Top 10 Linux Backup and Recovery software

Suppose you are running an organization with mission-critical Linux servers in one location and with IT experts. Imagine a situation, if your server goes down. What would be the impact on your business. For worse if you lack a backup, you are thrown for loop without a notice. To handle such gloom and doom you need an effective and powerful recovery tool with great recovery potential and allowing application of influential scanning algorithms.

Its imperative to have a comprehensive backup and recovery solution that would enable the recovery of Linux servers, helping you to get back to business and minimize the downtime. The backup software solutions provides you a complete back up of the files, data, database, system or server. To be more specific, it enables the you to make a duplicate of everything contained on the original source. After an extensive research, we explored the top 10 Linux backup and recovery software.

• afbackup
• Amanda
• Aconis
• Areca
• Backup Pc
• fwbackups
• SBAdmin
• Simple Backup
• Bacula
• BAR

1. afbackup

It is essentially a client-server backup system, in which the workstations backup the central server, either simultaneously or serially. The user can create archives, extract them or list up their contents. The free to download backup tool can be managed remotely from the central administrative host or through the cron-jobs on the clients. The data can be written on it using any streaming device - normally with a tape device. The backups are written sequentially allowing easier access to data. Most importantly, afbackup can be set for emergency recovery on different catastrophe levels.

Link

2. Amanda

AMANDA stands for Advanced Maryland Automatic Network Disk Archiver. This free backup system for Linux allows the administrator to set up a single master backup server that back's up multiple hosts in a network to tape drives/changers or optical media or disks. Amanda can backup a large number of workstation running multiple versions of Linux with its native dump and/or GNU tar. Further, it provides extensive configuring options for controlling nearly all the aspects of the backup operation, and a number of scheduling methods.

Link

3. Aconis True Image Echo Server

This backup and disaster recovery solution for Linux is designed to provide you with an exact, live Linux server disk image of the operating system, databases, and applications. In case of a system crash, True Image Echo Server for Linux offers you to perform an entire server restore in just minutes, and not hours or days. The backup solution has a dual destination backup option that allows the customers to backup the server images to two locations. It features a reconnection option that automatically attempts to connect to a group server or backup server in case it goes offline. Some of the key features of True Image Echo Server includes backup image encryption, differential backups, custom scripts before or after backups and create CDs with bootable images and bootable recovery media ISOs.

Link

4. Areca Backup

This is a file backup software developed in Java. It works on a transaction mechanism that ensures the integrity of a backup. The free backup solution for Linux enables the users to select the files or directories to backup. It filters, encrypts and compresses the content and stores it in the provided location.Some of key features include: archive compression(Zip & Zip64 format), archives encryption(AES128 & AES256 encryption algorithms) and storage on local hard drive, network drive, USB key, FTP/FTPs server.
One of its unique features is transaction mechanism (with commit / rollback management) for all critical processes such as backups or merges ensuring the backup integrity. In addition, the backup software provides incremental, differential and full backup support. Areca also generates backup reports that can be stored on disk or sent via email.

Link

5. BackupPC

This free backup solution for Linux features a web-based front-end. This is an high-end, enterprise-grade system that includes intelligent pooling of identical files, no client-side software, and a powerful Apache/CGI user interface. This is a completely disk-based backup and recovery system. The backup software can be easily configured to keep full backup after regular intervals. It supports exponential expiry allowing full backups with various vintages like a settable number of most recent weekly fulls. BackupPC supports a full set of restore options that includes direct restore via smbclient, tar, or rsync/rsyncd or downloading a zip or tar file.

Link

6. fwbackups

It's a free backup program packed with rich features. The simple and intuitive interface makes it easy to handle. The software supports multiple backup engines and allows restoring any previous backup.

fwbackups allows the user to choose between a wide range of backup format and backup modes that includes archive format and clone mode for recovering data from the damaged disks. It also creates disk images for the safety of entire operating system, documents and applications.

Link

7. SBAdmin

SBAdmin is an advanced disk and tape backup management solution. This unique backup solution can rebuild a Linux system completely from bare-metal. SBAdmin also features Adaptable System Recovery (ASR) that offers the unique ability to recover the entire Linux system and install it into the same or any other hardware. The ASR also fully supports the various storage configurations provided by Linux and allows you to make changes to the configurations during system recovery.

Links

8. Simple backup solutions(Sbackup)

It's a free to download backup solution for common desktop users. It features a GNOME Graphical User Interface (GUI) frontend and backend backup daemon. With simple backup solution you can write the backups to local directories or remote servers using the Genome VFS technology. It allows full control to select the files and folders to backup. The files can be excluded even by using a set of regular expressions. The regular backups can be configured. It also features a command line restore tool which offers python API for restoring a file or directory

Link

9. Bacula

It is a set of programs that enables backup, recovery and verification of computer data across the network of computers. This software solution is easy to use and comes with advanced storage management features that makes it easier to find and recover lost or damaged files. It supports multi-volume backups. Bacula offers a comprehensive SQL standard database of all files backed up. This allows online viewing of the files saved in any specific volume. For more, the free backup and recovery solution also features a built-in job scheduler.

Link

10. BAR

This is a backup and restore software for Linux. It uses Distributed Tape Services (DTS) for Linux on the mainframe supports file-level, physical region and file system image backup. The DTS component is a client/server solution that offers multiple client to mount and access Linux mainframe tape volumes across a network connection.

Link

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Tiny Core Linux is a very small minimal Linux desktop can be extended by installing additional applications from online repositories.

Tiny Core Linux is a very small (10 MB) minimal Linux desktop. It is based on Linux 2.6 kernel, BusyBox, Tiny X, FLTK graphical user interface and JWM window manager, running entirely in memory. 

It is not a complete desktop, nor is all hardware completely supported; it represents only the core needed to boot into a very minimal X Window desktop, typically with wired Internet access. 

This minimal desktop can be extended by installing additional applications from online repositories. 

The rapid development of Tiny Core Linux, a minimalist desktop distribution in 10 MB, continues with the release of version 2.6 earlier today. What's new? "Updated blkid, libblkid, and libuuid; updated rebuildfstab to drop extra mount points and to reflect removals; new select utility replaces dialog; updated xsetup.sh, mktclocal and tc-terminal-server using select; updated cpanel Apps Audit replaces mktclocal on panel selection; updated missing link libpng.so; dropped cryptohome support; updated tc-config to reflect recent changes; BusyBox mount and losetup replaces GNU variants; updated rc.shutdown for BusyBox syntax; updated tce-load to support BusyBox mount; dropped support for ziofs and cramfs, all extensions are now Squashfs; dropped BusyBox ed, eject, fsck, expand and unexpand applets; BusyBox lsmod, insmod, rmmod, modprobe replace GNU variants...."

Update: (via Distrowatch)

Robert Shingledecker has announced the release of Tiny Core Linux 3.7, a minimalist, but extensible desktop distribution in 10 megabytes: "Team Tiny Core is pleased to announce the release of Tiny Core Linux 3.7. Final change log: new multicore.iso both Tiny Core and Micro Core installation and network tools edition; new added kernel module for NTFS to base, allows read access to NTFS partition; new GUI loadpack to load, when required, Starter Pack after boot; updated rebuildfstab now supports NTFS-3G for NTFS-3G extension, allows read-write access; updated cpanel to reflect changes in the base; updated tc-functions to better handle TCVD virtual disk; updated network GUI to record udhcpc PID for services support when DHCP is requested...."

Here is the release announcement with a changelog.

Download: tinycore_3.7.iso (10.3MB, MD5). The "mulitcore" CD image with a graphical system installer is available from here: multicore_3.7.iso (45.5MB, MD5).

Recent releases:

 • 2011-06-16: Distribution Release: Tiny Core Linux 3.7
 • 2011-05-01: Distribution Release: Tiny Core Linux 3.6
 • 2011-02-14: Distribution Release: Tiny Core Linux 3.5
 • 2010-12-19: Distribution Release: Tiny Core Linux 3.4
 • 2010-11-23: Distribution Release: Tiny Core Linux 3.3
 • 2010-10-15: Distribution Release: Tiny Core Linux 3.2

Install Tiny Core Linux.

Introduction

This guide shows step by step information on how to partition a blank IDE hard drive using cfdisk, copy over the TC operating system files, and install the GRUB bootloader on that drive.

It assumes that TC was booted from a liveCD and is already running on the target system with Internet access. 

Keep in mind that this guide is basic and that the user may choose to adapt, remove and/or add parts as desired. 

The result: a standard TC PPR installation. 

Note: If you already have a Linux System booting via Grub, then you do not need to make a partition for Tiny Core! Tiny Core can run in a couple of directories in your existing Linux Grub installation. Skip to Step 5. You will only need to do Step 5 and add a Grub menu item (title, kernel, and initrd lines) as shown in Step 6.

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1. Obtaining cfdisk and GRUB via Appbrowser

Click on the wbar icon Apps (or access the right-click menu on the desktop and selecting Appbrowser)

Click on File > Connect

The list on the left side should now be populated. Select cfdisk.tcz from the list.

Then click Install Selected button located in the bottom left corner. It should report that it was installed successfully.

Now repeat this process, by selecting and installing grub-0.97-splash.tcz. 

2. Open a root shell

In JWM, you can right-click the desktop to access the menu, and then navigate to XShells > Root Access > Dark. (Choose one)  

3. Partitioning

Find a disk you want to install on. The following command will list your disks and their current partitions.

fdisk -l

Remember which disk will be used for installation. For the purposes of this guide, /dev/hda will be used.

The cfdisk command will be used to partition the hard drives. 

cfdisk /dev/hda

Use the left and right arrow keys to navigate the bottom menu, and press Enter to select an option.

Navigate and select [ New ]

Select [ Primary ]

Input the size by entering the numbers you want, or accept the default. Press enter to accept. This demonstration will use 100 MB.

If prompted, choose where to put the new partition.

Set the boot flag on the new partition by selecting [ Bootable ]. Remember this partition as it will be used for installation. This guide will use hda1.

Setup the rest of the disk if preferred, when completed.

Select [ Write ]

Confirm the write by entering "yes":

Select [ Quit ]  

4. Formatting

Format the new partition. This demonstration will use ext3. You may format other partitions here as preferred. 

mkfs.ext3 /dev/hda1 

5. Copy over TC system files and prepare for PPR mode.

Mount the new install partition: 

mount /mnt/hda1

Create directories for TC files and GRUB: 

mkdir -p /mnt/hda1/boot/grub

Mount the original boot media. For this guide, TC was booted from an IDE cd-rom drive on the second channel: 

mount /mnt/hdc

Copy over the file: 

cp -p /mnt/hdc/boot/* /mnt/hda1/boot/

This will copy over bzImage and tinycore.gz. Ignore any "omitting directory" warnings.

Next setup the tce directory to store application extensions: 

mkdir -p /mnt/hda1/tce

Prepare file for backup & restore 

touch /mnt/hda1/tce/mydata.tgz 

6. Installing GRUB

Copy over GRUB files: 

cp -p /usr/lib/grub/i386-pc/* /mnt/hda1/boot/grub/

Create menu.lst: (note that "lst" contains a lower case 'L') 

vi /mnt/hda1/boot/grub/menu.lst

Presss i (enters insert mode) 

Enter the following:

default 0
timeout 10
title tinycore
kernel /boot/bzImage quiet
initrd /boot/tinycore.gz

Optionally, add other bootcodes now on the kernel line separated by spaces. Note: If you are using a pendrive or other Flash device, be sure to add the boot code of waitusb=5

Press <esc> when done. Enter :x (saves and quits) 

Run GRUB: 

grub

Note that grub uses hd numbers in the form of (hdM,n) and (hdM), instead of hdXy and hdX.

M corresponds to a number from '0', which represents 'a' for X.

For every letter after that, add one.
'b' is '1', 'c' is '2', 'd' is '3', etc.

n corresponds to a number from '0', which represents '1' for y.
Subtract 1 from y to get n.
'1' becomes '0', '2' becomes '1', '3' becomes '2', etc.

Since this guide is using hda1 for hdXy, this means that (hdM,n) is (hd0,0)
and that the use of hda for hdX means (hdM) is (hd0)

In the grub prompt,
root (hd0,0)
setup (hd0)
quit

Note: you can use tab for auto-complete. 

7. Testing

TC and GRUB are now installed!

Remove the original CD boot media: 

umount /mnt/hdc
eject /dev/hdc

 

To test, reboot the system. 

reboot

Note: the system may need to be configured to boot hdX first in the BIOS.

Screenshots.

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FreeBSD® is an advanced operating system for modern server, desktop, and embedded computer platforms

FreeBSD is a UN*X-like operating system for the i386, IA-64, PC-98, Alpha/AXP, and UltraSPARC platforms based on U.C. Berkeley's "4.4BSD-Lite" release, with some "4.4BSD-Lite2" enhancements. It is also based indirectly on William Jolitz's port of U.C. Berkeley's "Net/2" to the i386, known as "386BSD", though very little of the 386BSD code remains.

FreeBSD is used by companies, Internet Service Providers, researchers, computer professionals, students and home users all over the world in their work, education and recreation.

Ken Smith has announced the availability of the first beta releases of FreeBSD 8.2 and 7.4, new upcoming versions in the production (version 8) and legacy production (version 7) series: "The first of the test builds for the 8.2/7.4 release cycle is now available for amd64, i386, ia64, pc98, and sparc64 architectures. Files suitable for creating installation media or doing FTP-based installs through the network should be on most of the FreeBSD mirror sites. The ISO images for this build do not include packages other than the docs. For amd64 and i386 'memstick' images are available that can be copied to a USB 'memory stick' and used for installs on machines that support booting from that type of media."

Read the rest of the release announcement for details on how to upgrade from previous versions and where to report bugs.

Quick download links for the i386 and amd64 architectures: FreeBSD-8.2-BETA1-i386-dvd1.iso (861MB, SHA256), FreeBSD-8.2-BETA1-amd64-dvd1.iso (973MB, SHA256), FreeBSD-7.4-BETA1-i386-dvd1.iso (967MB, SHA256), FreeBSD-7.4-BETA1-amd64-dvd1.iso (1,063MB, SHA256).

Recent Related News.

• 2010-12-11: Development Releases: FreeBSD 8.2-BETA1, 7.4-BETA1
• 2010-07-24: BSD Release: FreeBSD 8.1
• 2010-07-02: Development Release: FreeBSD 8.1-RC2
• 2010-06-18: Development Release: FreeBSD 8.1-RC1
• 2010-05-29: Development Release: FreeBSD 8.1-BETA1
• 2010-03-23: BSD Release: FreeBSD 7.3

FreeBSD is a free Unix-like operating system descended from AT&T UNIX via the Berkeley Software Distribution (BSD). It has been characterized as "the unknown giant among free operating systems". It is not a clone of UNIX, but works like UNIX, with UNIX-compliant internals and system APIs. FreeBSD is generally regarded as reliable and robust.

FreeBSD is a complete operating system. The kernel, device drivers and all of the userland utilities, such as the shell, are held in the same source code revision tracking tree, whereas with Linux distributions, the kernel, userland utilities and applications are developed separately, then packaged together in various ways by others.

Third-party application software may be installed using various software installation systems, the two most common being source installation and package installation, both of which use the FreeBSD Ports system.

FreeBSD's development began in 1993 with a quickly growing, unofficial patchkit maintained by users of the 386BSD operating system. This patchkit forked from 386BSD and grew into an operating system taken from U.C. Berkeley's 4.3BSD-Lite (Net/2) tape with many 386BSD components and code from the Free Software Foundation. After two public beta releases via FTP (1.0-GAMMA on September 2, 1993, and 1.0-EPSILON on October 3, 1993), the first official release was FreeBSD 1.0, available via FTP on November 1st, 1993 and on CDROM on December 30, 1993. This official release was coordinated by Jordan Hubbard, Nate Williams and Rodney W. Grimes with a name thought up by David Greenman. Walnut Creek CDROM agreed to distribute FreeBSD on CD and gave the project a machine to work on along with a fast Internet connection, which Hubbard later said helped stir FreeBSD's rapid growth. A "highly successful" FreeBSD 1.1 release followed in May 1994.

However, there were legal concerns about the BSD Net/2 release source code used in 386BSD. After a lawsuit between UNIX copyright owner at the time Unix System Laboratories and the University of California, Berkeley, the FreeBSD project re-engineered most of the system using the 4.4BSD-Lite release from Berkeley, which, owing to this lawsuit, had none of the AT&T source code earlier BSD versions had depended upon, making it an unbootable operating system. Following much work, the outcome was released as FreeBSD 2.0 in January 1995.

FreeBSD 2.0 featured a revamp of the original Carnegie Mellon University Mach virtual memory system, which was optimized for performance under high loads. This release also introduced the FreeBSD Ports system, which made downloading, building and installing third party software very easy. By 1996 FreeBSD had become popular among commercial and ISP users, powering extremely successful sites like Walnut Creek CD-ROM (a huge repository of software that broke several throughput records on the Internet), Yahoo! and Hotmail. The last release along the 2-STABLE branch was 2.2.8 in November 1998.[FreeBSD 3.0 brought many more changes, including the switch to the ELF binary format. Support for SMP systems and the 64 bit Alpha platform were also added. The 3-STABLE branch ended with 3.5.1 in June 2000.

Derivatives

There are a number of software distributions based on FreeBSD including:

* PC-BSD (aimed at home users and workstations)
* DesktopBSD (aimed at home users and workstations)
* FreeSBIE (live CD)
* Frenzy (live CD),
* m0n0wall (firewall)
* pfSense (firewall)
* FreeNAS (for network attached storage)
* AskoziaPBX (an embedded PBX)

All these distributions have no or only minor changes when compared with the original FreeBSD base system. The main difference to the original FreeBSD is that they come with pre-installed and pre-configured software for specific use cases. This can be compared with Linux distributions, which are all binary compatible because they use the same kernel and also use the same basic tools, compilers and libraries, while coming with different applications, configurations and branding.

Besides these distributions there is DragonFly BSD, a fork from FreeBSD 4.8 aiming for a different multiprocessor synchronization strategy than the one chosen for FreeBSD 5 and development of some microkernel features. It doesn't aim to stay compatible with FreeBSD and has huge differences in the kernel and basic userland.

A wide variety of products are directly or indirectly based on FreeBSD. Examples of embedded devices based on FreeBSD include:

* Juniper Networks routers , switches and security devices
* Ironport network security appliances
* nCircle's IP360
* Nokia's firewall operating system
* NetApp's Data ONTAP GX (only as a loader for proprietary kernel-space module of ONTAP GX)
* Panasas's and Isilon Systems's cluster storage operating systems
* NetASQ security appliances
* St Bernard iPrism web filtering appliances
* F5 Networks's 3DNS version 3 global traffic manager and EDGE-FX version 1 web cache

Other operating systems contain code that originated in FreeBSD such as Linux and the RTOS VxWorks. Darwin, the core of Apple's Mac OS X, borrows FreeBSD's virtual file system, network stack and components of its userspace. The now-defunct OpenDarwin project, which was based on Apple's Darwin operating system, also included substantial FreeBSD code. Debian, known primarily as a Linux distribution, also maintains GNU/kFreeBSD, combining the GNU userspace and C library with the FreeBSD kernel.

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Musix Gnu Linux (collection of software for audio production, graphic design, video editing and general purpose applications) 2.0 released

Musix GNU+Linux is a live CD and DVD Linux distribution for the IA-32 processor family based on Debian. It contains a collection of software for audio production, graphic design, video editing and general purpose applications. The initiator and co-director of the project is Marcos Germán Guglielmetti.

Musix GNU+Linux is one of the few Linux distributions recognized by the Free Software Foundation as not being primarily distributed on distribution sites distributing non-free software and not including any non-free information for practical use.

Musix is developed by a team from Argentina, Spain, Mexico and Brazil. The main language used in development discussion and documentation is Spanish; however, Musix has a community of users in Spanish, Portuguese, and English.

Musix 1.0

The Musix 0.x and 1.0 Rx versions were released from 2005 to 2008, with Musix 1.0 R6 being the last stable Release on DVD and Musix 1.0 R2R5 the last stable release on CD.

The Live-CD system has more than 1350 software packages and runs directly from the CD/DVD without the need to install anything on the PC. It can be installed on the PC relatively easily if desired in a few minutes, just like Knoppix or Kanotix. The Live-DVD 1.0 R3 test5 has 2279 software packages.

Some of the programs include: Rosegarden and Ardour, both for musicians; Inkscape for vectorial design; GIMP for manipulation of images; Cinelerra for video editing and Blender for 3D animation.

Its desktop is very light (only 18 MB of RAM with X.org), based on IceWM+ROX-Filer and it has a unique feature: multiple "pinboards" ordered by General Purpose apps, Help, Office, Root/Admin, MIDI, Internet, Graphics, and Audio. The pinboards are arrays of desktop backgrounds and icons.

A small version of the KDE desktop is installed by default too on the Live-CD version. The Live-DVD has a full KDE version, supporting several languages.

Musix 2.0

Musix 2.0 is being developed using the live-helper scripts from the Debian-Live project. The first Alpha version of Musix 2.0 was released on 2009-03-25 including two realtime patched Linux-Libre kernels.

On 2009-05-17 the first Beta version of Musix 2.0 was released.

The final Musix GNU/Linux 2.0 version on CD, DVD and USB will be launched before november 20th 2009 by Daniel Vidal, Suso Comesaña, Carlos Sanchiavedraz, Joseangon and other Musix developers. This version will be presented at the "Palau Firal de Congressos de Tarragona, España" by Suso Comesaña.

Still have one other version knoppix-based developed by a brazilian music teacher called Gilberto Borges. This version is not a fork and it's named "Adriane" or "Musix Brazil", derivated from Knoppix 6.1 Adriane. This version is in RC1 stage.

Marcos Guglielmetti has announced the release of Musix GNU/Linux 2.0, a 100% libre, Debian-based distribution with a collection of software for audio production, graphics design and video editing: "It is a great pleasure for us to announce the availability of version 2.0 of the MUSIX GNU/Linux free operating system, after a year of hard community work. You can get MUSIX 2.0 in two ways: live DVD (plus hard disk installer) and USB (persistent, minimum 4 GB). Major new features: Linux kernel 2.6.29.4 real-time 'full preempt', ready for low-latency audio operations either live or installed to hard disk; custom KDE as default desktop (you can also run GNOME, IceWM, Fluxbox, LXDE); based on Debian GNU/Linux 5.0 'Lenny'; improved installer and start system; persistent USB edition; extensive and updated set of applications...." Read the rest of the release announcement for more details. Download: Musix-2.0.iso (1,962MB, MD5).

• 2009-11-28: Distribution Release: Musix GNU/Linux 2.0
• 2009-05-19: Development Release: Musix GNU/Linux 2.0 Beta 1
• 2009-04-12: Development Release: Musix GNU/Linux 2.0 Alpha 2
• 2009-03-25: Development Release: Musix GNU/Linux 2.0 Alpha 1
• 2008-12-10: Distribution Release: Musix GNU+Linux 1.0R6
• 2008-08-07: Distribution Release: Musix GNU+Linux 1.0R2R5

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