linux-backup-restore

Automate Linux server backups with encryption and retention by generating provisioning scripts like backup.sh, an environment file, and a README. The solution schedules backups, applies retention policies, and includes test-restore.sh to validate data integrity for disaster recovery.

The 3-2-1 backup rule maintains three data copies on two media types with one off-site. Apply it to Docker volumes and databases by generating scripts that back up to local, remote, and cloud destinations simultaneously, ensuring data survives local hardware failure.

Yes, you can use Restic or BorgBackup to back up PostgreSQL databases to remote storage. The solution supports multi-tool workflows, guiding configuration for encrypted database dumps and transferring them to remote or cloud destinations with automated scheduling.

Test restore procedures and verify Linux backup integrity by running the generated test-restore.sh script. This script automates the recovery process from your encrypted backups, validating that data from servers, databases, or Docker volumes can be restored without corruption.

The best way to configure encrypted backups for multiple Linux servers is using guided workflows for Restic, BorgBackup, rsync, or tar+gpg. The solution generates environment files and provisioning scripts to standardize encryption, scheduling, and retention across all machines.

Yes, this backup solution works with rsync and tar+gpg for local disk backups. It provides guided workflows for these tools alongside Restic and BorgBackup, generating the necessary scripts to automate local data copying with encryption and retention policies.