Thursday, March 1st, 2012
Well the leap year is a time for all kinds of strange things happening. Women can propose marriage to men is just one example. Today is no exception (I’m in the US still so it’s still Feb 29th).
StorageCraft and Kaseya have today announced a new partnership that will see the backup technology that Kaseya previously used being replaced by StorageCraft ShadowProtect. Personally – this is a great step forward as we’ve used StorageCraft for many years now with great success. This means it’s now even easier for us to provide great disaster recovery capabilities to our client on a monthly billing basis.
Check out the press release here
Tags: Kaseya, ShadowProtect, StorageCraft
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Thursday, March 1st, 2012
Well the leap year is a time for all kinds of strange things happening. Women can propose marriage to men is just one example. Today is no exception (I’m in the US still so it’s still Feb 29th).
StorageCraft and Kaseya have today announced a new partnership that will see the backup technology that Kaseya previously used being replaced by StorageCraft ShadowProtect. Personally – this is a great step forward as we’ve used StorageCraft for many years now with great success. This means it’s now even easier for us to provide great disaster recovery capabilities to our client on a monthly billing basis.
Check out the press release here
Tags: Kaseya, ShadowProtect, StorageCraft
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Monday, December 12th, 2011
Recently while troubleshooting a system for a client, I ran across the situation where the StorageCraft VSS Snapshot provider disappeared.
When you ran the vssadmin list providers command, you only got the list below.
I then decided to see if the service was present by running the services console and it was not even listed. That’s right the StorageCraft Shadow Copy Provider was not present in the list of available services.
The fix was pretty simple. Re-run setup again on the ShadowProtect installer and select the Repair option. Reboot once it was done and voila… it’s back as you can see below.
Not sure why it disappeared in the first place, but it’s back now and the system is running far more reliably than before.
Tags: Backup, ShadowProtect, StorageCraft
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Friday, October 28th, 2011
When you restore a ShadowProtect image to a new computer, there is often confusion about the right settings to chose for the boot partition. Jack Alsop from StorageCraft here in Australia recommends the following options.
Restore MBR is needed – and Jack recommends you restore an Original Windows MBR unless the disk subsystems is 100% identical to avoid issues.
Restore Disk Signature is needed for a few reasons… the primary one being that if you want the ShadowProtect jobs to continue to run without needing to do a new base image then you want to ensure that you Restore Disk Signature. In addition to that some software uses the disk signature for copy protection and it might need to be reactivated.
Restore Disk Hidden Track is also recommended as again some software stores information on this track for copy protection. Without restoring this you might run into issues with activation of third party software.
Hope this helps. ![]()
Tags: Disaster Recovery, ShadowProtect
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Saturday, September 3rd, 2011
ShadowProtect IT Edition comes on a USB key now for some time. As part of the way to control licensing, StorageCraft require you to reactivate it every 90 days. That way if you lose your key, they can invalidate your license and give you a new one knowing that whoever finds your key can’t use it for more than 90 days.
Here’s how to reactivate your ShadowProtect IT Edition License server
Tags: Licensing, ShadowProtect, StorageCraft
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Wednesday, July 20th, 2011
No – this is not a test to see how fast a Toshiba can reboot vs a Porsche 911, but a story from Jeff Wilson from VelocIT Business Systems and a member of the SMB IT Professionals organisation in Australia. Jeff tells the story of an urgent call he had from a customer over a weekend where the customer needed him to look at something urgently – ie before Monday. Being a customer focused professional, of course Jeff went to help out. When he got there he found that the client has “accidentally” run his Porsche 911 over the laptop… see the pictures below!
The screen still opened up
And of course – compare the good with the bad.
What is interesting from this is that the hard drive on these is stored under the keyboard palm rest area and it appears that this was not harmed – therefore the users data was still safe. The laptop though was of course totally dead. Jeff moved the hard drive over to the spare that the customer had and got them running quickly.
Now – aside from being some funny pictures of a laptop accident – it brings a few other thoughts to mind.
What are you doing for backups of your users mobile devices? Are you backing up the entire laptop and if so, how often and using what software?
Personally I’m using Trend Micro SafeSync on my laptop to sync all the user changed data – word documents, Excel, PowerPoint and the like up to the cloud and then from the cloud, down to my desktop PC in the office. This ensures that my user data is safe and sound.
In terms of the laptops operating system and applications, I’m using ShadowProtect to backup to a USB hard drive while I travel, or to my NAS in the office. I’m also using the Client PC Backup technology from Windows Storage Server 2008 R2 Essentials to do a backup of the laptops while in the office as a 2nd approach.
What do you do?
Tags: Backup, Disaster Recovery, Mobility, Recovery, SafeSync, ShadowProtect, StorageCraft, TrendMicro
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Wednesday, June 22nd, 2011
There’s a lot of news in the media at the moment about massive system hacks by a number of rogue hacker groups. One of the local ones recently has been domain registrar DistributeIT based here in Australia. Their systems were not only hacked, but totally and utterly destroyed by the hackers. The most recent news article on this has DistributeIT talking about how even there backups were erased. And based on that we can assume a few things.
No don’t get me wrong – I’m not saying they got what they deserved. No one deserves to have their business decimated in the way that I’m sure DistributeIT is right now. But they did not fully consider the potential ramifications that could happen should a deep compromise of their systems occur.
Now personally I’ve used image based backup products like StorageCraft for quite some time and I love them. I also use products that work specifically with tape such as BackupAssist as well. However if you are to use an image based product alone here, then you need to consider what would happen in the event that your backups are erased. How can you prevent that from occurring? If you have some form of replication to replicate the data offsite, then that replication is also potentially likely to replicate the deletion (depending on how you have it configured). Particular attention needs to be paid here and this is where some form off offline backup comes into play. Be it tapes or offline hard drives, you need to ensure that you have a way that will prevent hackers from getting in overnight and killing your business.
Why tapes I hear you ask? How’s this for a few reasons to start with…
If you were to change your offline media on a daily basis then you limit what they can do to your business? What are you doing to prevent this for yourself and customers?
So – I ask you – is Tape really dead? If you are thinking more about this then check out BackupAssist as an option as they can support tape on versions of Windows that don’t have native tape support which is basically everything from Windows Server 2008 or SBS 2008 onwards.
Nope – for me – I’m seriously revisiting how my backup strategies are maintained and am looking to develop some new ideas and practices around this.
Tags: Backup, BackupAssist, Disaster Recovery, ShadowProtect, StorageCraft, Symantec
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Friday, May 20th, 2011
A few people have noticed that Exchange 2010 on SBS 2011 Standard edition, has Circular Logging enabled by default on the Exchange Databases. They’ve wondered why this is happening.
First up a history lesson. In SBS 2003, Exchange 2003 was configured by default to have Circular Logging disabled. This is great from a recovery perspective as it allows the Exchange database to keep log files of the email changes to the database and then later replay those log files into the last backed up copy of your database. When the inbuilt SBS 2003 Backup program ran, it would backup the log files and clear them down to zero once more. The only problem is that many users who configured their Exchange 2003 servers NEVER configured a backup. This then leads to the Exchange Log files which were located on the C: drive by default, to fill up the disk space and cause the server to crash due to low disk space on the Operating System partition.
When the SBS team were designing SBS 2008, they took this into account. The decided based on community feedback and user ineptness, that they would have Circular Logging enabled by default. This meant that the Exchange database log files would not fill up the disk space like it did with SBS 2003. This same design thought was carried through for SBS 2010 Standard edition and is what you see today. This does however limit your recovery options for a corrupt Exchange Database.
What happens is that if you run the SBS 2008 or SBS 2011 Standard backup wizards, it disables circular logging so that you can have a better chance of recovery of a corrupt mail database. If you are using other third party backup products such as StorageCraft ShadowProtect or BackupAssist, then you will want to manually go into the Exchange System Manager console and disable circular logging yourself.
Tags: Backup, BackupAssist, Exchange 2010, Exchange Server, Recovery, SBS 2011, SBS 2011 Standard, ShadowProtect, StorageCraft
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Tuesday, February 15th, 2011
In Trend Micro Worry-Free Business Security 6.0 and higher, Trend have implemented new technology that reduces the size of pattern files distributed to the client machines. This combined with other architecture changes means that there is quite a lot of disk activity and change at certain times during the day. The disk activity is really a reorganisation of the pattern files and the database itself and is not actually an increase in the amount of data being stored. In itself this is not a problem because a backup taken once a day with your favourite backup program will only record the differences between that point in time and the last backup which is fairly small. However if you backup more often than that you might run into a problem with having very large incremental backups. This article talks about why that happens and shows how to avoid it.
Any image based backup software such as SBS 2008/SBS2011 inbuilt backup, or third party backup programs such as StorageCraft ShadowProtect have the ability to backup very fast and multiple times a day – as much as every 15 minutes in the case of ShadowProtect. This is great from a disaster recovery perspective as it allows you to minimise the data lost due to a system failure to a very small time window. The way these work is to take a base image one time only and then take some form of incremental backup from that point forward. Windows / SBS Backup automatically consolidates these into it’s backup file which is a VHD. ShadowProtect takes these as incrementals and then ImageManager consolidates these based on various settings.
Now if we look at one of the features of StorageCraft ImageManager called replication – this replication feature allows the incremental images to be sent over a LAN/WAN to another server or via FTP to a remote server. This is a cool feature because it means as soon as an incremental image is created, it can be shipped offsite quickly and efficiently. This however relies on the incrementals being able to be small enough that they can be pushed out quickly to the remote location. Factors such as limited internet bandwidth really come into play here.
Ok – let’s tie this all together now to see the ramifications.
We have Image based backup software that can snapshot the changes made in the last 15 minutes – if there is a program such as WFBS that makes large amounts of disk change in that 15 minutes then the incremental image will be quite a bit larger than normal. It can be that you will get a few Gigabytes of changes in a short period of time. These incrementals are fundamental to restoring the server to that specific point in time and therefore we can’t do anything about them per se.
It’s worthwhile noting that programs such as disk defragmentation utilities can also cause large amounts of disk change in short period of time. Such programs should only be run outside of hours and periodically to minimise the change and therefore backup sizes. There may well be other programs like this that I’ve not specifically called out – be aware of them if you see things like the large incremental backups and investigate to find out the root cause of the problem.
So how do we get around this problem so that we can have the ability to minimise our backup sizes and give us the power to replicate our incrementals quickly? It’s actually quite simple. The solution is to NOT backup these sections of the system every 15 minutes. Now you can’t do that specifically, so what is really needed is for you to create a partition for Utility programs such as this and install those programs to that partition. You can backup the rest of your server every 15minutes if that is what you want, but with this partition, simply back it up once a day. You will find that the REAL amount of data change from the start of the day to the end of the day may only be a few hundred MB at most which can easily be replicated outside of business hours. Now – the inbuilt SBS backup can’t do this – only third party programs such as ShadowProtect or Acronis can have multiple backup jobs scheduled.
Given you now have a utility partition, you might want to think about moving other such programs or databases to it – things that are not updated frequently include WSUS – it typically will synchronise once a day and hand out patches during the day. In a disaster recovery scenario, it typically won’t be an issue to restore the main server from say 4pm today and the utilities partition from 10pm last night.
In my testing, I need to highlight that the problems of large incrementals are not unique to ShadowProtect – when running Trend WFBS on my server with the SBS backup, and 30 minute backup intervals, I observed large incrementals as well – they are just hidden inside the backup itself so it’s not as obvious. The same happened when I ran a defragmentation on my disk drive using SBS backup as well. The moral to that is that it’s very easy to blame one product for another products “working by design”.
I hope this helps you understand the issue and ways to work around it.
Tags: Backup, Disaster Recovery, Microsoft, Recovery, ShadowProtect, StorageCraft, TrendMicro, WFBS 6.0, WFBS 7.0
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Friday, January 14th, 2011
I blogged some time back about how I moved a terminal server which was a Hyper-V guest from Sydney to Brisbane in 7 seconds. People have asked me how I did that so I figured I’d put some notes together for you on how to use ShadowProtect to move a server quickly from one platform to another. You might not achieve the same 7 seconds that I did, as it depends on many factors, but one thing is for sure – you will save time using Head Start Restore (HSR) than using any other method.
What is Head Start Restore? There are two types of Head Start Restore. One is a manual or push HSR and this is accomplished using the ShadowProtect product. The other is an automatic or pull HSR which is a feature of ImageManager Enterprise (an additional module from StorageCraft). I’ll focus here on the manual method as this is the one that many of you will use to do single server migrations.
To start with you need to have installed, properly licensed and activated ShadowProtect on your Source Server. You will need to have the NAS device that is your Backup Repository configured on your network so that it is accessible from your Destination Server. You need to configure a backup job to backup the Source Server – I recommend using Continuous Incrementals as this is the way to keep the incremental change files as small as possible. Once you have your backup job configured – run the first backup – this will be a full backup as there is no other backup in existence at this point in time. Depending on the size of the volumes that you have being backed up, this may take a while. You need to allow this to complete before you continue on with the process. Once that backup is complete, you can allow users to continue to user your Source Server as they normally would. Any changes that that make are being captured by the Continuous Incremental backups that are being done. You can leave the Source Server running at this point.
Prepare your Destination Server by ensuring you have adequate disk space to take the images from the Source Server. Connect it to the same physical LAN as the Backup Repository. Boot the Destination Server from the ShadowProtect Recovery Environment CD or the ShadowProtect IT Edition. Configure the partitions on the Destination Server as required – this will often require a reboot. Once you have rebooted into the ShadowProtect Recovery Environment, configure networking to map a drive to the Backup Repository where the Source Server images are stored.
Now start the Restore wizard. Select the image you want to restore – this will be the most recent image. Follow through the wizard and confirm where the partition will restore to on the destination server. You will get to the screen titled Finalization Options as per below. By default the “Finalize the volume at the end of the restore” is ticked.
Remove the tick and select Next then continue with the wizard to begin the initial restoration of the volume.
Now that the initial restoration has completed, DO NOT REBOOT. Leave the Destination Server in the ShadowProtect HIR environment.
On the source server, complete another incremental backup and then shutdown the server.
Once the source server is shutdown go back to the Destination Server and commence another Restore from the Restore Wizard. On the 2nd screen of the wizard select “Restore subsequent incrementals” and select Next.
Select the same destination disk as before. Select the most recent incremental backup for this volume. This will be the one you did moments ago before you shutdown the source server. Follow the wizard for the next two screens to confirm where the partition will be restored to.
On the Finalization Options screen, ensure you select “Finalize the volume at the end of this restore” and then select Next.
Now specify to do a Hardware Independent Restore (HIR) after the restore is complete and select Next.
The Restore wizard will complete the restoration of the last incremental. This will be very fast. Following the restore, it will automatically initiate the HIR. During the HIR I was doing, it asked me for additional drivers for the VMBUS device. This was because I was restoring this machine into a Hyper-V virtual environment. You can locate additional drivers on the ShadowProtect Recovery Environment by browsing to the CD and looking in the Additional_Drivers folder as per below. These drivers are required in order for the machine that is now virtualised to boot up correctly. Failure to use them may result in a blue screen of death during boot up.
Ok – once the HIR process is complete, shutdown the machine and eject the ShadowProtect Recovery Environment CD.
Power on the machine and all going well you will get the login screen as below.
After you login you may be prompted for Activation – follow through with this to activate the machine.
And now you are done!
Tags: Backup, Disaster Recovery, ImageManager, Migration, ShadowProtect, StorageCraft
Posted in FAQs | 5 Comments »