Having backups and having a recovery capability are different things. The gap between them is filled by a tested procedure, trained people and realistic expectations about time. A disaster recovery (DR) test is how you close that gap while the stakes are low. Done well, it is a routine drill that produces a short list of improvements.

What a DR Test Is For

A drill answers four questions. Can we restore the CRM from backups to a working state? How long does it actually take? Does the restored system behave correctly, including integrations and files? Do people know their roles without improvising? Each answer should be written down, and each failure turned into a fix with an owner.

It also reveals hidden dependencies: a certificate nobody backed up, a DNS entry only one person understands, an encryption key stored on the server that burned down in the scenario.

Choose Scenarios Worth Testing

Different failures call for different responses. Pick scenarios that match your real risks.

• Accidental or malicious deletion of records, requiring a point-in-time restore of data.
• Loss of the database server, requiring a rebuild and restore.
• Loss of an entire site or cloud region, requiring recovery elsewhere.
• Corruption introduced by a bad deployment or import.
• Ransomware affecting production and reachable backups.

Start with the simplest, most likely scenario and add harder ones over time. A single successful full restore teaches more than an elaborate paper plan.

Roles and Preparation

Assign roles before the drill: someone who leads, someone who performs technical steps, someone who records timings and observations, and a business representative who judges whether the restored system is truly usable. In a real incident, communication matters as much as technology, so include a person responsible for updating stakeholders.

Prepare a written recovery procedure that a competent colleague could follow without you. Gather what you will need: backup locations, credentials held securely, encryption keys, network details, software installers and licensing information. Decide where the drill runs. Restore into an isolated environment that cannot reach production data stores or send real emails; otherwise a restored CRM may start sending workflow messages to real customers or syncing to live integrations.

Run the Drill Step by Step

Declare the scenario and start the clock. Perform the recovery according to the written procedure, noting every deviation and delay. Restore the database to the target point in time, restore attachments and configuration, bring up the application, and disable outbound email and live integrations until you have reviewed them.

Then verify. Log in with test accounts, open sample records, check recent data against what you expect for the chosen recovery point, confirm attachments open, run key reports and test that integrations work against test endpoints. Ask the business representative to confirm the system would be usable for real work.

Stop the clock when the business representative agrees, and compare elapsed time with your recovery time objective.

Capture What You Learn

What to record	Why it matters
Time for each major step	Shows where time is really spent
Total time to usable system	Compare with RTO
Data loss relative to chosen point	Compare with RPO
Steps that were missing or wrong	Fix the runbook
Dependencies discovered	Back them up or document them
People who were needed but unavailable	Reveal single points of failure
Verification failures	Prioritize technical fixes

Hold a brief review soon afterward, without assigning blame. Convert findings into tasks with owners and dates, update the runbook, and schedule the next drill. A report that sits in a folder protects no one.

Include People, Not Just Servers

Check that contact lists are current and reachable without the systems being down. Ensure the runbook is stored somewhere accessible during an outage; a procedure stored only on the failed server is a classic trap. Consider who is authorized to declare a disaster and to approve decisions like restoring to an older point in time that discards recent data.

Also consider what the business does while the CRM is unavailable. A simple fallback, such as a read-only export of key accounts or a manual process for urgent customer contacts, can reduce pain during recovery.

A Hypothetical Example

An IT team schedules a drill for a quiet afternoon. The scenario: the database server is lost. They restore the latest backup into an isolated virtual network, with outbound mail blocked. Midway, they discover the encryption key for backups was stored only in a password manager entry that the on-call admin cannot access. They recover it through a documented emergency process and note the weakness.

After the restore, a sales manager logs in and notices attachments from the last few days are missing, because file sync ran less often than database backups. The team records it as a gap between components, adjusts the file backup schedule, and measures the total time against their target. Two small fixes are made before the next drill. Nothing was risked in production.

Keep the Practice Sustainable

Run drills regularly, at a frequency matched to the system’s importance and the rate of change, and after major changes such as migrations or architecture shifts. Rotate who performs the steps so knowledge spreads. Keep the scope of each drill manageable; a quarterly small drill beats an annual heroic one nobody wants to repeat.

Frequently Asked Questions

Can we test DR in production? Not safely for a full restore. Use an isolated environment. Some organizations do controlled failover tests of highly available systems, but only with rigorous planning.

What if the drill fails? That is a successful drill, since you found the problem in a safe setting. Fix it, document it, and rerun.

How often should we test? At least regularly enough that procedures reflect the current system. After significant changes is also a sensible trigger.

Do we need to test every component each time? No. Rotate scenarios, but make sure each critical component, database, files and configuration, is covered over the year.

Who should observe the test? A business representative and someone not directly performing the steps. Fresh eyes catch assumptions the operators no longer notice.

Next Step

Book a two-hour slot this month, pick the loss-of-database-server scenario, and restore your latest backup into an isolated environment while someone records the time. Write down what went wrong and fix the top three items.