Your target disk (its partitions, filesystems and files) may or may not be seen by the NAS when you reinstall the disk there. The NAS may write some changes and spoil the clone (e.g. it may or may not change bootloader data in MBR and following sectors).
Disk imaging involves creating a byte-by-byte archive of a hard drive, resulting in a compressed file format (typically saved as an ISO file). These compressed image files are often stored on external drives or in the cloud due to their substantial size. However, they offer the advantage of granular data restoration.
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There are two types of disk image files: full and differential. Full images encompass the entirety of the source drive, while differential images capture only the changes made since the creation of the last full image. As a result, differential images do not contain all the necessary data for drive restoration; a full disk image is required.
Restoring and accessing data from disk images involves using imaging software to install and open them on a new or existing drive, which can be a time-consuming process. Additionally, disk images can consume significant backup storage space.
Disk images differ from snapshots in that a differential image stores the changes made to a file system since the last full image. In contrast, a snapshot reflects the contents of a persistent disk at a specific point in time. Arcserve Unified Data Protection (UDP) software offers hardware snapshot support for fast backups and recovery.
Disk cloning entails creating an exact, uncompressed replica of an entire drive or specific partitions. Since disk clones are uncompressed, they can be immediately replicated to a target backup drive or the cloud, resulting in an up-to-date, identical copy of the data. The critical advantage of cloning over disk imaging is speed. In the event of a hard drive failure, the cloned drive can be quickly replaced, minimizing downtime.
Both disk imaging and disk cloning offer advantages and disadvantages. Cloning excels in some rapid recovery scenarios, while imaging gives you greater backup flexibility. But taking incremental backup snapshots stands out because it lets you store multiple images without using a lot of storage space. Snapshots can be invaluable when recovering from ransomware attacks or other data disasters, where reverting to an earlier disk image is your best chance of recovery.
Bit cloning limits you to a single copy per drive. Although you can overwrite one clone with another, each clone version requires its own drive. Meanwhile, imaging gives you the convenience of remote storage, employing compression to minimize storage demands and letting you store images in a way that best suits your infrastructure.
But in the impossibility of that happening since they killed him, what if someone had cloned him? This happened to Galen Marek. It might be hope for Adam Driver to come back...but not Ben Solo. ? ? ?
It was never explained how Ben Solo got to Exegol. Maybe that was the real Ben Solo but Kylo Ren is still alive. And Kylo who is the clone really loves Rey too and the dyad still exists. ? ? ?
The solo game was fun (playing two characters) and I look forward to play this with a full group! My group is coming over Wednesday to give it a try! Be on the lookout for Part II once we get it played cooperatively!
In the Clone Wars and Rebels animated shows, Maul survived being cut in half at the end of The Phantom Menace, and made a comeback with robotic legs, though in Solo, you only see his upper body in a hologram [UPDATE on rewatch: you see a glimpse of robot legs before you know who it is, though the hologram keeps it vague]. Now, in support of Solo's upcoming release on Movies Anywhere (Sept. 14th) and Blu-ray and 4K (Sept. 25th), Lucasfilm has released images of Ray Park in full Maul costume with the legs.
And by "secretly" he means posts like this one, with the caption, "Now... I wonder why i shaved my hair a wee while ago? #sith #sithlife #secrets #baldy #cleanshaved #starwars #solo #maul #surprise #london #besttime #thankyou."
New images from the set of the untitled Han Solo movie continue to rock the heck out of a '70s aesthetic that should make original trilogy fans excited. The blue speeder he is seen sitting in thanks to these Daily Mail pictures (via StarWarsNewsNet) better be fast, because he's driving it on an Imperial base, with Imperial speeders, and what looks like some kind of new hovertank chasing after him.
To burn an ISO from the EZ Gig IV ISO file, you will need software that is capable of burning the image back into a CD. Windows 7 has a built-in ISO burner, but older operating systems will require 3rd party software to accomplish the task. Burn programs (such as Nero or Roxio) have built in ISO burners but not all burning programs will have this feature. Below is a link that will help explain how to burn ISO files with several different pieces of software. There are also links for good freeware ISO burning programs if you do not already have one.
Optional
Data Select tool
Select files you wish to exclude from the clone, such as photos, videos, music or documents. This is helpful when migrating from a large HDD to a smaller SSD or when creating a Boot Disk.
Images that are worked up for publication are exported from Adobe Lightroom and stored on my Photoshelter Archive. I trust Photoshelter and their geographically redundant archive to protect those images. If disaster were to strike, I could still export the images again from the backed up Lightroom archive.
I am assuming from what you are saying that you have 14TB of images on those two drives. My first question is do you need to have all 14TB of images online (I use the term online here as meaning connected to the computer and accessible instantly) at once. Sounds to me like much of that could be archived, i.e. placed on offline drives and stored (at least 2 copies in different locations). IF that is the case I would archive as much as possible and then use 1 8TB drive for storage and one for backup, moving older images to the archive as you need more space on the first drive.
I have received many emails saying that you can use a RAID configured drive as a backup drive. Which is true. My headline is not as clear as it should be. My point is that having a system where a Mirrored RAID (RAID 1) is the primary drive AND the mirror is the backup is a very bad idea. But you could use a RAID (4,5 or 6) as the backup drive if you really have to have both 8TB drives online and backed up. The problem, of course, is that eventually having all these images online at once will be unmanageable. And most likely there is no need for it.
Hi Peter,
I am not a pro photographer, simply an enthusiast taking classes and learning all the time. I am, however, a mom and that means my images are very precious to me:-) What are your thoughts since your last article and since your equipment upgrade? I have a 2013 MBP, no desktop, a LaCie Rugged 2TB disc and a 1TB WD MyBook (totally full). I need a 2nd drive and need to build in more redundancy. Also, it would be nice for back up to be faster so that I will do it more frequently. We lost 5 years of photos from all of our travels when my 3 yr old 1TB LaCie Rugged died early this year and I would be so sad to repeat that with my family photos. THanks for your help!
But I think your backup drive should be raid 6 or 10. ZFS files system is also nice to prevent bit rot. Lets say you need your backup and its on just a solo drive and that drive has bad sectors. That backup is no good. That same backup on a good raid with zfs is very unlikely to ever go bad. Of course if the building they are in blows up then its all gone so offsite is smart.
My laptop is backed up with TIME MACHINE to a portable drive. Here I am mainly concerned about the SYSTEM files and other things like accounting that I have on the laptop. I transfer daily work off each night, so I am not too worried about that. Usually by that time, worked up images are on the way to the client and have been sent to Photoshelter.
The image files can also be different because they can be compressed, unlike a disk clone, which is not compressed. When cloning, the bit-for-bit copy is transferred to a second hard drive that is of equal size or larger than the source drive. Another difference is that specialized software, like EnCase, X-Ways, or FTK, is needed to view the contents of the image files. In general, image-viewing software is read-only, and files cannot be added. Nevertheless, some applications allow image files to be edited; WinHex, which is produced by X-Ways Forensics, is one such example.
The process of cloning a hard drive is a faster process than imaging a hard drive. The time difference between the two processes is substantial. Therefore, when a computer forensics examiner is working undercover or perhaps needs to obtain a copy of a hard drive and leave the computer with the custodian, then cloning the drive is more practical. On average, successfully cloning a SATA drive takes less than an hour. Of course, the time to clone depends on the size of the source hard drive and the cloning equipment being used.
The ImageMASSter Solo IV Forensic is a much more expensive device than the Disk Jockey PRO, but it has the ability to image two devices simultaneously. The investigator can select either a Linux DD file or an E01 image file.
SQL Clone delivers a "self-service canteen" system for databases. Administrators can configure SQL Clone in a way that protects sensitive data, enforces data governance (i.e. control over who can have access to which databases), and ensures the clones used for development work are stable and reliable. Developers can then decide when they want a clone. Teams can deploy them on-demand, apply any migration scripts required to bring the cloned database to the state required, and then remove or reset them as often as required. be457b7860
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