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System Administrator

Thomas Blake

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With the Deployment tool such as Snap Deploy or any other you do not create each day new deploy image. This is not actually the goal of using such tool. Other than you are going to use it as a simple backup&amp;recovery tool. Thus the versioning is not really important here.<br />
However if you want to use it as backup&amp;recovery tool then the images create usually have datestamp and you can create backups using backup task which can overwrite the oldest image when storage is short.
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@Andrew Leniart<br />
Right now, we use Acronis Backup Advanced for our backup <b><u>and deployment </u></b>solution. It is not meant to be a deployment utility. :) As such, we use individual physical machines (one for each hardware model) for our base image test environment (when we have the equipment to do so.) As such, the tracking and versioning for our base images as they are being developed is... disjointed at best. I know that ABA utilizes Universal Restore to restore to different hardware, but it only slipstreams boot device drivers into the recovery process. So if the devices had different peripheral hardware we would need to manually reinstall, reconfigure, and reboot.<br />
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If I am able to implement Snap Deploy in our environment, I will most likely use individual <b><u>virtual </u></b>machines (one for each process type, think software differences instead of hardware) which should reduce the amount of base images we utilize. Then utilize ABA to back up these machines, since ABA has a decent versioning type view from the Vaults perspective that would handle the tracking of changes and versioning. Once I have the virtual machine backup files, I would utilize Universal <b><u>Deploy</u></b> to recover the machines. Since ASD Universal Deploy handles slip-streaming all device drivers into the recovery process, this should be a better fit for our environment.
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Thanks for sharing that info, Thomas. I have a couple of accounting firms that I deployed Acronis Backup Advanced to their server and all workstations and it's been working very well for them - has been for a few years now. Have never had to do a restore (touch wood) but I'm confident in the backups as they are all verified regularly. <br />
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In all cases though, I would not recommend restoring to dissimilar hardware. In all the times I've attempted that, (been in the game for 20 years now) I've found that the time that is taken for remediation steps to fix problems, that were always required, far outweighed any time savings of just re-installing an OS to new hardware and recovering the data instead. <br />
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I'm a huge Acronis fan, but in my opinion, their Universal restore only works very well in theory - not in practice. Sorry, that's probably not what you want to hear, but I speak from painful experience here. I hope your mileage differs to mine if you ever find yourself needing to use it.<br />
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The pic I included above was from my own small network at my home office, so that's why it's Acronis True Image. I do have considerable experience with their business models though and was unsure of your own experience levels when I answered :)<br />
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Regards, Andrew
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Do you have experience with Universal Deploy versus Universal Restore? If so, same experience?
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Universal Restore is the same feature as Universal Restore. Universal Restore was originally used in True Image serie of Acronis software and was later overtaken to deploy tool as well. Works the same way - you prepare the boot image with slipstreamed drivers and after restore the HAL will be edited to inject controller driver. After the system boots all the rest of the drivers will be installed back.<br />
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As for the experience described by Andrew, I have had different experience and I can understand why some people have to or prefer doing restore to dissimilar hardware. Something you do not have any other choice. <br />
I did not use Universal Restore feature of Acronis much, I am more fun of Paragon Hard Disk Manager tool. It is not a deployment tool but for a single restore its P2P Adjust OS wizard was always the best one.<br />
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Now to the question, why to do restore to dissimilar hardware instead of new installation. You have some software configured on your system and reinstalling all that plus reconfiguring it could be a big PITA. I have a big experience with these cases and frankly speaking the ability to move to dissimilar hardware from whatever software vendor is a very great relief for those who need it. <br />
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But this is just offtopic. <br />
In short, answering to your last question - there is no actual VS between UD and UR.
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Thank you, noxcho. I may need to have a File Share with a repository of PNP drivers then. Oh, well. At least Snap Deploy will domain join in the recovery process so the device will be able to see the drivers.
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We migrated away from &quot;base images&quot; many years ago, because we were keeping too many, and they were difficult to update and keep control off. (when we used other image based deployment technology).<br />
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So we've been using Microsoft MDT/SCCM to Deploy workstations, which keeps the hardware devices separate from the software deployment. IT Staff upload the new devices drivers to the Repo, for laptops and new workstations.<br />
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We actually have a &quot;single base image&quot;, which is a vanilla OS, created from Microsoft OS media (virgin WIM file), and End Users/IT Staff select what options are required at deployment, e.g. Office, Visual Studio, Visio, Project, Nvidia Driver version...<br />
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on occasions the base image is changed, every quarter to tweak fixes.<br />
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Patches are deployed at build time, and ongoing via WSUS/SCCM. (after build).<br />
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The entire process takes about 1 hour to deploy a workstation, with the entire OS and software stack as per user requirements, just booting the PC from the LAN, which any user can do, or assistance from IT Staff. All PCs delivered to site are set to BOOT from LAN by the vendor.<br />
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This is joined to domain, with SCCM agents loaded, at anytime, the user can request automated software install of software they are entitled to via SCCM.
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Thank you all for your expert experience. We will most likely move ahead with a virtual machine farm of machines configured with the different software deployments we utilize. These virtual machines will be backed up with Acronis Backup Advanced with a new backup being taken every time there is an &quot;image update&quot;. The latest backup will be tested in its environment and once approved will be the image file used to deploy using Acronis Snap Deploy. We will also most likely keep a driver repository located on a file share to aid in recoveries to dissimilar hardware.
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Hello, I am in the process of implementing Acronis Snap Deploy in my environment and am wondering what other experts have done for version control of their master/base images?
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Hello, I am in the process of implementing Acronis Snap Deploy in my environment and am wondering what other experts have done for version control of their master/base images?

Acronis Image File Subversioning?

Microsoft Windows XP is the sixth release of the NT series of operating systems, and was the first to be marketed in a variety of editions: XP Home and XP Professional, designed for business and power users. The advanced features in XP Professional are generally disabled in Home Edition, but are there and can be activated. There were two 64-bit editions, an embedded edition and a tablet edition.

Windows XP

The term "Backup" means the methods and processes involved to copy computer data (system data as well as application data) to media other than the ones where the data originally live (disk, tape, optical, cloud). "Restore" in turn means the methods and processes involved in data recovery, i. e., bringing back copied computer data to their original location. Backup/Restore primarily serves as a means of protection against data loss, be it due to disaster, corruption or sabotage. It can also be used for recovering data from an earlier point in time and even for cloning machines or applications. There is a wide variety of backup/restore software available, from expensive commercial products to free or open source tools.

Storage Software

Version control, also known as revision control or source control, is the management of changes to documents, computer programs, large web sites, and other collections of information. Changes are usually identified by a number or letter code, termed the "revision number," "revision level," or simply "revision." Version control systems (VCS) most commonly run as stand-alone applications, but revision control is also embedded in various types of software such as word processors and spreadsheets, and in various content management systems. Revision control allows for the ability to revert a document to a previous revision. Git, a widely-used VCS, has its own topic; other popular systems include CVS, Subversion, Team Foundation Server (TFS), Visual SourceSafe (VSS) and Perforce.

Version Control

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Acronis

Ransomware is malicious software, designed to block data access in order to extort money. As a form of malware, ransomware is most often used to infiltrate devices through infected emails or links that, in turn, recognize and take advantage of vulnerabilities in the operating system and installed third-party software.