What is the consequence of not creating a custom application and policy for frequently changing hashes?

What is the consequence of not creating a custom application and policy for frequently changing hashes?

• A. The program will always be allowed
• B. The program may face regular blocks
• C. The program’s functionality might be enhanced
• D. No consequence if it is a trusted application

Answer: (B)

Failing to create a custom application and policy for frequently changing hashes can lead to the program experiencing regular blocks. When an application has constantly changing hashes, it signals to security systems that the application might be suspicious or non-compliant with established policies. Without a tailored policy that accounts for these changes, the application may be flagged more often, leading to unintentional disruptions in its functionality. This could hinder the performance, availability, or user experience associated with the application, as it might face repeated denials of access or execution. In contrast, when a custom policy is established to accommodate the specific nature of the application’s hash changes, the application can function smoothly without being blocked by security mechanisms that react to what they perceive as abnormal behavior.

Failing to create a custom application and policy for frequently changing hashes can lead to the program experiencing regular blocks. When an application has constantly changing hashes, it signals to security systems that the application might be suspicious or non-compliant with established policies. Without a tailored policy that accounts for these changes, the application may be flagged more often, leading to unintentional disruptions in its functionality. This could hinder the performance, availability, or user experience associated with the application, as it might face repeated denials of access or execution.

In contrast, when a custom policy is established to accommodate the specific nature of the application’s hash changes, the application can function smoothly without being blocked by security mechanisms that react to what they perceive as abnormal behavior.