A ransomware incident hits, and the IT team pulls up the recovery plan with genuine confidence. Backups have been running every night for years. The dashboard has shown a green checkmark every single morning. Then the restore begins, and something nobody expected happens. The files come back corrupted, incomplete, or simply will not open at all. This is not a rare story. It is close to the industry norm, and it explains why so many backup and disaster recovery services plans that look solid on paper collapse the moment they are actually needed.
The gap: a completed backup job is not the same as a working restore
A green status icon confirms a job ran. It says nothing about whether the data inside that backup can actually be restored into a working system. Backblaze’s 2024 State of the Backup Survey found that only 57 percent of enterprise backup jobs complete successfully, and just 61 percent of restore attempts actually meet expectations, meaning close to four in ten restores fail exactly when a business needs them most. You can review the full survey findings here: 2024 State of the Backup, Backblaze. A plan that has never actually been tested through a real restore is built entirely on an assumption, not evidence.
The gap: recovery time objectives that were never validated
Most disaster recovery plans include a defined recovery time objective, a number promising how quickly systems will be back online. Far fewer businesses have actually tested whether that number holds up against their current data volume, since data grows continuously while the RTO written into the plan often stays frozen at whatever number was estimated years earlier. Properly maintained Backup and Disaster Recovery services revisit this number regularly, not just once during initial setup.
The gap: offsite copies that are not actually isolated
Storing a backup in a separate location does very little if that copy remains connected to the same network as the primary systems. Modern ransomware specifically targets backup repositories, since attackers understand that a business willing to pay a ransom is usually a business without a working alternative. A backup that is technically offsite but still reachable from a compromised network offers far less protection than the term “offsite” implies.
The gap: documentation written by someone who has since moved on
Recovery plans often get written once, by whoever was managing IT at the time, and rarely get revisited after that person leaves the organization. Our earlier guide on what SMBs need to know before buying their first cyber insurance policy touches on exactly this gap, since insurers increasingly ask for evidence of a current, tested plan rather than accepting an outdated document as sufficient proof of readiness. This is closely tied to the same pattern we explored in why Colorado businesses are getting their cyber insurance claims denied, where an untested or outdated backup plan is one of the most common reasons a claim gets rejected after an incident.
The gap: plans built for total failure, not messy partial ones
Most disaster recovery plans are written around a clean, complete failure scenario, everything goes down, everything gets restored. Real incidents rarely look this tidy. A partial system compromise, a corrupted subset of files, or an attack that spreads slowly rather than all at once requires a plan flexible enough to handle a messier reality, not just the clean worst-case scenario most documentation assumes.
Why this matters even more for data-sensitive industries
This gap becomes especially costly for businesses handling regulated or highly sensitive data. Healthcare and medical practices face compliance requirements that assume data can actually be restored within a defined window, and discovering a backup failure during an actual incident does not just cost operational time, it can trigger regulatory consequences layered directly on top of the disruption itself.
What closes this gap in practice
The fix is not more backup software. It is regular, scheduled restore testing, treated as a routine operational task rather than a one-time setup step. A recovery plan that has been through an actual test failover, verified against current data volume, and reviewed within the last year is a fundamentally different asset than one that has simply been sitting untouched since it was first written.
A backup and disaster recovery services plan that has never been tested is a plan nobody has actually verified. Technology Architects builds regular testing into every plan from the start, so Colorado businesses never discover a gap during an actual emergency. Schedule a consultation today and find out whether your current plan would actually hold up.
Frequently asked questions
How often should a business actually test its disaster recovery plan?
At minimum annually, though businesses with growing data volumes or increasing regulatory requirements should test more frequently, since both variables affect whether existing recovery time objectives are still realistic.
What is the difference between a backup existing and disaster recovery actually working?
A backup confirms data was copied. Disaster recovery confirms that copy can be restored into a fully functioning system within an acceptable timeframe, which only regular restore testing can actually verify.
Can a business have a backup and still lose data permanently during an incident?
Yes, this happens more often than most business owners expect, particularly when backups are compromised alongside primary systems or when restore processes fail due to corruption that went undetected for months.
Does Technology Architects test disaster recovery plans as part of ongoing service in Colorado?
Yes, Technology Architects builds regular restore testing directly into its backup and disaster recovery services, ensuring a plan is verified to work well before it is ever actually needed.
