When was your last cyber recovery drill?
If the honest answer is “we test occasionally” or “we have backups, but we have not had to use them,” your security posture has a gap that auditors, insurers, and ransomware actors are all asking about.
That means you’ve got a problem.
Backup has stopped being an IT operations checkbox. It is now a security control, and tested recovery is the difference between a contained incident and a public one.
Why the Definition of Data Backup and Recovery Changed
For most of the past two decades, data backup and recovery was treated as an operations function.
Tapes ran overnight, jobs completed or failed, occasional restores happened when a user lost a file. The discipline lived next to storage and capacity planning, not next to security.
Ransomware changed that.
Modern attackers do not stop at encryption. They go after the backup environment first; they delete snapshots, they corrupt repositories, and they sit in the network for weeks watching the backup admin log in so they can compromise those credentials too. The recovery system became a target because attackers learned that an organization with intact backups will not pay the ransom.
The result is a new operational reality: if your backups are reachable from the same identity plane as your production environment, they are not a recovery capability, they are an attack surface waiting to be removed before the encryption phase begins.
What “Tested Backup and Disaster Recovery” Actually Means
Having backups is not the same as being able to recover from them. The gap between those two states is where most organizations discover, at the worst possible moment, that they have a problem.
Verified recovery means several specific things.
It means restoring real workloads against documented Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO), not just verifying that the backup job completed.
It means tabletop exercises that walk leadership and IT through a ransomware scenario end to end, including who declares the incident, who has authority to wipe and restore, and how long the business can operate while the restore runs.
It means running these drills on a regular cadence, not once after the system was installed and never again.
It also means proving the integrity of the data being restored. Immutable, air-gapped backup copies are the floor. Without them, an attacker with sufficient access can alter or delete the only thing standing between the organization and a ransom payment.
What Cyber Insurers and Auditors Now Require
Cyber insurance underwriting in 2026 looks nothing like it did three years ago. Despite global cyber insurance premiums ballooning to nearly $15 billion in 2024, according to a report from the National Association of Insurance Commissioners, many of those cyber insurance claims are now denied.
The denial reasons are remarkably consistent: failure to maintain controls, failure to follow incident response rules, lack of documentation, and failure to meet stated security requirements.
Inside that pattern, untested recovery is one of the most common findings. Carriers are no longer asking whether you have backups. They ask when you last performed a tabletop exercise, what your tested RTO was, whether your backups are immutable, and whether you can produce evidence of the last successful full restore. Vague answers translate directly to higher premiums, exclusions, or denied claims.
Compliance frameworks are aligned with the same expectations. PCI DSS 4.0, HIPAA, SOC 2, and ISO 27001 all reference recovery testing as a required control, not an optional best practice.
The auditor’s question is not “do you have backups?”
It is “show me the evidence of your last validated restore.”
How CloudFirst Treats Recovery Under Unified Defense Framework
The Unified Defense Framework (UDF) places Continuity & Recovery alongside Managed Security Operations, not in a separate operational silo.
The reasoning is direct: detection and response without verified recovery is a safety net with no floor. If the security operations center (SOC) contains an incident but the organization cannot restore the affected systems, the security investment did not deliver its intended outcome.
Continuity & Recovery under UDF includes Managed Data Protection, fully managed Disaster Recovery as a Service (DRaaS) with defined and tested RTO/RPO objectives, High Availability as a Service (HAaaS) for workloads that cannot tolerate downtime, and ransomware recovery readiness built specifically for the immutable, air-gapped restore scenarios that modern attacks demand. Tabletop exercises and recovery drills are part of the operating cadence, not a one-time deliverable.
For IBM i, AIX, and Power Systems environments, this matters even more. These platforms run mission-critical workloads where unplanned downtime is measured in lost orders, missed payroll, and broken supply chains.
CloudFirst operates DRaaS and HAaaS across both IBM Cloud and Open Cloud platforms, with recovery objectives validated against real business impact rather than infrastructure preference.
Where to Start with Data Backup and Recovery
The first conversation is not a product conversation. It is a recovery readiness conversation. Three questions surface most of the gap:
- When was your last full restore test, and what was the actual time it took? If your team cannot produce a number, that is the gap. If the number is significantly higher than the RTO you have promised the business, that is also the gap.
- Are your backup copies immutable and air-gapped from production identity? If a compromised admin credential can reach the backup repository, the backups are not a recovery capability against modern ransomware.
- Do you have a documented incident response runbook that integrates with the recovery procedure, and have you walked through it? Underwriters expect at least one tabletop exercise per year. Most organizations cannot produce evidence of one.
A foundation-level engagement under UDF answers all three, establishes a measured baseline, and produces the documentation that satisfies auditors and insurers. From there, the Continuity & Recovery layer turns recovery from an assumption into an operated capability.
Ready to get started?
Frequently Asked Questions
Why is backup considered a security control now?
Because ransomware attackers target backup systems before they encrypt production. If the backup environment is reachable from the same identity plane as production, attackers will compromise it first to remove the organization’s leverage. Treating backup as a security control means hardening it, monitoring it, and testing it the same way other security controls are managed.
What does immutable backup mean?
Immutable backups cannot be altered or deleted for a defined retention period, even by an administrator. This is the control that prevents an attacker with admin credentials from wiping backup repositories before launching encryption. Air-gapped copies extend the protection by isolating backup data from the production network entirely.
How often should we test recovery?
The minimum cadence most cyber insurers and compliance frameworks now reference is annual tabletop exercises with documented results. Operationally, more frequent restore tests of high-priority workloads are advisable. CloudFirst includes regular recovery testing as part of UDF’s Continuity & Recovery operating cadence.
Does this apply to IBM i workloads?
Yes, and the stakes are usually higher. IBM i environments run order processing, financial systems, and core business operations where extended downtime translates directly to revenue loss. CloudFirst operates DRaaS and HAaaS for IBM i and AIX workloads with tested RTO/RPO objectives validated against business impact.
What is the difference between DR and HA?
Disaster Recovery (DR) restores systems after an outage, with measurable RTO and RPO objectives. High Availability (HA) keeps systems running through component failures with minimal or no perceptible downtime. Mission-critical workloads typically need both, configured to match the business’s actual tolerance for outage and data loss.