7 Questions Every CEO Should Ask the CIO Before Trusting the Cyber Recovery Plan

The cyber recovery plan does not fail in the slide deck. It fails in the first hours after the incident is declared, when a small number of named people are expected to make decisions they have never made before, with evidence they cannot yet produce, under a clock the CEO does not control.

The technology gap is real. For the CEO, the decision-chain gap is often the one that shows up first.

The seven questions below are the ones a CEO can ask in a fifteen-minute review, with no technical preparation, that will expose where the plan is rehearsed and where it is theory.

Why the human decision chain matters

In Sophos’s 2024 ransomware research, attackers attempted to compromise backups in 94% of ransomware incidents and succeeded in 57% of attempts, based on a vendor-agnostic survey of 5,000 IT and cybersecurity leaders across 14 countries. The technology fight to keep recovery data viable has no shortage of attention.

What sits behind the technology is less rehearsed. The NIST Cybersecurity Framework 2.0 introduced the Govern function alongside Identify, Protect, Detect, Respond, and Recover, moving cybersecurity risk strategy, expectations, and policy into the same operating model as the technical control.

IBM’s 2025 Cost of a Data Breach analysis puts the global mean time to identify and contain a breach at 241 days. Detection dominates that number, but containment and recovery are where the decision chain becomes visible. Work slows when one named person cannot be reached, one role cannot be reassigned, or one decision was never assigned in the first place.

Recovery is engineering. The hours before recovery starts are governance.

1. Who is authorized to declare a recovery point clean? Who is their named backup?

The first delay in a ransomware incident is often not restore speed. It is locating the person whose authority it is to declare a recovery point safe to restore from, and then re-confirming that authority while leadership is still validating the incident scope.

A real answer names two people, by role and by name, with delegations on file. It does not say “the recovery team will determine.” It does not assume the CISO will be reachable. It does not assume the CIO has the authority to make the call alone.

Press for the second name. The CISA #StopRansomware Guide tells organizations to follow an approved incident response plan and maintain response contacts with 24x7 contact information, roles, and responsibilities. If the plan answers “the CIO,” ask what happens when the CIO is on a plane, on PTO, or compromised by the same incident.

2. What sits on the desk when that declaration is made?

A declaration is only as good as the evidence behind it. “We checked the backups” is not evidence. A dashboard screenshot alone is not evidence either.

A defensible answer is a recovery-point integrity report: dated, signed by the validator, describing what was inspected, what was skipped, the methodology used, and the malware signatures or behavioral checks that produced the verdict. The report should be auditable months later, by an insurer, a regulator, or a board committee.

Ask the CIO to walk through last quarter’s report. If no such artifact exists, the recovery plan terminates at a verbal assertion. If the company later determines that the incident is material, legal and leadership may have to work from that assertion while the Form 8-K Item 1.05 clock is running.

3. At what point does responsibility hand off from security to operations? Who signs the hand-off?

Cyber recovery has two distinct phases, run by two distinct teams. Security investigates whether the recovery point predates the compromise. Operations restores the workload. The hand-off between them is where many plans lose time.

If the hand-off is informal, operations will start restoring before security has signed off, or security will hold the line long after operations could have moved. Either failure mode extends downtime, regulatory exposure, and reinfection risk.

A credible plan defines the hand-off as a named gate, with an artifact, an approver, and a logged time. NIST Special Publication 800-184, the federal guide to cybersecurity event recovery, emphasizes prioritized resources, playbook development, realistic test scenarios, and lessons learned. The operational version of that guidance is a recovery plan with decision gates that are visible before the incident.

Ask who signs the hand-off, in writing, while the clock is running. If no one does, the plan has a sequence, not a controlled gate.

4. What is the first decision the runbook does not answer? And who answers it?

Every honest runbook has a known gap. The gap might be a workload type that has never been exercised, a third-party SaaS dependency with no documented recovery procedure, or a regulatory question the legal team has not yet ruled on.

A CIO who claims the runbook covers everything is presenting a slide deck, not a runbook. A CIO who can describe the first gap, who owns answering it, and what the team is expected to do while waiting, is presenting an operating model.

The question separates the runbook the team would actually use from the runbook the team would actually rewrite. It also gives the CEO a real risk to track and fund, instead of a generic capability gap to point at.

5. Who can override the runbook under pressure? What is logged when they do?

Real incidents produce overrides. A workload comes back differently than expected. A recovery point has to be re-validated. A dependency turns out to be missing.

The plan should name an override authority and require every override to be logged at the time it is made, with the reason and the alternative path chosen. Logs reconstructed after the incident are not logs. They are a narrative.

The EU Digital Operational Resilience Act requires financial entities to document their ICT risk management framework, test business continuity and response and recovery measures, and feed post-incident analysis back into the program. A real-time override log is the practical artifact that makes that review possible.

The override question protects the organization from a worse failure than a missed recovery point: a recovery the organization cannot reconstruct after the fact. A board cannot defend what no one wrote down.

6. Who owns the regulatory and customer clock while the team is restoring?

Recovery runs on one clock. Disclosure runs on a different clock. They are not the same clock and they are not held by the same people.

The SEC Form 8-K Item 1.05 rule requires public registrants to disclose a material cybersecurity incident within four business days of the materiality determination. Insurers set their own notification windows in the policy. Customer contracts may compress the window further. Each clock is held by a different stakeholder, and each can run while engineers are still validating recovery points.

If the CEO is the only person who knows that the SEC clock has started, the plan has a coordination failure embedded in it. Disclosure, insurer notification, regulator notification, and customer communication should each have a named owner, a named alternate, and a single dashboard that tracks each clock.

7. When was the last end-to-end recovery exercise on production-equivalent data? Who was in the room, and what evidence was produced?

Tabletop exercises rehearse decisions. They do not rehearse restore mechanics, infrastructure timing, or the interaction between the two. A recovery plan that has only been exercised in tabletop form is a plan that has been read, not run.

A credible answer is an exercise conducted in the last twelve months, scoped to production-equivalent data or a controlled clone of production backup data, with the security validation team, the operations restore team, legal, and a board observer present. The exercise produced an artifact: a dated report, a list of decisions made, a list of decisions deferred, and a list of failures observed.

If the CIO has no such exercise to cite, the gap is not a tool gap. It is a confidence gap. The Elastio Recovery Assessment is the next step when the organization needs to turn backup confidence into evidence before the next quarterly board review.

What the seven questions add up to

The seven questions are not a technical audit. They are a stress test of accountability.

A recovery plan that survives them names people, produces artifacts, manages clocks, logs exceptions, and rehearses on production-equivalent data. A plan that fails them may still be defended by the CEO, on a clock the CEO does not control, with evidence the CEO has not yet seen.

Sources

[1] CISA, FBI, NSA, and MS-ISAC, #StopRansomware Guide, September 2023 update.

[2] Elastio, Recovery Posture Assessment.

[3] European Union, Regulation (EU) 2022/2554 (Digital Operational Resilience Act), 14 December 2022.

[4] IBM X-Force, 2025 Cost of a Data Breach Report: Navigating the AI rush without sidelining security, 2025.

[5] NIST, The NIST Cybersecurity Framework (CSF) 2.0, NIST CSWP 29, February 2024.

[6] NIST, Special Publication 800-184: Guide for Cybersecurity Event Recovery, December 2016.

[7] SEC, Final Rule: Cybersecurity Risk Management, Strategy, Governance, and Incident Disclosure, Release Nos. 33-11216; 34-97989, July 2023.

[8] Sophos, The State of Ransomware 2024, April 2024.