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Disaster recovery testing is a vital part of any business continuity plan. Want to learn more? Keep reading.
A DR test’s purpose is to evaluate the steps outlined in the plan to ensure that the organization is prepared to handle operational disasters.
Conducting regular disaster recovery tests is essential to avoid potential issues and ensure that the backup/restore processes remain unaffected by any changes.
Failing to invest time and resources into testing a disaster recovery plan can result in the plan’s failure to execute as expected when it’s most needed.
Therefore, experts recommend conducting disaster recovery tests regularly throughout the year, incorporating them into planned maintenance and staff training.
Once a test is completed, the data should be analyzed to identify what worked, what didn’t, and what changes need to be made to the plan’s design. The goal of a disaster recovery test is to meet the organization’s predetermined RPO/RTO requirements.
There are three types of disaster recovery testing, which include a plan review, tabletop exercise, and simulation tests.
A plan review involves reviewing the DRP to find any inconsistencies and missing elements.
A tabletop exercise involves stakeholders walking through all the components of a DRP step by step to uncover any inconsistencies, missing information, or errors.
A simulation test involves simulating disaster scenarios to see if the procedures and resources allocated for disaster recovery and business continuity work in a situation as close to the real world as possible.
There are two types of simulation tests, including a parallel test and a live or “full interruption” test. A parallel test restores a system that hasn’t broken down to an alternate location, whereas a live or “full interruption” test downs the main system and attempts to recover it.
Disasters can be categorized into several major groups, including equipment failures, user errors, natural disasters, and cyber-attacks.
Equipment failures range from server meltdowns to storage failures, while user errors involve accidental deletion of data or crashing the database server.
Natural disasters include hurricanes, tornadoes, and earthquakes, and cyber-attacks can range from malware infections to hacking.
All of these potential disasters should be considered when developing a DRP.
That being said…
Based on our experience and all that we’ve mentioned before, here is a checklist of best practices for disaster recovery testing:
By following a comprehensive disaster recovery checklist such as this, businesses can proactively prepare for a cyber security incident and minimize disruption to their operations and financial loss.
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