Website Backup Solutions

A website is not a single thing. It is application code, uploaded media, a database of content and orders, server configuration, and often a set of environment secrets. A backup that captures the files but not the database leaves you with a shell. One that grabs the database but forgets the uploads folder loses every image a customer ever sent. We back up the whole stack as a coherent set, so a restore brings back a working site rather than a jigsaw with missing pieces.

The backup principle that has survived every trend is simple: keep at least three copies of your data, on two different types of media, with one copy off-site. For a website that usually means the live data, a local snapshot on the hosting environment for fast rollbacks, and an encrypted copy held somewhere the hosting account cannot reach. If ransomware or a rogue admin wipes the server, the off-site copy is what saves you. Our website backup services are built around this rule rather than a single nightly dump to the same disk.

We start by mapping what the site is made of and what a realistic disaster looks like for you. A shop that takes orders through the night cannot lose a full day of transactions, so it needs frequent database snapshots and a short recovery point. A content site that updates weekly does not. We agree these targets in plain language before touching a single setting.

Next we put the schedule in place, route copies to encrypted off-site storage, and lock down who can delete them. Backups are a favourite target for attackers precisely because destroying them removes your escape route, so we separate backup credentials from the hosting login and, where the platform allows, make recent copies immutable for a set window. Encryption in transit and at rest is standard, and the keys are handled so a breach of your server does not hand over your archive.

This is the part almost everyone skips, and it is the part that matters most. On a set cadence we restore your backup into an isolated environment and confirm the site loads, the database connects, and recent content is present. If a restore fails, we would far rather learn it during a quiet Tuesday test than during a live outage. You get a short report each time so there is evidence the recovery path works.

Versioned backups let us pick the last known-good moment rather than the most recent copy. If a bad plugin update broke the checkout on Wednesday but nobody noticed until Friday, we roll back to Tuesday night and reapply only the good changes since. Deep retention is what makes this possible, and it is why we do not simply overwrite yesterday’s copy every night.

When we restore a hacked site, we scan the restore point for malicious files and injected database records before it goes live, patch the entry point that let the attacker in, and rotate the credentials that may have leaked. A restore that skips these steps just resets the clock until the next defacement. If you need this now, our incident response and hacked-site recovery teams pick up from the same backups.

A plugin or theme update that conflicts with the rest of the stack, a database migration that goes sideways, or an admin who deletes the wrong records under deadline pressure. These are the most common calls we get, and versioned backups fix them in minutes rather than days.

Injected spam pages, redirect scripts, and web shells often sit quietly for weeks before they surface. Retention that reaches back far enough is what lets us find a clean point from before the infection, instead of restoring a copy that already carries the payload.

Servers die, disks corrupt, and accounts get suspended over a billing mix-up or a policy flag. When the failure is the hosting environment itself, the only copy that helps is the one you kept somewhere else.

If you handle personal data, the ability to restore availability after an incident is not just good practice, it is written into GDPR Article 32, which expects you to restore access to personal data in a timely manner after a physical or technical incident. ISO 27001 control A.8.13 on information backup expects the same, with evidence that restores are tested. A documented, tested backup plan is often the difference between a clean audit answer and an awkward one, and we structure the deliverables so you have that evidence on file.