Difficulty: Medium

Average Score: 60%

Which of the following is the best way to validate the integrity and availability of a disaster recovery site?

Rationale

Lead a simulated fail over.

Conducting a simulated fail over is the most effective method to validate the integrity and availability of a disaster recovery site. By intentionally triggering the fail over process, organizations can assess the readiness of their recovery systems, processes, and personnel in a controlled environment, ensuring that all components function as intended during an actual disaster scenario.

B (Conduct a tabletop exercise.) YOUR ANSWER

While tabletop exercises are valuable for testing response plans and decision-making processes, they do not directly validate the technical aspects of a disaster recovery site's integrity and availability. These exercises focus more on assessing communication, coordination, and decision-making among key stakeholders rather than the technical functionality of the recovery site itself.

C (Periodically test the generators.) YOUR ANSWER

Although testing generators is essential for ensuring power supply during a disaster, it only addresses one aspect of the disaster recovery site's readiness. While power supply is crucial, validating the overall integrity and availability of the recovery site requires a more comprehensive assessment that includes system fail over, data recovery, and operational continuity.

D (Develop requirements for database encryption.) YOUR ANSWER

Database encryption is important for data security but is not directly related to validating the integrity and availability of a disaster recovery site. While securing data is a key component of disaster recovery planning, ensuring that the recovery site can seamlessly take over operations in case of a disaster requires testing the fail over process itself.

Conclusion

Leading a simulated fail over is the most direct and comprehensive method for validating the integrity and availability of a disaster recovery site. This approach allows organizations to test the entire recovery process, from system fail over to data recovery, and ensures that all components of the recovery site function effectively during a simulated disaster scenario.

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