Purpose of Using the MLtek File System Migration Software 

If you give it some thought, you’ll probably realise that cleaning out your computer’s old files could be a lot more of a hassle and time sink than you bargained for. The good news is that ArchiverFS can help you deal with this issue. File system-level file migration software has many benefits, some of which are discussed in this article.

Introduction: So, what is this ArchiverFS, exactly?

ArchiverFS is a piece of file-system-level migration software that makes it a breeze to relocate your files. The computer programme was designed to make transferring large files from one location to another much quicker and less complicated than is possible with other solutions currently available on the market. ArchiverFS also has features which can be found at the product page, that help ensure the security of your data during transit.

How ArchiverFS Functions

ArchiverFS is file-system-migration software that uses a collection of algorithms to copy your files from one storage medium to another. Each file’s size, type, and content will be identified by the software before it is transferred. Additionally, ArchiverFS features help keep your data secure and private even while it is being transferred.

Tutorial on how to use ArchiverFS: Moving Data within a Folder

ArchiverFS, a piece of file-system-level migration software, makes the process far easier to handle than you’d think. Folders on drives, partitions, and other external storage mediums are all movable with the help of ArchiverFS. There are a few things that must be done before the migration can begin. To begin, you must prepare both the source and target folders for the migration. Second, you’ll want to set up ArchiverFS on both the source and destination computers. Last but not least, you’ll need to create a migration job before you can actually start the migration.

To begin preparing the home and target folders for migration, launch the ArchiverFS software on every machine. Make a folder on every computer that will serve as both the starting point and final resting place for the transfer. The source folder should contain all files destined for the target server, while the target folder should contain all files destined for the source server. There should be only one directory between these two folders. If there are any files or directories that can’t be migrated (either because they’re being used right now or because they contain sensitive information), then they shouldn’t be included in the migration project that you’re working on.

Once MLtek has finished making the source and target folders, next step is installing ArchiverFS on every computer. ArchiverFS can be downloaded and installed directly from the ArchiverFS website if it was not originally installed from the distribution package. The steps required to accomplish this are detailed on the ArchiverFS website.

Here are some of ArchiverFS’s most vital features:

  • An NTFS flat file is used for all transfers, and you can use criteria like file size, file type, and file age to move files from one UNC path to another.
  • Direct File Access is the technique used to give users prompt access to data.
  • Several placeholders will be made available during the data migration process, allowing you to selectively delete unnecessary files.
  • Graveyards, migrated, and live storage are the “3-tier” structures used.

Further notable characteristics include:

  • All Windows versions from Windows 2003 to Windows Server 2016 and Windows Storage Server are supported during the installation process.
  • De-duplication on Windows Servers, Distributed File System (DFS), Storage Area Network (SAN)-based replication, and SDS are all fully compatible. Also, Windows compression and Microsoft’s Search Server are both supported.
  • There are many satisfied customers in 40 different countries thanks to the product’s popularity. Customers come from a wide variety of sectors, including the military, government, academia, and law enforcement.

The permissions and attributions of the files have been kept exactly the same.

The daily maintenance job is one-of-a-kind and includes up-to-date files that are backed up to the live file system, both of which are replicated exactly and with the same permissions from the live system to the storage.

All of the characters from the Unicode character set are supported, so you can read and write in any of the supported languages:

  • The first step in migrating data is creating a migration job after installing ArchiverFS software. To do this, you need to launch ArchiverFS on all of your machines and then navigate to the Jobs tab in the program’s main menu. Next, click the New Job button, then rename your migration project and finally, hit the Save button. The next thing to do is pick the destination folder as the final destination and the source folder as the original location. Just hit the “Start Migration” button and everything will begin to move over.
  • Files will be migrated by ArchiverFS as soon as they are copied from the source to the destination folder. Please be patient as this could take a few minutes to complete. When you’re done with the migration project, you can either stop the migration by clicking the “Stop Migration” button or view its status by clicking the “View Status” button.
  • MLtek, unlike competing archiving products on the market today, did not make an effort to centrally catalogue all of your files within a database. Instead, they use a share that you can set up anywhere in your network. Due to its foundation in the NTFS file system, this product boasts unparalleled dependability, speed, and scalability. 

You’ll get all the features you’d expect from a programme of this type, including preserving NTFS permissions on your folders and files after processing, which isn’t the case with most database-centric products. This includes file retrieval shortcuts that users can leave behind in case they need to access an old file again without involving the IT staff. Furthermore, it is very cheap to use because there is no database to store information in regarding any processed files. Use a wide area network to transfer data to a cloud storage service like Google Cloud, Amazon Web Services, or Microsoft Azure (WAN).