Backups that are tested by restoring them,
not just scheduled and left alone
A backup nobody has ever restored is a belief, not a safety net, and we have seen more than one business discover that the hard way during an actual outage. We set up automated backups, keep a copy outside the same provider or server, and run a real restore to confirm the recovery actually works before calling the job done.
What it is
Backup and disaster recovery is the combination of automated, scheduled copies of your data stored somewhere other than your primary server, and a tested, documented process for actually restoring from them. The backup half is the part everyone sets up; the recovery half, proving a restore actually works and knowing how long it takes, is the part that is usually missing, which is exactly the part that matters during a real outage.
When you need it (and when you do not)
You need this for any system holding data you cannot afford to lose: a database behind a store, a CRM, a bot’s user records, anything a business genuinely depends on. It matters more the moment your current setup is “backups run, probably,” without anyone having confirmed a restore actually produces a working system, which is a surprisingly common state even for systems that have been live for years.
You do not need an elaborate multi-region disaster recovery plan for a small, low-traffic system where a few hours of downtime during a rare restore is a tolerable cost; a well-tested basic backup covers that case without over-engineering. The investment in faster recovery times and redundant infrastructure scales with how costly downtime actually is for your business.
How we build it
We start by reviewing what currently exists, since many systems already have some backup running and the real question is whether it works and how long a restore actually takes. Automated backups are scheduled for your database (with point-in-time recovery where PostgreSQL or your database supports it, so you are not limited to yesterday’s snapshot) and critical files, stored in at least one location outside your primary hosting provider, so a provider outage or account issue cannot take out the backup along with the live system.
The step most setups skip is the one we do not: an actual test restore, run against a separate environment, verified to produce a working system, not just a file that is assumed to be valid. From that test, we give you real numbers, how long a restore actually takes (recovery time objective) and how much data could realistically be lost in the worst case (recovery point objective), written in plain terms rather than left as an unstated assumption. A documented restore procedure is handed over so whoever is on call during a real incident is not improvising.
What to watch
A backup setup degrades silently if nobody is alerted when a scheduled backup fails, which is why alerting on backup failure is part of the build, not an optional extra. Recovery time and recovery point objectives are a cost trade-off: faster recovery and less potential data loss generally cost more to engineer, so we set these with you based on what downtime actually costs your business, not a one-size number. Backups need periodic re-testing as your system grows, since a restore procedure that worked at launch can silently stop working as data volume or infrastructure changes.
Price and timeline
| Option | Price | What it covers | Timeline |
|---|---|---|---|
| MVP | from $900 | Automated backups, one offsite copy, one tested restore | 3 to 7 days |
| Production | from $2,500 | Point-in-time recovery, documented DR plan, alerting, periodic re-test cadence | 1 to 2 weeks |
Related
This pairs with multi-tenant SaaS architecture given the shared-infrastructure risk it addresses, and with secrets management for the credentials a restore process itself needs. It is part of development and audit. Recovery planning of exactly this kind was the actual story behind factory ERP recovery, and the data-integrity discipline carries into the 1.9 million-object archaeological atlas.
Ready to find out if your backups actually restore? Get in touch and we will run a test with you.
FAQ
How much does backup and disaster recovery setup cost?
From $900 for automated backups of a standard database and file storage with an offsite copy and one tested restore; a full documented disaster recovery plan for multiple systems costs more.
How long does it take?
3 to 7 days, including the time to actually run and verify a test restore, which we do not skip.
What is a recovery time objective and why does it matter?
It is how long a real recovery would take, stated as an actual number, not assumed. Knowing whether a restore takes twenty minutes or six hours changes how you plan for an outage, which is why we measure it instead of guessing.
Do you back up to the same provider we host with?
No, at least one copy goes outside your primary hosting provider, since a provider-wide outage or account issue should not be able to take out your backups along with your live system.
What happens if we already have backups set up?
We review what exists, test whether a restore actually works, and fix whatever gap that test finds, which is often the first time anyone has actually verified the backups work.