What information will the virtual memory scan reveal when inspecting a system potentially used as a botnet server?

What information will the virtual memory scan reveal when inspecting a system potentially used as a botnet server?

• A. It contains the times and dates of when the system was last patched.
• B. It is not necessary to scan the virtual memory of a computer.
• C. It contains the times and dates of all the system files.
• D. Hidden running processes

Answer: (D)

Virtual memory analysis focuses on volatile data that resides in RAM. When a system is used as a botnet server, malicious components often stay loaded in memory to evade disk-based detection. A memory scan looks for memory-resident code, loaded modules, and process structures that the normal process listing might not show. This makes it possible to uncover hidden running processes, such as rootkits or injected code, that continue to operate and communicate with the botnet controller even if they’re concealed from standard tools. Patch dates and system file timestamps live in filesystem artifacts, logs, or registry entries, not primarily in RAM, so they aren’t what a memory scan is designed to reveal. Saying memory scanning isn’t necessary neglects the value of volatile data in detecting active, hidden threats, especially in fast-moving botnet activity. While file timestamps can appear in memory, they’re not the focus of a memory-forensic scan and aren’t reliably comprehensive for identifying all system file histories.

Virtual memory analysis focuses on volatile data that resides in RAM. When a system is used as a botnet server, malicious components often stay loaded in memory to evade disk-based detection. A memory scan looks for memory-resident code, loaded modules, and process structures that the normal process listing might not show. This makes it possible to uncover hidden running processes, such as rootkits or injected code, that continue to operate and communicate with the botnet controller even if they’re concealed from standard tools.

Patch dates and system file timestamps live in filesystem artifacts, logs, or registry entries, not primarily in RAM, so they aren’t what a memory scan is designed to reveal. Saying memory scanning isn’t necessary neglects the value of volatile data in detecting active, hidden threats, especially in fast-moving botnet activity. While file timestamps can appear in memory, they’re not the focus of a memory-forensic scan and aren’t reliably comprehensive for identifying all system file histories.