A server can fail at any moment: a disk dies, a command runs against the wrong table, ransomware locks your files. In each of these scenarios, the only thing that keeps your news site alive is a working, tested backup strategy. This guide explains why backups are not negotiable, which methods do what, and how to build a plan you can actually rely on.
Backup and Redundancy Are Not the Same Thing
A common mistake is to treat redundancy solutions such as RAID or live server replicas as backups. Redundancy keeps a service running when a component fails; a backup keeps a past copy of your data in a separate place. The two solve different problems.
RAID protects against the physical failure of a disk, but it will not bring back a file you deleted by accident, a corrupted database, or content encrypted by ransomware. Those changes are written to every disk instantly.
Types of Backup
There are three core methods. Your choice depends on how often you back up, how much storage costs, and how quickly you need to restore.
| Type | What It Copies | Upside | Downside |
|---|---|---|---|
| Full | All data from scratch | Simplest to restore | Most space and time |
| Incremental | Only what changed since the last backup | Fast, small footprint | Restore needs the full chain |
| Differential | Everything changed since the last full backup | Simpler restore | Grows larger over time |
A common approach combines a periodic full backup with incrementals: a full backup once a week and an incremental every day. This keeps storage reasonable while giving you frequent recovery points.
The 3-2-1 Rule
The most widely cited practical principle is the 3-2-1 rule. It is simple but powerful:
- 3 copies: the primary data plus at least two backups.
- 2 different media types: for example a local disk and object storage.
- 1 copy offsite, in a geographically separate location, so a fire, flood, or power loss at one data center cannot wipe out every copy at once.
When deciding where to keep your backups, it helps to understand the different server types; our guide to VDS, VPS, dedicated and cloud servers can steer that choice. For the storage medium itself, see our overview of disk storage types.
RPO and RTO: How Much Data, How Much Time?
Two questions shape a backup plan: How much data loss is acceptable? And how quickly must the system come back? These two targets drive both your backup frequency and your infrastructure.
- RPO (Recovery Point Objective): the acceptable gap between the last point you can recover to and the present. An RPO of one hour means you accept losing at most one hour of data, which implies backups at least hourly.
- RTO (Recovery Time Objective): the acceptable time to get the system running again after an outage. A short RTO requires backups that are ready and fast to restore.
For a high-traffic news site, being unreachable for hours costs both readers and revenue, so targets should be realistic but ambitious. Network capacity matters for moving large backups too; bandwidth concepts like a 1 Gbps port directly affect how long a restore takes.
An Untested Backup Is Not a Backup
The most frequent failure is assuming backups are being taken and never attempting a restore. Discovering that a backup is corrupt, incomplete, or undecryptable only during a disaster is the worst possible outcome.
- Run a real restore drill at regular intervals, for example into a separate test environment.
- Verify the integrity of the restored data: file counts, database consistency, and that the site actually loads.
- Measure the restore time and compare it against your RTO target.
- Monitor success and failure notifications for backup jobs; never trust silent success.
Security and Retention Policy
Backups hold data just as sensitive as the live system, so they deserve the same level of protection.
- Encryption: encrypt backups both in transit and at rest; a stolen backup with no encryption is a breach in itself.
- Access control: limit who can reach the backups and apply the principle of least privilege.
- Versioning and retention: keep multiple versions so you can roll back to an older, clean point, and define how long you keep them in a policy.
- Immutable copy: ransomware tries to delete or encrypt backups too, and an immutable copy defeats that attack.
Legal and Compliance Angle
Backups are not only technical; they are often a legal obligation. For any publisher that processes personal data, the security and availability of that data fall under the law.
In Turkey, Law No. 6698 on the Protection of Personal Data (KVKK) requires data controllers to take appropriate technical and administrative measures to keep personal data secure. Backing up against data loss is naturally regarded as part of those measures.
For news sites, Law No. 5651 can bring an obligation to retain certain traffic and access logs; the integrity and availability of those logs are directly tied to backup discipline. The content itself is an asset protected under Law No. 5846 on Intellectual and Artistic Works (FSEK), and backups safeguard that asset against loss.
Backups are invisible on good days and the only thing that saves your site on bad ones. Choosing the right types, applying the 3-2-1 rule, clarifying your targets (RPO and RTO), and above all testing restores regularly build a solid foundation. For the bigger picture, see our server hardware guide.