An analyst has prepared several possible solutions to a successful attack on the company. The solutions need to be implemented with the LEAST amount of downtime. Which of the following should the analyst perform?
An analyst has prepared several possible solutions to a successful attack on the company. The solutions need to be implemented with the LEAST amount of downtime. Which of the following should the analyst perform?
To ensure the least amount of downtime, the best approach is to implement each solution one at a time in a virtual lab, running an attack simulation each time while collecting metrics. This allows for a thorough evaluation of each solution's effectiveness without affecting the live system. Rolling back each solution before implementing the next ensures that the virtual lab environment remains controlled and isolated, preventing any compounded issues. This method allows for precise data collection and ensures that the best solution can be chosen based on the most accurate metrics.
It allows the analyst to evaluate each solution individually in a virtual lab without causing any downtime for the live system.
Option C is the most appropriate solution for the given scenario as it involves implementing one solution at a time and conducting an attack simulation, followed by rollback and implementation of the next solution. This approach allows the analyst to collect metrics for each individual solution and select the best solution based on the collected metrics. This method also ensures minimal downtime as only one solution is implemented at a time, and any issues can be addressed befo
C makes the most sense to me. Implement, Collect Data, Attack, Roll back, repeat. Would be the MOST time consuming but would lead to the least downtime. Better prep = Efficiency in the end.
D. to have baselines before simulating the attack.
Does anyone have anything on this?