The Memory Certificates artifact is used to present certificate-related information recovered from volatile memory at the time of acquisition. Through this artifact, certificate objects associated with Windows trust stores and related security components can be identified and reviewed in a structured manner.
Memory Certificates artifact may provide valuable insight into the trust
relationships that were active on the system at the time of acquisition.
The recovered certificate records can assist in identifying trusted,
blocked, test, or non-standard certificates that may be relevant to
security configuration and system trust. When correlated with other
artifacts, this data may help support findings related to application
trust, secure communications, enterprise configuration, or suspicious
certificate presence on the examined system.
For this artifact, information is obtained from certificate-related structures and records that are maintained in volatile memory by the Windows operating system and associated security components. These in-memory records reflect certificate material that was present during system operation and are parsed from the acquired memory image during analysis. As a result, this artifact is not derived from a traditional on-disk source, but from certificate-related data recovered directly from memory.
This section will discuss how to use ArtiFast to extract Memory
Certificates 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 Certificates 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 Certificates artifact in ArtiFast.
Certificates
For more information or suggestions please contact: ali.tora@forensafe.com