How does Windows Sysmon logging enhance detection capabilities compared to standard Event Logs?

• A. Sysmon is only for Linux systems.
• B. Sysmon is a deprecated tool; Event Logs are enough.
• C. Sysmon logs fewer events than standard Event Logs.
• D. Sysmon provides detailed process creation, network connections, image loads, and registry changes, improving visibility.

Answer: (D)

Rich, granular telemetry from Sysmon expands what you can see beyond standard Windows Event Logs. While basic logs capture broad system events, Sysmon records detailed activity that matters for detection. It logs each process creation with the exact command line, the initiating parent process, and the relationships between processes, giving clear visibility into how code starts and moves through the system. It records network connections made by processes, including destination and timing, which helps flag unusual communication patterns. It also tracks image loads—modules and DLLs loaded by processes—and changes to registry keys that can indicate persistence or configuration manipulation. With this level of detail, you can build precise detection rules and hunt more effectively by correlating process launches, network activity, DLL loading, and registry changes across hosts and timelines. Sysmon data is typically consumed by SIEM/EDR tools for richer alerts, richer timelines, and better incident understanding. It supplements rather than replaces Windows Event Logs and requires configuration to tailor what gets logged. The alternative statements aren’t accurate: Sysmon is a Windows tool, not for Linux; it isn’t deprecated, and it can log more, not fewer, events than standard logs.