SimpleBackups alternatives for server and database backups

SimpleBackups presents itself as a managed platform for databases, Linux servers and files, cloud-storage replication, provider snapshots, and selected SaaS applications. Its documentation includes PostgreSQL, MySQL, MongoDB, and Redis backups, scheduling, retention, notifications, anomaly detection, restores, projects, and recovery or compliance views. That is a wider estate than most restic dashboards attempt to cover.

Its pricing page listed a free Basic plan and paid Lite, Plus, and Max tiers when this review was checked. Limits vary by backup-job count, frequency, included storage or bandwidth, database size, team features, and add-ons. Because those details change more quickly than recovery architecture, treat the pricing page—not a screenshot or third-party review—as the source of truth.

Rested concentrates on enrolled Linux servers, filesystem sources, and database-aware jobs for PostgreSQL, MySQL or MariaDB, MongoDB, and Redis. The host performs the backup work and writes encrypted restic data to S3-compatible storage owned by the customer. Schedules, run history, repositories, snapshots, and guided restore actions appear in a hosted dashboard.

That narrower scope is a benefit only when it matches the estate. Rested is not positioned as a GitHub, Notion, Kubernetes, bucket-replication, or cloud-provider snapshot product. A team that needs those categories may prefer SimpleBackups or use separate specialist tools. A team that mainly protects Linux application servers may prefer fewer unrelated concepts and lower plan entry points.

Backrest is an open-source web UI and orchestrator for restic. It can schedule backups and repository maintenance, import existing repositories, browse snapshots, restore files, send notifications, and run pre- or post-backup hooks. Its documented backend reach is broad because it inherits restic storage and adds rclone compatibility.

There is no managed-service fee, but free software is not zero-cost operation. Someone must deploy the service, preserve its configuration, manage updates, secure remote access, observe the host, and know how to recover when the UI host is part of the incident. Database consistency can be built with hooks, but the resulting script and its failure cases remain your product to maintain.

Restic by itself is the most flexible alternative in this list because it is the underlying encrypted backup engine rather than a complete backup service. You choose paths, repositories, schedules, retention, checks, notifications, locking strategy, credential placement, and restore documentation. There is no subscription for the engine, and the repository is not tied to a dashboard.

The risk is not that restic is unreliable. The risk is unfinished orchestration: a local schedule that disappears, a database dump that produces an empty artifact, overlapping maintenance, an alert that sees failures but not missing runs, or a password stored only on the failed host. Direct restic is appropriate when a named operator and an existing automation system own those details.

A fair cost model includes storage requests and egress, the number and size of databases, required schedule frequency, human maintenance, incident support, compliance evidence, and the cost of testing restores. A self-hosted interface can be economical for an experienced operator. It can be expensive when every server becomes a slightly different snowflake.

Likewise, a broad managed service may look costly if you use only three Linux backup jobs, yet sensible when it replaces separate tooling for databases, object storage, SaaS data, team access, and audit work. Rested's public pricing starts with fewer protected targets and user-owned storage, but it should be compared only for the source types it actually supports.

Export an inventory of every existing job: source type, scope, schedule, retention, destination, encryption ownership, notification recipients, average duration, latest successful recovery point, and last tested restore. Mark features such as provider snapshots, cross-storage replication, SaaS applications, and compliance reports that a narrower alternative will not reproduce.

Run the candidate in parallel for at least one full retention cycle that matters to you. Compare resulting coverage rather than green status labels, simulate a missed schedule, rotate a credential, and restore onto a clean target using the people who would handle an incident. Cancel the old system only after recovery evidence and key ownership have moved, not after the first successful upload.

Choose SimpleBackups when one managed platform must cover a diverse stack and features such as storage replication, SaaS backup, projects, or compliance workflow justify the breadth. Choose Rested when the center of the problem is Linux servers plus common databases and the team wants a hosted control plane while keeping S3-compatible storage under its own account.

Choose Backrest when you want a capable restic interface and are willing to own the management service. Choose direct restic when backup engineering is already a maintained internal capability. None of these choices excuses an untested restore, a missing encryption password, or a source inventory that has not been reviewed since the application changed.