What is one consequence of disabling memory-protection features in AC?

Disabling memory-protection features can lead to significant security vulnerabilities in a computing environment. When these features are active, they help contain and limit the behavior of programs, which can prevent malicious software from executing code in protected memory spaces. Therefore, when these protections are disabled, it opens the door for various types of attacks, including buffer overflow attacks, which can allow malware to execute code or take control of the system.

Additionally, disabling memory protection can create an unstable operating environment. This is because programs may inadvertently interfere with each other, leading to crashes, data corruption, or other erratic behavior. Without proper memory segmentation and protection, various applications and processes could overwrite or alter each other's memory, causing system instability.

Furthermore, such a decision definitely impacts the network's security posture. A weakened memory-protection mechanism can lead to increased exploitation risk, thus compromising the integrity of sensitive data and the overall security framework.

By examining these aspects, it becomes clear that the best consequence of disabling memory protection features is that it significantly impacts the security posture of a network, making the notion that it does not impact security unfounded.