Memory Events are timeline records reconstructed from volatile memory during memory analysis. These records are generated from memory-derived forensic output and may include event references recovered from file system metadata, scheduled task information, process-related context, and other operating system structures that were available in RAM at the time of acquisition.
Memory Events can provide valuable investigative context by placing
memory-derived activity into a timeline that can be reviewed alongside
other system artifacts. Since these events are reconstructed from
volatile memory, they may expose traces of processes, scheduled tasks,
NTFS references, registry activity, network activity, threads, and
kernel objects that were present or recoverable during memory
processing. This artifact can be especially useful during incident
response, malware analysis, and post-compromise investigations, where
execution traces, persistence mechanisms, suspicious file references, or
recently active system objects may need to be reviewed quickly.
The Memory Events artifact is not recovered from a fixed Windows system folder in the same way as registry hives, event logs, or application databases. These records are produced during memory forensic processing and are commonly found in the forensic output generated from the acquired memory image.
This section will discuss how to use ArtiFast to extract Memory Events
artifact from Windows devices’ volatile data and what kind of digital
forensics insights we can gain from the artifact.
After you have created your case and added evidence for the
investigation, at the Artifact Selection phase, you can select the
Memory Events artifact parser:
Once ArtiFast parsers plugins complete processing the artifact for analysis, it can be reviewed via “Artifact View” or “Timeline View,” with indexing, filtering, and searching capabilities. Below is a detailed description of the Memory Events artifact in ArtiFast.
Memory Events
For more information or suggestions please contact: ali.tora@forensafe.com