The Tool Desk
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The plan must work when email, identity systems, file shares, and parts of the network are unavailable. Print essential pages or store them in a protected location that ransomware cannot reach, obtain written approval from the CEO or equivalent, make sure the organization understands its responsibilities, and rehearse the decisions before an attacker forces them.
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What the plan must accomplish
Ransomware response is not only a technical recovery task. An incident can interrupt operations, expose data, create safety risks, trigger contractual duties, and require decisions about public statements or law-enforcement contact while facts are still uncertain. Your plan should therefore connect six capabilities:
- Authority: named decision-makers can approve isolation, service suspension, emergency spending, public statements, and restoration priorities.
- Visibility: responders know which assets, data, networks, cloud services, suppliers, and identities support critical work.
- Resilience: clean, offline, encrypted backups and the infrastructure needed to restore them are available and tested.
- Coordination: internal teams, executives, counsel, insurers, incident-response providers, suppliers, and public authorities can be reached without relying on compromised systems.
- Evidence and containment: teams can isolate affected systems, preserve relevant evidence where feasible, and coordinate technical investigation without destroying useful information.
- Recovery and learning: clean systems are restored in a documented order, and every exercise or incident produces assigned improvements.
The joint CISA, MS-ISAC, FBI, and NSA #StopRansomware Guide (September 2023) states: “Create, maintain, and regularly exercise a basic cyber incident response plan (IRP) and associated communications plan that includes response and notification procedures for ransomware and data extortion/breach incidents.” That recommendation is the foundation of a practical plan.
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Build the plan step by step
1. Define authority, roles, and alternates
Start with a one-page authority map. A title alone is not enough: record the person, backup person, decision rights, and the conditions that trigger escalation. Include senior leadership and board-level involvement appropriate to the organization. CISA recommends that the plan and its communications plan receive written approval from the CEO or equivalent and that the wider organization understand them.
| Role | Responsibilities to assign in advance | Continuity detail |
|---|---|---|
| Incident lead | Activates the plan, sets objectives, coordinates teams, maintains the decision record, and ends the incident phase. | Name a deputy with authority to act when the lead is unavailable. |
| Executive decision owner | Approves isolating major services, suspending operations, emergency expenditure, risk acceptance, and restoration priorities. | Define the escalation route to the CEO or equivalent and the board contact when appropriate. |
| Technical response lead | Directs identification, isolation, containment, eradication, evidence collection, and technical recovery. | List internal security and IT contacts plus any retained incident-response provider. |
| Business-service owners | Explain operational impact, safety implications, dependencies, acceptable downtime, and the order in which services should return. | Provide an alternate for every critical service. |
| Legal, privacy, and compliance adviser | Assesses notification, privilege, contracts, records preservation, and sector obligations for the affected jurisdictions. | Record outside counsel and specialist contacts if internal advice is unavailable. |
| Communications lead | Coordinates messages to employees, customers, suppliers, regulators, media, and leadership; controls who may speak publicly. | Prepare approval steps and alternate communication channels. |
| Incident scribe | Maintains a time-stamped log of observations, decisions, approvals, actions, and open questions. | Keep a paper or offline log format ready if collaboration systems are inaccessible. |
| External-coordination owner | Contacts insurers, managed providers, key suppliers, law enforcement, and relevant government agencies through approved channels. | Maintain current numbers, policy references, contract identifiers, and after-hours procedures offline. |
Specify who can authorize network-level isolation or suspension of a service when delay would increase harm. Also state who can reverse that decision. If two leaders can issue conflicting instructions, the plan should identify the incident lead as the operational coordinator and the executive decision owner as the escalation authority.
2. Map the environment and set priorities
Maintain an inventory that is useful during an outage, not merely a procurement list. Include endpoints, servers, identity systems, network segments, cloud tenants, applications, databases, industrial or building systems where relevant, critical data stores, third-party connections, remote-access paths, and administrative accounts. Keep current network diagrams and dependency maps with the plan.
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Classify services by the consequences of unavailability. Consider health and safety, legal or regulatory duties, revenue, customer commitments, essential public services, and the effect of losing a shared dependency. Record the business owner, technical owner, maximum tolerable interruption, data recovery requirement, and the first safe validation test.
Protect this information from the same compromise as production systems. Keep a current offline or hard-copy version with enough detail to identify systems, owners, dependencies, locations, and recovery instructions. Update it whenever infrastructure, suppliers, cloud connections, or ownership changes.
3. Make recovery testable, not theoretical
Maintain offline, encrypted backups of critical data. Backups that remain reachable through production credentials, shared administration, or always-connected storage may be deleted or encrypted by the attacker. Separate backup administration from ordinary production accounts and document how the recovery environment is accessed without the compromised identity system.
Test three different properties:
- Availability: the organization can locate the required copy, obtain the keys, access the storage, and read the data.
- Integrity: the copy is complete, unaltered, and free from the malicious changes you are trying to escape.
- Restorability: the data can be rebuilt into functioning services with the required applications, configurations, licenses, images, hardware, and network settings.
A file listing is not a recovery plan. Record the infrastructure and software needed to rebuild each critical service, including licensing information, golden images, configuration backups, replacement hardware requirements, and the people who know the process. Keep plan copies, encryption keys or key-recovery procedures, and essential recovery information separate from systems likely to be affected.
Set a restoration order with service owners. The following is an example planning model; adapt the tiers to your operations rather than treating the labels as a universal standard.
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| Recovery tier | Typical contents | What to document |
|---|---|---|
| Safety and foundational services | Systems whose failure could endanger people or prevent all other recovery work. | Manual fallback, executive owner, dependencies, safe-to-operate test, and restoration authority. |
| Core identity and infrastructure | Identity, network services, management platforms, security tooling, and other shared foundations. | Clean build source, privileged-account recovery, segmentation, and validation checks. |
| Revenue and essential operations | Customer, production, clinical, logistics, financial, or other mission services. | Business owner, data source, acceptable loss, integrations, and user acceptance test. |
| Lower-priority services | Systems that can remain unavailable while critical operations stabilize. | Deferral criteria, retention requirements, and the point at which restoration resumes. |
Assess storage capacity, retention, restore speed, geographic or physical separation, encryption-key recovery, and whether the design depends on one compromised account or environment. Immutable storage can help in some architectures, but CISA cautions that it may introduce compliance, configuration, or cost issues; it is not automatically suitable for every organization. A removable or external drive can be one component of a design, but a drive by itself is not a complete or tested backup strategy.
4. Write the reporting and communications workflow
Give employees a short, unmistakable route for reporting a suspected ransomware event: who to call, what alternate number to use, what facts to record, and what they must not do. Tell staff not to negotiate, delete files, reboot machines, or broadcast unverified claims unless the approved response team instructs them. The plan should distinguish an unusual message, a locked workstation, a ransom note, suspected data theft, and confirmed encryption, while allowing staff to escalate uncertainty quickly.
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Prepare an activation sequence that states:
- Who receives the initial report and decides whether to activate the plan.
- How the incident lead brings in technical, business, legal, communications, and executive roles.
- Which channel is used if corporate email, chat, telephony, or identity services are unavailable.
- How often the team meets, where the incident log is kept, and who approves major decisions.
- How service providers, insurers, suppliers, and customers are contacted without creating conflicting instructions.
Agree in advance what information can be shared and by whom. Prepare holding statements that acknowledge an investigation without guessing about scope, attribution, ransom payment, or data exposure. Keep employee, customer, supplier, regulator, media, and leadership audiences separate; each needs a different level of operational detail.
Store names, roles, phone numbers, secure alternate channels, policy numbers, contract identifiers, and escalation instructions offline or in hard copy. Test those contacts outside business hours. A list that has not been verified recently is a likely failure point when an incident disables the directory.
5. Prepare legal, regulatory, and law-enforcement decisions
Do not put a single “ransomware deadline” in the plan and assume it applies everywhere. Notification duties depend on jurisdiction, the type of data involved, the sector, contractual commitments, and whether personal information or regulated services are affected. Before an incident, ask counsel to map the organization’s locations, customers, employees, data subjects, regulators, insurers, and contracts to the relevant decision points.
The legal workflow should identify who preserves privilege, who decides whether an event is a reportable breach, who approves regulator or customer notices, and who keeps evidence of those decisions. Include a route for consulting law enforcement and for considering a report to CISA or another appropriate authority. Record the facts needed for a notification without delaying urgent containment or safety actions.
Because laws and government guidance change, set a review date for this section and verify current requirements when an incident occurs. The September 2023 joint federal guide is practical planning guidance, not a substitute for advice that applies to a particular jurisdiction or sector.
6. Plan evidence handling and responder access
Identify in advance which systems may contain useful evidence and who can collect it. Depending on the incident, relevant material can include system images, memory captures, authentication records, endpoint and network logs, cloud audit trails, ransom notes, and malware samples. Preserve it where feasible and coordinate collection with qualified responders so that well-intentioned actions do not destroy volatile information or compromise chain-of-custody requirements.
Document how responders receive temporary access, how credentials are issued and revoked, where evidence is stored, who may examine it, and how time stamps and file hashes are recorded. Keep the response plan clear that a live responder’s assessment takes precedence over a generic checklist when the two conflict.
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7. Exercise, approve, and maintain the plan
Run a tabletop or spoken walkthrough with IT and security, business-service owners, communications, legal, insurers or providers where appropriate, and senior management. CISA publishes ransomware tabletop scenarios and leadership exercise resources. Include difficult conditions rather than a clean, predictable outage:
- Several subnets are unavailable and the scope is still uncertain.
- There are signs that data may have been copied as well as encrypted.
- Email and identity systems cannot be trusted.
- Two business owners demand restoration at the same time.
- A supplier or insurer requires information before authorizing assistance.
- Leadership must decide what employees, customers, regulators, and the public should be told.
At the end, list every gap, assign an owner and due date, and track completion. Re-test corrected procedures rather than merely closing the action in a spreadsheet. Obtain written executive approval after major changes and ensure new employees, contractors, and critical suppliers know their part. Review contacts, diagrams, dependencies, backup access, restoration instructions, and legal contacts on a defined schedule and after material changes.
What the plan should tell the team to do during an attack
This is a planning checklist, not a substitute for the judgment of qualified responders. The exact order can change with safety, operational, and forensic conditions.
- Recognize and activate. Record what was observed, when it began, which users or systems are affected, and whether safety or essential services are at risk. Notify the incident lead through the approved route and open the incident log.
- Determine the affected scope. Identify suspected endpoints, servers, accounts, subnets, cloud services, and third-party connections. Treat the scope as uncertain until evidence supports a narrower conclusion.
- Isolate affected systems. Use the authority defined in the plan. Where many systems or subnets are involved, network-level isolation may be necessary. Avoid actions that spread the compromise or destroy evidence; coordinate with responders.
- Notify the right people. Bring in executives, technical teams, business owners, counsel, communications, insurers, providers, and suppliers according to the contact matrix. Use alternate channels when normal systems are unavailable.
- Preserve relevant evidence. Where feasible, secure system images, memory, logs, malware samples, and other material with responder guidance. Record who collected each item, when, from where, and where it is stored.
- Contain and eradicate. Follow the technical response plan to remove persistence, address compromised accounts and access paths, and prevent reinfection. Do not restore systems merely because the visible ransom note has disappeared.
- Restore clean systems in priority order. Rebuild from offline encrypted backups and known-clean infrastructure. Validate identity, security controls, dependencies, data integrity, and business function before reconnecting a service.
- Document and improve. Record decisions, timelines, notifications, recovery results, and unresolved risks. After operations stabilize, complete a lessons-learned review and update the plan.
Reporting to CISA, law enforcement, regulators, customers, or other parties should follow the pre-approved legal and communications workflow. A public statement should never outrun verified facts.
How to evaluate backup designs
Compare designs against the same questions rather than choosing storage by capacity or purchase price alone.
| Evaluation question | Why it matters | Evidence to require in a test |
|---|---|---|
| Is the copy isolated from production? | An attacker who can reach the backup may delete or encrypt it. | Documented separation, independent access, and a recovery exercise performed without production credentials. |
| Is the data encrypted and can authorized staff recover the keys? | Encryption protects the copy, but lost keys can make a successful backup unusable. | Key-recovery procedure, access approvals, and a test restore. |
| Can integrity be checked? | A readable file can still be incomplete, corrupted, or maliciously altered. | Checks or validation appropriate to the system, plus a functional application test. |
| Does coverage include dependencies? | Files alone do not rebuild identity, applications, configurations, licenses, or hardware. | End-to-end restoration of a representative critical service. |
| Can the organization restore fast enough? | Slow retrieval or insufficient capacity may make a nominal backup unusable during a prolonged outage. | Measured retrieval and rebuild steps under realistic staffing and access conditions. |
| Is the design resilient to one compromised account or environment? | A single administrative path can let an attacker reach every copy. | Independent administration and recovery when the primary identity system is unavailable. |
| Are retention and capacity adequate? | Short retention or full storage can leave no clean point to restore. | Documented retention, capacity monitoring, and a sample recovery-point selection. |
Repeat these tests after major architecture changes. Test both a small, representative service and a larger recovery sequence so the team discovers operational bottlenecks, not just whether one database can be copied.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.When to use an incident-response provider
Organizations without sufficient in-house capacity may arrange an incident-response retainer or managed security service before an attack. A provider should supplement, not replace, internal authority and business decisions. Compare candidates on:
- Demonstrated ransomware and data-extortion response experience relevant to your sector.
- Coverage hours, emergency activation time, staffing depth, and the escalation path to senior specialists.
- Scope and deliverables for triage, containment, forensic work, evidence handling, negotiation support if considered, eradication, and recovery.
- Ability to work with your insurer, counsel, law enforcement, cloud providers, and critical suppliers.
- Evidence-handling procedures, reporting format, data location, confidentiality, and privilege arrangements.
- Recovery support, including rebuilding dependencies rather than only analyzing infected files.
- References, subcontractor disclosure, conflict checks, pricing structure, termination terms, and what happens when the provider is also affected.
Put the activation number, contract identifier, authorization limits, and required information in the offline contact pack. Conduct at least one exercise with the provider so both sides understand who can authorize access and which systems are in scope.
Common planning failures and their fixes
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Failure: the instructions are unreachable when identity, email, or file services are encrypted. Fix: maintain controlled offline and hard-copy copies, including contacts, authority, diagrams, recovery instructions, and legal escalation details.
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Backups are present but never restored
Failure: a successful backup job is mistaken for a usable recovery capability. Fix: test availability, integrity, and end-to-end restoration on a schedule, and record the result, duration, dependencies, and corrective actions.
Everyone can declare an emergency, but nobody can decide
Failure: teams debate isolation, service shutdown, public statements, or restoration while the intrusion spreads. Fix: name an incident lead, executive decision owner, alternates, escalation thresholds, and the person authorized to reverse an emergency action.
The asset inventory lists devices but not dependencies
Failure: responders restore an application that cannot authenticate, connect to storage, or reach a required supplier. Fix: map data, applications, infrastructure, identities, network paths, cloud connections, licenses, and business owners together.
Communication is improvised
Failure: employees receive conflicting instructions, customers hear unverified claims, or a provider cannot reach the right executive. Fix: prepare audience-specific procedures, approval gates, alternate channels, and an offline contact list.
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Legal duties are treated as one universal deadline
Failure: the organization misses a jurisdiction-specific duty or reports before facts are verified. Fix: have counsel map requirements by location, data type, sector, and contract, then review the map as rules change.
Exercises are technical-only
Failure: systems staff can isolate a host, but leadership has never decided who speaks publicly, which service comes first, or how to handle suspected data theft. Fix: include senior management, business owners, legal, communications, and relevant external providers in realistic tabletop scenarios.
A practical implementation sequence
If the organization is starting from scratch, work in this order so early effort reduces the greatest uncertainty:
- First, establish authority and contacts. Obtain an executive sponsor, name the incident lead and alternates, create the offline contact pack, and define activation and escalation.
- Next, identify critical services. Build the asset, data, dependency, network, cloud, and supplier inventory. Mark health, safety, revenue, and essential-service priorities.
- Then, prove recovery. Confirm offline encrypted backup coverage, key access, capacity, retention, clean build requirements, and a restoration order. Perform and document a test restore.
- After that, complete communications and legal workflows. Prepare internal and external channels, approval rules, counsel contacts, insurer procedures, and jurisdiction-specific notification decision points.
- Finally, exercise and close gaps. Run a scenario with leadership and technical teams, assign every corrective action, obtain written approval, and schedule the next review.
Do not wait for perfect documentation before exercising. A short, accurate plan that can be reached offline and assigns authority is safer than a polished document that nobody has tested.
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- Written executive approval is recorded, with a review date and document owner.
- Incident lead, deputy, executive decision owner, technical lead, business owners, legal adviser, communications lead, scribe, and external coordinator are named.
- Authority to isolate systems, suspend services, spend emergency funds, issue statements, and approve restoration is explicit.
- Contacts, alternate channels, insurer details, provider information, diagrams, inventories, and recovery instructions are available offline.
- Critical services, data, dependencies, third-party access, cloud connections, and restoration order are documented.
- Offline encrypted backups exist for critical data, are protected from production compromise, and have tested availability and integrity.
- A representative critical service has been restored from backup with its required applications, configurations, licenses, identities, and hardware plan.
- Evidence-preservation and responder-access procedures are written.
- Legal and regulatory decision points are mapped to the organization’s jurisdictions, sectors, data, and contracts.
- Communications procedures cover employees, leadership, customers, suppliers, regulators, media, insurers, and law enforcement as appropriate.
- A tabletop exercise has included senior management and produced assigned, tracked improvements.
- The plan, contacts, backups, and recovery instructions have a maintenance owner and a scheduled review.
A ransomware plan is ready when people can find it without the production network, know who can make each consequential decision, and have demonstrated that clean systems can be rebuilt in the order the organization needs.
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