Backups that have never been tested for restoration are a false sense of security, and a common way ransomware recovery fails when it matters most. We keep verified clean backups and a recovery plan that's actually been run, not just written down.
Backups are checked to confirm they're free of the threat that caused the incident in the first place, restoring a clean copy and not a reinfected one. That check matters most with ransomware specifically, where a backup taken after the initial compromise but before detection can otherwise reintroduce the same malware the moment it's restored.
Recovery is rehearsed before you ever need it, so the plan works in practice, not just on paper. That means periodic restore tests against real systems, not just confirming a backup job completed successfully overnight. A completed backup job and a restorable one are not automatically the same thing.
You know, in advance, roughly how long recovery takes (RTO) and how much data a restore could lose (RPO), so "how long until we're back, and from when" has a real answer instead of a guess. Objectives are set per system based on how critical each one is to daily operations, so the most important systems are prioritized first in an actual event rather than restored in whatever order happens to be convenient.
Onboarding starts by mapping what actually exists today: which systems are backed up, how often, where copies are stored (ideally following a 3-2-1 pattern, with at least one copy offline or immutable so ransomware can't reach it), and which systems matter most if everything went down at once. From that inventory we assign realistic RTOs and RPOs per system, since not every system needs to come back in the same hour, and pretending otherwise just wastes budget on the systems that can wait. Existing backup infrastructure is typically kept in place where it's sound; this is layered on top as verification and testing discipline, not a forced platform migration.
Once the plan is in place, recovery procedures are tested on a regular cadence against real systems, not just a checklist review. You receive a report after each test showing what was restored, how long it took against the stated objective, and anything that needs adjusting: the same kind of documentation an insurance carrier or auditor will ask to see during a renewal or a claim. If an actual incident happens, this plan works directly alongside Cyberwall's incident response team rather than as a separate, disconnected process.
The most common misconception is that having backups is the same as having a recovery plan. It isn't. A backup that has never been restored in a test is an assumption, not a plan. Ransomware recovery specifically tends to fail not because backups didn't exist, but because nobody had verified they'd actually restore clean and fast enough to matter. Tested is the word that separates the two.
None of this requires your team to become backup specialists in the meantime. You still choose which systems matter most and get a say in recovery priorities, but the day-to-day discipline, checking that jobs completed, confirming copies are clean, running the periodic restore tests, and keeping the documented plan current as your environment changes, is carried by Cyberwall, so it happens on schedule instead of falling to whoever has spare time that week.
Plenty of organizations discover their backups are incomplete, out of date, or reinfected only during an actual incident: the worst possible time to find out. A recovery plan is only as good as the last time its stated RTO and RPO were tested end to end.
Book a preparedness call for a straight answer on where your backup and recovery posture actually stands.