Areca Backup

Areca Backup
Developer(s)	Olivier PETRUCCI Internationalization: Stephane BRUNEL

Stable release	7.5 August 26, 2015 (2015-08-26)
Written in	Java
Operating system	All operating systems, provided that a Java Runtime Environment has been installed (version 1.4.2 or later); packaged for Linux, Windows 2000/XP
Type	Utility
License	GPL v2.0
Website	http://www.areca-backup.org

Areca Backup is a personal file backup software developed in Java. It is released under the GNU General Public License (GPL) 2.

Features

Areca Backup includes a backup engine, as well as a graphical user interface and a command-line interface.

The application includes the following features:

ZIP/ZIP64 compression
AES 128 & AES 256 encryption
Backup filters (by extension, subdirectory, regular expression, size, date, status, usage)
Incremental backup, differential and full backup support
Delta backup (only the modified parts of the files will be stored, not the whole files)
Archives merges
As of date recovery
Transaction mechanism (with commit/rollback management) for all critical processes (such as backups or merges) to guarantee backups' integrity
Unix file permissions backup/recovery
E-Mail reports
Backup simulation
FTP and FTPS support (SSL/TLS in both implicit and explicit modes)
SFTP support (with password or certificate authentication)

Areca also provides all tools needed to handle your archives:

Backup
Archive recovery (with or without deleted files); entire archives or single files can be easily recovered
Archive merge: contiguous incremental archives can be merged into a single archive to save storage space
Archive deletion
History explorer: different versions of a given file can be browsed and restored
Archive explorer: files can be searched among your archives

Storage modes Areca can handle multiple storage modes:

Standard: It is the default mode, which is recommended for most users: If you choose this storage mode, a new archive will be created for each backup. All new or modified files since the last backup will be stored in this archive.
Delta: This mode is recommended for advanced users only: If you choose this storage mode, a new archive will be created for each backup. All modified *parts* of files since the last backup will be stored in this archive. This mode is particularly useful if you are handling large files.
Image: If you choose this storage mode, a unique archive will be created and updated at each backup.

Backup types Areca can handle the following types of backups:

Full Backup: When a full backup is performed, ALL files are stored in your archive (whether they have been modified or not).
Incremental backup: When an incremental backup is performed, only the files which have been modified since the last backup are stored in your archive.
Differential backup: When a differential backup is performed, only the files which have been modified since the last FULL backup are stored in your archive.

Areca uses the file's size and last modification time to detect modified files. If one of these attributes is modified (whatever its value is), the file is flagged as modified. This allows a fast detection of modified files.

Areca is downloadable pre-packaged for Linux and Windows 2000/Windows XP and Windows Vista. But it also runs on any other operating system, provided that a Java Runtime Environment has been installed (version 1.4.2 or later). It has been translated to: Chinese (Simplified), Chinese (Traditional), Czech, Danish, Dutch, English, French, German, Hungarian, Italian, Japanese, Russian, Spanish, Swedish.

Limitations

Areca Backup does not have a built in method of handling automated backup creation for Windows-based operating systems. The user is required to configure a backup strategy using an included Wizard, which consequently creates a collection of bat files required to be manually added to the Windows Task Scheduler.
Areca Backup does not support VSS (Volume Shadow Copy Service) and cannot backup files that are locked by other programs, but there are plugins for Areca that do (like ArecaVSS)

External links

This article is issued from Wikipedia - version of the 9/11/2015. The text is available under the Creative Commons Attribution/Share Alike but additional terms may apply for the media files.