Hpe

The HP StoreOnce VSA is a virtual storage appliance, that is designed for backups between 1 TB and 10 TB and it’s based on HPs StoreOnce technology. I wrote a short overview about the HP StoreOnce VSA some weeks ago. Take a look at this blog posting if you are not familiar with HP StoreOnce VSA. This article is focuses on the deployment of the HP StoreOnce VSA in a VMware vSphere environment. A second and third blog post covers the configuration of the HP StoreOnce VSA with HP Data Protector.

In part I of this series I showed you the download and the deployment of the HP StoreOnce VSA. But without further configuration, it’s only a VM that has 4 vCPUs, 16 GB memory and ~ 1,5 TB of disk space. Pretty much for a VM that can’t do anything for you. ;)

Creating a library

Open a browser and open the StoreOnce Management Console.

I would like to thank Calvin Zito for the donation of StoreVirtual NFR licenses to vExperts. This will help to spread the knowhow about this awesome product! If you are not a vExpert, you can download the StoreVirtual VSA for free and try it for 60 days. If you are a vExpert, ping Calvin on Twitter for a 1y NFR license.

This blog post covers the deployment of the current StoreVirtual VSA release (LeftHand OS 11). A second blog post covers the configuration using the CMC. Both posts are focused on LeftHand OS 11 and VMware vSphere. If you are searching for a deployment and configuration guide for LeftHand OS 9.x or 10 on VMware vSphere, take a look at this two blog posts from Craig Kilborn: Part 1 – How To Install & Configure HP StoreVirtual VSA On vSphere 5.1 & Part 2 – How To Install & Configure HP StoreVirtual VSA On vSphere 5.1. Another blog post that covers LeftHand OS 11 is from Hugo Strydom. Hugo wrote about what he did with his VSA (vExpert : What I did with my HP VSA). I wrote a blog post about the HP StoreVirtual VSA some weeks ago. If you are interested in some basics about the VSA, check my mentioned blog post.

Part I of this series covered the deployment, part II is dedicated to the configuration of the StoreVirtual VSA cluster. I assume that the Centralized Management Console (CMC) was installed. Start the CMC. If you see no systems unter “Available Systems”, client “Find” on the menu and then choose “Find Systems…”. A dialog will appear. Click “Add…” and enter the ip address of one of the earlier deployed VSA nodes. Repeat this until all deployed VSA nodes are added. Then click “Close”. Now you should have all available VSA nodes listed under “Available Systems”.

When you access the HP iLO webinterface, you will be redirected to a HTTPS website. This connection is usually secured by a self-signed SSL certificate. To replace this certificate with a certificate that was issued by your own CA, you have to complete several steps. I will guide you to the steps. I focused on HP ilO 2, but the steps are similar for iLO 3 or iLO 4.

The requirements

We need:

In 2008 HP acquired LeftHand Networks for “only” $360 million. In relation to the acquiration of 3PAR in 2010 ($2.35 billion) this was a  really cheap buy. LeftHand Networks was a pioneer in regard of IP based storage build on commodity server hardware. Their secret was SAN/iQ, a linux-based operating system, that did the magic. HP StoreVirtual is the TAFKAP (or Prince…? What’s his current name?) in the HP StorageWorks product familiy. ;) HP LeftHand, HP P4000 and now StoreVirtual. But the secret sauce never changed: SAN/iQ or LeftHand OS. Hardware comes and goes, but the secret of StoreVirtual was and is the operating system. And because of this it was easy for HP to bring the OS into a VM. StoreVirtual Virtual Storage Appliance (VSA) was born. So you can chose between the StoreVirtual Storage nodes (HW appliances) and the StoreVirtual VSA, the virtual storage appliance. This article will focus on the StoreVirtual VSA with LeftHand OS 11.

A side effect of data growth is the growth of the amount of data that must be backed up. The path of least resistance is buying more disks and/ or tapes. Another possible solution is data deplucation. With data deduplication you can’t reduce the amount of data that must be backed up, but you can reduce the amount of data that must be stored. HP StoreOnce Backup is HPs solution to address this problem.

Hewlett-Packard (HP) offers a broad range of OEM VMware software for their HP ProLiant server familiy (VMware Virtualization Software and Client Virtualization with VMware View and VMware ThinApp). A customer can buy HP ProLiant servers and VMware software from HP. This also includes support for hard- and software, which makes it easy in case of support. You only have to call HP and they will do the rest. As you maybe know, I work for a IT solution provider and HP partner. It’s quite common, that a solution which is offered by us, consists of a large set of HP hard- and software. This has benefits for both sides: For us, and the customer, especially from the support perspective. The customer has a multi-vendor solution (HP and VMware), but support is done by HP. The other side of the medal is the financial perspective: The higher the project value, the better the discounts from HP. So it’s quite common that we sell HP OEM VMware licenses and support.

Sometimes it’s necessary to backup system, that are behind a firewall. A good example for this are servers in a DMZ. When using HP Data Protector there are some things to know and consider, before you can backup systems behind a firewall. Lets start with some basics.

The components

Cell Manager: The Cell Manager (CM) is the backup server itself. It controls the whole enviroments, stores the licenses, clients, media, devices, backup specifications etc.

One possible use case for the HP VSR1000 is to build IPsec tunnels for secure data transfer. In this post I will show you how to configure a IPsec tunnel between two HP VSR1000. If you need a short introduction, feel free to take a look at this article.

The experimental setup

We have two server VMs (in this case Windows Server 2008 R2 with SP1) and two HP VSR1000 Virtual Service Router. To simplify I added a vSwitch without uplinks to my ESXi at home. This vSwitch has three port groups. While each VSR1000 is connected to only one site and the WAN port group, the server VMs are only connected to one site. The WAN port group should simulate the WAN link, but in reality WAN can be anything. This is a screenshot of the ESXi vSwitch and port group configuration, as well as the logical setup.