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The best free and open-source Linux backup tool depends on what you need to recover. Restic, Borg, or Kopia suit encrypted file backups; Déjà Dup and Pika Backup simplify desktop backups; Timeshift handles system rollback; Clonezilla and Rescuezilla image disks; Bacula, Bareos, and UrBackup manage multiple machines; and database or virtual-machine workloads need specialized tools.
These tools are not interchangeable. A system snapshot is not automatically a complete backup, rsync is not automatically a versioned backup, and a database utility is not a general-purpose Linux backup program. This guide groups the tools by recovery goal instead of pretending that one flat ranking can compare them fairly.
Count note: the source roundup associated with the “39” title appears to contain 38 named entries in the extracted list. This updated guide preserves the requested 39-tool scope by adding pgBackRest as a clearly labeled PostgreSQL-specific tool rather than silently repeating an uncertain count. Recheck the source list manually before publication if the headline count is critical.
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- Restic is the strongest general-purpose CLI starting point for encrypted, deduplicated, incremental backups to local, SSH, and supported cloud storage.
- Borg is particularly effective for encrypted repositories on local filesystems or SSH-accessible Linux servers, while Vorta and Pika Backup provide graphical front ends.
- Timeshift is mainly for Linux system rollback and should be paired with a separate backup of personal files and an off-site copy.
- Clonezilla and Rescuezilla are disk-imaging and bare-metal recovery tools, not replacements for continuously scheduled file backups.
- Bacula, Bareos, Amanda, BackupPC, UrBackup, and BURP are better suited to centralized multi-machine administration than to one desktop.
- PostgreSQL and MySQL-compatible databases need application-aware backup procedures, such as pgBackRest, WAL-G, or Percona XtraBackup, rather than an uncoordinated file copy.
What kind of Linux backup do you need?
The recovery target should determine the tool. Decide whether you need individual files, historical versions, an operating-system rollback, a complete disk image, a consistent database, or centralized protection for many machines.
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- Easily store and access 2TB to content on the go with the Seagate Portable Drive, a USB external hard drive
- Designed to work with Windows or Mac computers, this external hard drive makes backup a snap just drag and drop
- To get set up, connect the portable hard drive to a computer for automatic recognition no software required
- This USB drive provides plug and play simplicity with the included 18 inch USB 3.0 cable
- The available storage capacity may vary.
| Recovery goal | Good starting choices | What the tools protect | Main limitation |
|---|---|---|---|
| Encrypted personal-file backups | Restic, Borg, Kopia | Versioned file snapshots in a repository | Usually requires a separate boot and operating-system recovery plan |
| Easy desktop backups | Déjà Dup, Pika Backup, Vorta | Personal files through a graphical workflow | Not infrastructure or bare-metal management tools |
| System rollback | Timeshift, Btrbk, ZnapZend | Previous states of system files or filesystems | A same-disk snapshot can disappear with the disk |
| Simple local or SSH snapshots | rsnapshot, Back In Time, rsync | Copies or historical filesystem views | Encryption, retention, and versioning depend on the design |
| Full-disk or partition recovery | Clonezilla, Rescuezilla, Mondo Rescue, Partclone, PING | Disk layouts, partitions, and used blocks | Often requires boot media and is less granular than file backup |
| Centralized multi-machine backup | Bacula, Bareos, Amanda, BackupPC, UrBackup, BURP | Clients, schedules, catalogs, policies, and reports | More administration than a single-machine repository tool |
| Database-aware protection | Percona XtraBackup, pgBackRest | Consistent database data and transaction history | Specific to a database family and operational model |
| Proxmox virtual machines and containers | Proxmox Backup Server | Proxmox guest backups and repository workflows | Specialized for Proxmox rather than arbitrary Linux desktops |
How should “best” be judged?
A good Linux backup tool must be judged by recovery behavior, not by the length of its feature list. Compare the following before committing important data:
- Backup scope: file-level, filesystem snapshot, disk image, VM/container, or application-aware backup.
- Destination: local disk, separate host, SSH/SFTP, NFS, SMB, S3-compatible object storage, tape, or optical media.
- Protection: client-side encryption, authenticated integrity checking, deduplication, compression, and incremental operation.
- Restore granularity: one file, a directory, an entire filesystem, a disk, or a complete service.
- Automation: built-in schedules, systemd timers, cron, centralized policies, alerting, and failed-job reporting.
- Metadata: ownership, permissions, ACLs, extended attributes, capabilities, SELinux labels, hard links, symbolic links, sparse files, timestamps, and device nodes.
- Recovery dependency: whether you need the original operating system, repository password, boot media, catalog database, or a compatible version of the program.
- Maintenance: active development, stable but slow-moving maintenance, unclear status, or an unmaintained project.
The restic-maintained catalog of Linux backup solutions makes similar distinctions around encryption, authenticated integrity, compression, deduplication, incremental operation, filesystem repositories, SSH, and cloud backends. The catalog also identifies projects that are unmaintained, so maintenance status should be part of any serious comparison.
Which Linux backup tools are best for most users?
1. Restic — best general-purpose encrypted CLI backup
Restic is the best starting point for a technically comfortable Linux user who wants encrypted, deduplicated, versioned file backups without operating a central backup server. The official Restic site describes Restic as a free, open-source, single-executable backup program for Linux, BSD, macOS, and Windows, with encryption, incremental transfer, verification, and multiple storage types.
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1Scan for outdated or missing drivers - takes under a minute2Clear out junk files and repair common Windows errors3Fix the driver behind crashes, sound loss and screen glitches- Backup type: repository-based file snapshots.
- Interface: CLI; graphical management is available through projects such as Backrest.
- Strengths: client-side encryption, deduplication, incremental snapshots, portability, and broad local, SSH, and cloud-storage support.
- Weaknesses: scheduling, alerting, password management, and disaster-recovery documentation are your responsibility unless you add management tooling.
- Not suitable alone for: bare-metal disk imaging or application-consistent database backups.
Restic is a repository tool, so the data is not simply a directory of ordinary files. The repository password is essential. Store the password in a password manager and maintain an offline emergency copy for critical systems.
How do you create and test a Restic backup?
The following example uses a local repository mounted at /mnt/backup. A local repository on the same physical disk is not a disaster-recovery copy.
mkdir -p /mnt/backup/restic-repo
export RESTIC_REPOSITORY=/mnt/backup/restic-repo
export RESTIC_PASSWORD_FILE=$HOME/.config/restic/password
restic init
restic backup "$HOME/Documents" "$HOME/Pictures"
restic snapshots
restic check
restic restore latest --target /tmp/restic-restore-testrestic init creates the repository, restic backup creates a snapshot, restic snapshots lists restore points, and restic check checks repository integrity. A restore to a temporary directory is a stronger test than confirming that the backup command exited successfully. The Restic manual should be checked for current commands and storage-backend details before automation.
2. Borg — best for efficient Linux and SSH repositories
Borg is an excellent choice for encrypted, deduplicated backups stored on a local filesystem or an SSH-accessible Linux host. The Borg documentation describes deduplication, optional compression, authenticated encryption, client-side AES-256 encryption, and HMAC-SHA256 integrity checking.
- Best for: Unix-oriented users who control the repository host and want efficient snapshot storage.
- Strengths: mature deduplication, compression, encrypted repositories, and efficient handling of changed portions of large files.
- Weaknesses: repository administration, pruning, compaction, password handling, and version compatibility require technical understanding.
- GUI options: Vorta is a graphical Borg client; Pika Backup is a desktop backup application built around Borg.
Borg 1.x and Borg 2.x compatibility and migration require explicit checking. The supplied research identifies Borg 1.4.5 as a date-sensitive stable-documentation version released July 19, 2026; verify that release information immediately before publication rather than treating it as permanent.
borg init --encryption=repokey-blake2 /mnt/backup/borg-repo
borg create --stats --compression zstd,3
/mnt/backup/borg-repo::'{hostname}-{now:%Y-%m-%dT%H:%M:%S}'
/home/user/Documents
/home/user/Pictures
borg list /mnt/backup/borg-repo
borg info /mnt/backup/borg-repo
borg check /mnt/backup/borg-repo
borg extract /mnt/backup/borg-repo::ARCHIVE_NAME home/user/DocumentsA real Borg policy also needs retention commands such as borg prune and repository maintenance such as borg compact. A Borg integrity check does not replace a periodic restore to a clean directory or spare machine.
3. Kopia — best modern repository tool for users wanting GUI options
Kopia is a strong option for users who want encrypted, deduplicated snapshots with local and cloud targets plus CLI, desktop, and web-management possibilities. Consult the Kopia project site and Kopia documentation for the current interface and package details.
Kopia’s main advantage is the combination of repository features and more approachable management options. Confirm whether the particular package or deployment provides the first-party interface you expect, and test repository compatibility and restoration before committing irreplaceable data. Do not publish a current Kopia version number without checking the official release information immediately before publication.
4. Déjà Dup — best easy GNOME desktop backup
Déjà Dup is a good beginner-oriented choice for scheduled personal-file backups on GNOME desktops. The GNOME application page presents Déjà Dup as a graphical backup workflow with encryption and remote-destination support.
Déjà Dup hides much of the lower-level backup configuration, which makes routine desktop use easier. The abstraction is also the limitation: Déjà Dup is not a bare-metal imaging system, a centralized infrastructure suite, or a database-aware backup coordinator. Use it for personal files and pair it with a separate operating-system recovery plan.
5. Vorta — best graphical front end for Borg
Vorta is a graphical client for Borg, not a separate backup engine or repository format. Vorta can make Borg’s profiles, schedules, repositories, and archives easier to operate from a desktop. The Vorta project site is the appropriate source for current platform and feature details.
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- Easily store and access 5TB of content on the go with the Seagate portable drive, a USB external hard Drive
- Designed to work with Windows or Mac computers, this external hard drive makes backup a snap just drag and drop
- To get set up, connect the portable hard drive to a computer for automatic recognition software required
- This USB drive provides plug and play simplicity with the included 18 inch USB 3.0 cable
- The available storage capacity may vary.
Choose Vorta when Borg’s repository model fits your needs but a CLI-only workflow would make regular backups less likely. Still learn how to perform a command-line restore, because a graphical front end may not be available in a rescue environment.
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Backrest is a management layer around Restic rather than an independent backup engine. The Backrest project should be consulted for current deployment, scheduling, and interface details.
Backrest is useful when Restic’s repository format and encryption model are attractive but you want a web-oriented way to manage jobs. Treat Restic as the underlying recovery dependency and keep the repository password, configuration, and a tested CLI restore procedure documented separately.
7. Pika Backup — simple desktop access to Borg-style repositories
Pika Backup is aimed at desktop users who want a simpler graphical backup experience built around Borg. Pika belongs in the desktop GUI category, while Borg remains the underlying repository engine. Check the application’s current package and distribution availability before recommending it for a particular Linux distribution.
8. Timeshift — best for system rollback, not personal-file backup
Timeshift is primarily a system-rollback tool for recovering from bad updates, package changes, or configuration experiments. The Timeshift project and the restic-maintained catalog support the distinction between system files and user data.
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Timeshift should normally be paired with a separate user-data and off-site backup. Do not rely on Timeshift alone for documents, photos, databases, cloud disaster recovery, disk theft, or physical disk failure. A snapshot stored on the same disk is still vulnerable to loss of that disk.
9. Clonezilla — best for offline disk imaging
Clonezilla is the leading choice in this list for offline full-disk cloning, partition imaging, migration to a replacement drive, and many bare-metal recovery workflows. The Clonezilla project provides the authoritative project and usage information.
- Good fit: imaging a workstation before a major change, migrating a disk, or restoring a complete partition layout.
- Trade-off: Clonezilla generally requires boot media or an offline environment and is not a continuously running, user-friendly file-backup scheduler.
- Recovery model: disk or partition restoration rather than convenient versioned recovery of one frequently changing file.
Live imaging of a running root filesystem can produce an inconsistent system. Prefer rescue media, filesystem snapshots, or application quiescing when consistency matters.
10. Rescuezilla — easier graphical disk imaging
Rescuezilla is a graphical rescue and imaging environment associated with Clonezilla-compatible workflows. The Rescuezilla project is the source for current compatibility and boot-image details.
Rescuezilla is a good choice when a graphical recovery environment is more approachable than Clonezilla’s interface. Rescuezilla is not a replacement for scheduled encrypted cloud backups: disk images are large, less granular, and usually less convenient for frequent off-site versioning.
Which repository-based backup tools should technical users compare?
Repository tools trade direct file browsing for encryption, deduplication, compression, incremental snapshots, and retention management.
| Tool | Best use | Interface and model | Important qualification |
|---|---|---|---|
| Restic | Encrypted local, SSH, and cloud repositories | CLI-first, single executable | Scheduling and alerting need additional system tooling or a manager |
| Borg | Efficient Linux and SSH repositories | CLI repository archives | Pruning, compaction, passwords, and version compatibility require care |
| Kopia | Modern repository workflows with GUI possibilities | CLI, desktop, and web-management possibilities | Verify the exact interface and repository compatibility in the chosen package |
| Duplicity | Encrypted incremental archive workflows | CLI and front ends | Often used through wrappers; test current backend support |
| Duplicati | GUI-oriented encrypted backups to local or remote destinations | Web interface | Repository and restore testing matter more than the interface alone |
| bup | Git-like, deduplicated backup workflows | CLI | More specialized than the main Restic/Borg shortlist |
| Plakar | Repository-based backup and recovery experimentation | Check current CLI and interface options | Verify project maturity and compatibility before production use |
| Vykar | Specialized open-source backup workflows | Check current interface and targets | Maintenance status and documentation deserve particular scrutiny |
Repository data can be difficult to recover without the original tool, repository metadata, compatible software, and encryption password. The benefit is efficient storage and strong versioning; the cost is a more involved recovery dependency.
Which tools create filesystem snapshots or simple copies?
rsnapshot — simple local or SSH historical snapshots
rsnapshot creates historical filesystem views using an rsync-style workflow and is useful for single-system or SSH-based backups. Ubuntu’s backup documentation distinguishes rsnapshot’s single-system or SSH-oriented role from Bacula’s multi-system role.
Because the resulting snapshots are ordinary filesystem data, individual files can be easy to browse. The design still needs a separate encryption and off-site strategy, and hard-link snapshots should not be mistaken for protection against damage to the storage host.
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- Easily store and access 1TB to content on the go with the Seagate Portable Drive, a USB external hard drive.Specific uses: Personal
- Designed to work with Windows or Mac computers, this external hard drive makes backup a snap just drag and drop. Reformatting may be required for Mac
- To get set up, connect the portable hard drive to a computer for automatic recognition no software required
- This USB drive provides plug and play simplicity with the included 18 inch USB 3.0 cable
- The available storage capacity may vary.
rsync — a copy mechanism, not automatically a backup
rsync copies and synchronizes files; rsync alone does not automatically provide historical versions, encryption, retention, or an application-consistent backup. The rsync documentation is the source for command behavior.
rsync -aHAX --delete
--exclude='.cache/'
/home/user/
/mnt/backup/home-user/The --delete option can remove destination files that no longer exist at the source. A mirror can therefore propagate accidental deletion or ransomware-encrypted files. Use dated destinations, filesystem snapshots, delayed deletion, immutable object retention, or a versioned engine when historical recovery matters. Test ACLs, extended attributes, hard links, sparse files, and the destination filesystem instead of assuming that a successful transfer preserved every property.
Back In Time — desktop-oriented snapshot scheduling
Back In Time provides a desktop-oriented way to schedule filesystem snapshots and is best for users who prefer browseable copies over an opaque repository. Treat Back In Time as a snapshot/copy workflow rather than a complete bare-metal or centralized infrastructure platform.
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Btrbk is intended for Btrfs snapshot management and replication workflows. Btrbk is a good fit when the source and destination design already uses Btrfs, but filesystem-native snapshots remain dependent on the storage topology and should be copied to another host or location for disaster resilience. The Btrbk project is the source for current capabilities.
ZnapZend — ZFS snapshot replication
ZnapZend automates ZFS snapshot and replication policies for ZFS-based systems. ZFS send/receive can provide efficient replication, but a replicated snapshot is still not automatically an off-site, immutable, or independently tested backup. Check the ZnapZend project for current maintenance and deployment information.
Which tools manage backups for multiple Linux machines?
Bacula, Bareos, Amanda, BackupPC, UrBackup, and BURP are relevant when a central administrator needs clients, schedules, retention policies, catalogs, reporting, and controlled recovery. Ubuntu identifies Bacula as a dedicated tool for backing up multiple systems over a network, in contrast with simpler rsnapshot-style workflows.
| Tool | Best fit | Operational strengths | Operational cost |
|---|---|---|---|
| Bacula | Centralized multi-system and enterprise-style backup | Client/server design, schedules, catalogs, policy management, and broad operational scope | Requires server administration and a properly maintained catalog and storage design |
| Bareos | Organizations wanting a Bacula-derived platform with commercial support options | Central management, reporting, mixed-client administration, and support pathways | More complex than a desktop repository tool; support scope and pricing need verification |
| Amanda | Network backup administration with traditional enterprise workflows | Central scheduling and support for established backup environments | Requires understanding of server, client, storage, and retention configuration |
| BackupPC | Centralized backup of remote PCs and servers | Server-managed host policies and deduplicated storage workflows | Confirm current client, filesystem, and maintenance expectations |
| UrBackup | Home labs, small offices, and mixed desktop/server clients | Central server, client agents, file backups, and image-backup possibilities | Requires operating and monitoring a server rather than installing one desktop app |
| BURP | Network backup deployments | Client/server architecture and policy-driven operation | Evaluate current documentation, maintenance, and restore tooling before production use |
Centralized software is worthwhile when policy and visibility matter more than simplicity. For one laptop, a repository tool with a systemd timer is usually easier to understand and recover.
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Which tools handle disk images and bare-metal recovery?
Disk-imaging tools capture partitions, disks, or used blocks so a replacement drive or complete machine can be rebuilt. The imaging group includes Clonezilla, Rescuezilla, Mondo Rescue, FOG, Partclone, and PING.
- Mondo Rescue: oriented toward disaster recovery and system images; validate current distribution and filesystem support before relying on it.
- FOG: useful for network-based imaging and deployment of multiple machines rather than ordinary personal-file versioning.
- Partclone: a block-level cloning component used in imaging workflows; it is not a complete scheduling and retention platform by itself.
- PING: a rescue and imaging project; check current maintenance and hardware compatibility before use.
Bare-metal recovery requires more than restoring file contents. Test partition layout, bootloader configuration, BIOS versus UEFI behavior, filesystem metadata, encryption unlock procedures, and hardware or architecture differences such as x86_64 versus ARM64.
Which tools are desktop front ends or orchestration layers?
A front end can make a backup engine easier to schedule, but the front end does not change the engine’s repository format or recovery requirements.
| Front end or desktop tool | Underlying role | Best for | Do not assume |
|---|---|---|---|
| Déjà Dup | GNOME-oriented desktop backup application | Simple personal-file backup | It is not a bare-metal or infrastructure suite |
| Vorta | Graphical Borg client | Desktop management of Borg repositories | It is not independent of Borg for recovery |
| Backrest | Restic management layer | Scheduling and managing Restic jobs through a web-oriented interface | It is not a separate storage engine |
| Pika Backup | Desktop application built around Borg | Accessible desktop repository backups | It does not provide centralized enterprise administration |
| KBackup | Desktop archive backup utility | Selected file and directory archives | Archive output is not automatically a complete disaster-recovery plan |
| Kup | KDE-oriented scheduler/front end | Desktop backup scheduling and integration | A scheduler does not supply every storage or restore feature |
Which tools are specialized for archives, configuration, or databases?
Specialized tools are often the correct choice when the data has application or infrastructure semantics that a generic file copier cannot understand.
| Tool | Category | Use case | Important boundary |
|---|---|---|---|
tar |
Archive utility | Portable scripted archives and packaging | Needs separate encryption, retention, scheduling, and off-site design |
dar |
Disk archive utility | Scripted archive sets and split media workflows | Not a centralized backup management platform |
| Cedar Backup | Script-oriented backup administration | Automated archive workflows | Verify current maintenance and destination support |
| shallow-backup | Configuration and user-environment backup | Backing up selected configuration and setup data | Not a full replacement for personal-file or bare-metal backup |
| ArchiveKeep | Archive-oriented utility | Specific archival workflows | Check current project status and restore model |
| Percona XtraBackup | MySQL-compatible database backup | Database-aware physical backup and recovery workflows | Not a general Linux workstation backup |
| pgBackRest | PostgreSQL-specific backup | PostgreSQL backup, restore, retention, and WAL-related workflows | Added to this guide as a specialized 39th tool; it does not back up arbitrary Linux files |
The Ubuntu server backup documentation explicitly distinguishes generic backup utilities from application-specific procedures. For PostgreSQL, also investigate WAL-G when continuous archiving and recovery objectives require it. For MySQL-compatible databases, consult the Percona XtraBackup documentation.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What is the difference between a backup, snapshot, image, and synchronization?
A backup is a recoverable copy with a defined retention and restore process; a snapshot is a point-in-time state; an image captures a disk or partition; and synchronization usually attempts to make two locations match.
- Repository backup: Restic, Borg, and Kopia store versioned snapshots with deduplication, encryption, and retention features.
- Filesystem snapshot: Timeshift, Btrbk, ZnapZend, rsnapshot, and Back In Time preserve previous states, but the protection depends on where snapshots are stored.
- Synchronization: rsync and rclone can move or mirror current data.
rcloneis often a transport or storage layer, not a complete versioned backup system by itself. - Disk image: Clonezilla and Rescuezilla are designed to restore partitions or whole disks, often from boot media.
- Application backup: Percona XtraBackup and pgBackRest coordinate with database behavior and therefore solve a narrower but deeper problem.
A second directory on the same disk is not equivalent to a separate physical disk. A separate physical disk is not equivalent to an off-site copy. An off-site copy is not automatically immutable, and none of these arrangements is proven until a restore has succeeded.
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- Easily store and access 4TB of content on the go with the Seagate Portable Drive, a USB external hard drive.Specific uses: Personal
- Designed to work with Windows or Mac computers, this external hard drive makes backup a snap just drag and drop
- To get set up, connect the portable hard drive to a computer for automatic recognition no software required
- This USB drive provides plug and play simplicity with the included 18 inch USB 3.0 cable
- The available storage capacity may vary.
How should you design a reliable Linux backup plan?
A resilient plan normally uses multiple recovery layers rather than one universal tool.
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- Separate physical or network copy: keep a copy on a different disk or host so a failing system disk does not destroy every copy.
- Off-site encrypted copy: send a repository to a second location or hosted storage such as BorgBase or an object-storage provider.
- Offline or immutable copy: protect at least one backup from ransomware, accidental deletion, and compromised backup credentials.
- System recovery layer: maintain Timeshift or filesystem snapshots for quick rollback, or keep a tested Clonezilla/Rescuezilla image when bare-metal restoration is required.
- Application layer: use database-native backups and document service-specific restore ordering.
- Verification and monitoring: schedule integrity checks, alert on failures, inspect unusual backup-size changes, and periodically restore files to a clean location.
- Recovery documentation: record repository locations, passwords or key escrow, boot media creation, retention policy, and the exact restore commands.
What should a restore test contain?
Create a test set containing regular files, hidden files, symbolic links, hard links, non-default permissions, ACLs or extended attributes, a large file, and a file changed between backup runs. Delete or move the source data, restore to a clean temporary directory or spare machine, and compare contents, ownership, permissions, timestamps, links, ACLs, and extended attributes.
Test an interrupted or failed backup, run repository verification, and record how recovery works if the encryption password is lost. A successful backup command only proves that data was written. Verification checks internal consistency. A restore test proves that data can be recovered. A disaster-recovery test proves that the system can be rebuilt under realistic failure conditions.
What are the costs of hosted storage and support?
The software can be free and open source while the storage, monitoring, hosting, or vendor support costs money. Choose commercial infrastructure only when its operational convenience or support matches the recovery requirement.
| Service or support option | Useful with | Why consider it | Cost or limitation to verify |
|---|---|---|---|
| BorgBase | Borg and Restic | Hosted off-site repository storage without operating the storage server | Uses fixed plans plus flexible quota billing; its documentation states no separate upload, download, or API fees. Check current plans at BorgBase pricing documentation. |
| Backblaze B2 | Restic, Kopia, Duplicity, Duplicati, and other tools | S3-compatible object storage with pay-for-use capacity | Storage, downloads, and API calls can be billed. Official pages in the supplied research show inconsistent storage-price signals, so use the current B2 pricing page rather than hard-coding a stale number. |
| Proxmox Backup Server subscriptions | Proxmox VE environments | Commercial support for VM and container backup infrastructure | Research-listed annual net tiers were €560, €1,120, €2,240, and €4,480; verify current prices, server counts, and VAT at the official pricing page. |
| Bareos support | Bareos deployments | Central administration, support, and formal recovery operations | The supplied price list includes a €460/year 10-unit SKU, but unit definitions and component charges require verification at the Bareos price list. |
Other storage providers such as Wasabi, rsync.net, Hetzner Storage Box, Amazon S3, Cloudflare R2, and Storj should be compared as storage destinations, not described as Linux backup applications. Compare egress, API charges, retention behavior, geographic availability, encryption, and compatibility with the chosen backup engine.
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1Scan for outdated or missing drivers - takes under a minute2Clear out junk files and repair common Windows errors3Fix the driver behind crashes, sound loss and screen glitchesWhich tool should you choose?
Choose Restic for the broadest technical starting point, Borg when an efficient Linux or SSH repository is the priority, Kopia when a modern management experience matters, Déjà Dup or Pika Backup for a simple desktop workflow, Timeshift for system rollback, Clonezilla or Rescuezilla for disk imaging, and Bacula, Bareos, Amanda, BackupPC, UrBackup, or BURP for centralized multi-machine administration.
Use Percona XtraBackup or pgBackRest for the database engines they understand, and use Proxmox Backup Server when the environment is specifically built around Proxmox VE. A dependable design may combine several of these: for example, Timeshift for quick system rollback, Restic for encrypted personal files, a database-native export for a server application, and an off-site repository for disaster recovery.
Frequently Asked Questions
Is Timeshift a complete Linux backup solution?
Timeshift is primarily a Linux system-rollback tool, not a complete personal-file, off-site, database, or bare-metal backup solution. Pair Timeshift with a separate versioned backup for documents and other irreplaceable data.
Is rsync a backup tool?
Rsync is a file-copy and synchronization mechanism. Rsync can form part of a backup system, but rsync alone does not automatically provide historical versions, encryption, retention, immutable copies, or application-consistent database backups.
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Are Restic and Borg interchangeable?
Restic and Borg both provide encrypted, deduplicated, repository-based file backups, but their repository formats, commands, storage integrations, and operational models differ. Choose based on destination support, interface preference, maintenance requirements, and restore testing rather than assuming repositories are compatible.
Can a Linux backup tool restore an entire computer?
Some tools can restore an entire computer, but file-repository tools such as Restic and Borg are not equivalent to disk imagers. Clonezilla, Rescuezilla, Mondo Rescue, FOG, Partclone, and PING are the more relevant choices for partition or bare-metal recovery, and the restore process should be tested with the required boot media and hardware layout.
What happens if an encrypted-backup password is lost?
An encrypted-backup password may be the only practical route to the repository, so a lost password can make the backup unusable. Store the password in a password manager, maintain an offline emergency copy for critical systems, document the recovery procedure, and test restoration regularly.
The Bottom Line
There is no single best Linux backup tool. Start with the failure you need to survive: Restic, Borg, or Kopia for encrypted file history; Déjà Dup, Pika Backup, or Vorta for easier desktop operation; Timeshift for system rollback; Clonezilla or Rescuezilla for disk images; centralized suites for many machines; and database-specific tools for databases. Keep copies on separate media and off-site, protect at least one copy from alteration, and verify the plan with a real restore.
What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
