Final answer:
Memory forensics should include data from RAM, as well as from swap space, hibernation files, and page files. These additional locations can hold important remnants of system memory that provide valuable insights during forensic analysis.
Step-by-step explanation:
Memory forensics involves analyzing the content of a computer's volatile memory (RAM) to find evidence of malicious activities or investigate digital incidents. Alongside data from RAM, memory forensics should also include information from other locations such as the swap space, hibernation files, and page files. These areas can contain remnants of what was in RAM, even after the power is off or after reboots.
Swap space is used when the RAM is full, to temporarily store pages of memory. The hibernation file is created when a computer goes into hibernation mode, effectively capturing the entire content of RAM to allow the system to resume its state upon startup. The page file serves as an overflow area for RAM and can contain parts of memory that were not active when the machine was last in use. These additional data sources can be incredibly valuable for forensics analysis because they may contain data that is not currently in RAM but was recently processed by the system.