuration of Veeam Availability Console. In this second part, we are going to look at the rest of the initial configuration, and plan for the first customer onboarding.
As Veeam is soon to release the final version of a new solution, called Veeam Availability Console, I started to study this software, since it’s a key component of Veeam strategy for Service Providers, which is my main focus as a Veeam employee. In this series of posts, I will explore the software, its architecture, how it works, and what can be done with it. In this first post, we’ll start with a bit of theory, and we’ll see how to install and configure it.
NetApp has a nice ONTAP Simulator that is freely available, and allows anyone to test out their storage platform without having to own a physical array. In the past I’ve used the NetApp Edge VSA, but since some months this is not available anymore, and the simulator is the only way to go. In this article, I’ll show you how to install and configure the Simulator with its latest version 8.3 RC1, and connect it to a vSphere cluster.
Veeam Backup & Replication has always had since its first version the possibility to replicate VMs, together with the backup capabilities. Once a VM is replicated in a secondary site, it could become a great resource for additional activities: from automated recovery tests (called SureReplica in Veeam) to become also the source for cloning activities. Data are already locally saved, there is no need to retrieve anything else from the source site, so any operation is quick an easy. Are there any informations we should be aware of in doing these operations? Let’s find it out.
I’ve seen often many users asking in forums how to properly configure a network in order to deploy a iSCSI storage, especially in really small environments.
So, I created this post in order to explain how I usually configure a system with an HP StorageWorks P2000 G3 iSCSI storage and a small cluster with 3 vSphere servers. If you are using a different storage, you would probably have to change some configuration, but the principles are always the same.