During a malware incident response at a technology firm in Seattle, the forensic team must...

The correct answer is C because Belkasoft Live RAM Capturer is specifically designed to acquire volatile memory from Windows systems. Belkasoft describes it as a forensic tool that extracts the contents of a computer’s volatile memory with a minimal footprint, which makes it a direct fit for a live Windows RAM capture scenario. In CHFI v11, the data acquisition objectives emphasize live acquisition, order of volatility, and the need to preserve in-memory evidence such as running processes, cryptographic material, and transient system state before shutdown or reboot. LiME and fmem are associated with Linux memory acquisition, while dd is a general copying utility and is not the standard specialized choice for capturing live Windows RAM in this context. Because the workstation remains powered on and the goal is specifically to preserve volatile data, the examiner should use a tool purpose-built for Windows memory capture. This aligns with CHFI’s focus on collecting volatile evidence first and selecting the correct acquisition tool for the operating environment. Belkasoft Live RAM Capturer is therefore the strongest and most defensible answer.