Intermediate Computer Forensics

Computer Forensics: Bit-Stream Acquisition, RAM Triaging, and Artifact Analysis

When incident responders confront compromised endpoints, the speed and forensic precision of initial evidence acquisition determine whether an intrusion is successfully investigated or fatally corrupted. This rigorous technical masterclass equips cybersecurity examiners, forensic analysts, and incident responders with the practical and doctrinal competence required to perform forensically sound bit-stream acquisitions, live volatile memory triaging, and deep operating system artifact investigations. Grounded in the evidentiary rigor of ISO/IEC 27037, RFC 3227 Order of Volatility, and NIST Special Publication 800-86, practitioners master physical hardware write-blocking (Tableau, WiebeTech), disk image integrity hashing (SHA-256, Blake3), raw memory capture (LiME, WinPmem), and artifact dissection across Windows, Linux, and macOS platforms. Learners analyze Master File Table ($MFT) records, registry transaction logs, Shimcache/Amcache entries, and Plaso super-timelines to construct legally defensible, court-ready incident timelines capable of surviving strict Daubert and cross-examination scrutiny.

22 modules 249 lessons Published

Curriculum

Course Content

22 modules · 249 lessons

Enroll in the course to access this module’s 10 lessons.

Ready to start Computer Forensics: Bit-Stream Acquisition, RAM Triaging, and Artifact Analysis?

Begin your learning journey with structured modules, practical exercises, and self-paced progress tracking.