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Backups Are Only Useful If They Restore

A proper recovery program identifies what must be protected, how quickly it must return, who owns each step, and how the organization will prove the plan works.

The most important backup question: When was the last successful restore test, and what exactly was restored?

Successful jobs are not the same as recoverable systems

A backup application may report success even when important systems, databases, credentials, encryption keys, cloud services, or recent changes are outside its coverage. A real recovery program verifies the complete path from protected data to usable business service.

What a proper disaster recovery draft plan looks like

The first version does not need to be perfect. It needs to be specific enough that people can use it during an outage, test it, identify gaps, and improve it.

Disaster Recovery Plan Structure
1. Scope and Assumptions

Locations, systems, cloud services, excluded items, disaster scenarios, and planning assumptions.

2. Roles and Contacts

Incident leader, technical owners, executives, vendors, carriers, facilities, security, and communications.

3. Business Priorities

Critical processes, acceptable interruption, dependencies, manual workarounds, and restoration order.

4. Recovery Objectives

RTO, RPO, minimum service levels, data-loss tolerance, and realistic recovery sequencing.

5. Recovery Procedures

Step-by-step actions for identity, network, storage, servers, databases, cloud services, phones, and security systems.

6. Backup Inventory

Protected systems, copy locations, retention, immutability, credentials, encryption keys, and responsible owners.

7. Communications Plan

Employee, customer, vendor, insurance, legal, regulatory, and executive communications.

8. Testing and Maintenance

File restores, server restores, tabletop exercises, failover tests, findings, owners, and review dates.

Recovery priorities must come from the business

IT can explain technical dependencies, but leadership must define which business processes can stop, for how long, and with what consequences. A payroll system, identity platform, dealership management system, phone system, access-control platform, or production application may require different recovery targets.

RPO: How much data can be lost?

The recovery point objective describes the acceptable amount of data loss measured in time. It helps determine backup frequency and replication requirements.

RTO: How long can the service remain unavailable?

The recovery time objective describes the target duration for restoring a system or process. It should be based on business impact, not an optimistic vendor estimate.

Backup coverage to verify

  • Virtual machines and physical servers
  • Databases and application-aware processing
  • Microsoft 365 and other cloud data
  • Active Directory, Entra ID, identity configuration, and privileged access
  • Network, firewall, wireless, and phone-system configurations
  • NAS platforms, file shares, and departmental data
  • Security cameras, access control, intercom, and building systems where retention matters
  • Encryption keys, service accounts, certificates, licenses, and recovery credentials

Testing cadence

  • Frequently: Review failures, missed systems, storage capacity, credential errors, and unusual changes.
  • Monthly: Restore representative files and validate monitoring and alert ownership.
  • Quarterly: Restore an application, virtual machine, or database in an isolated test environment.
  • At least annually: Conduct a documented disaster recovery exercise with business and technical participants.
  • After major change: Retest following migrations, platform upgrades, network redesigns, identity changes, or backup-product changes.
Common failure: The backup server, backup repository, production credentials, and domain are all reachable from the same compromised administrative path.

Questions every executive should ask

  • What systems are not included in backup coverage?
  • When did we last restore a complete production service?
  • Could compromised administrator credentials delete or encrypt our backups?
  • Where are encryption keys and emergency credentials stored?
  • How long would it realistically take to restore priority operations?
  • Who has authority to declare a disaster and begin recovery?
  • How will employees and customers be updated if normal systems are unavailable?

Practical takeaways

  • Maintain more than one copy in more than one location.
  • Protect at least one copy from routine administrative compromise.
  • Test complete recovery, not only individual files.
  • Document ownership, dependencies, priorities, and communications.
  • Update the plan after environmental or staffing changes.

Want to know whether your current plan would work?

MiamiDadeTech can review backup coverage, perform restore validation, facilitate a disaster recovery workshop, draft a recovery runbook, coordinate testing, and work with your existing IT team or managed provider to close identified gaps.