01 · Acquisition & Triage
Windows Acquisition and Triage with KAPE and Velociraptor
Acquire Windows evidence in the right order: memory first, disk images, BitLocker, KAPE and Velociraptor triage, cloud snapshots and chain of custody.
Windows DFIR field reference
Where the evidence lives, what it proves and how to parse it: the registry, event logs, Prefetch and Amcache, NTFS, ShellBags and LNK files, persistence, lateral movement, USB and memory.
C:\Evidence\
Twelve areas cover the evidence that matters on a compromised Windows host. Each links to deep guides and to the artifact cheat sheets behind them.
Capture memory, image disks and run triage collectors without trampling the evidence.
Read hives offline: system configuration, user accounts, MRU lists and last write times.
Logons, process creation, services and PowerShell: the event IDs that carry an investigation.
Prove a program actually ran, when, how often and from where, and know which artifacts only prove presence.
Read the MFT, USN journal and $LogFile to rebuild file creation, renames, deletions and timestomping.
Reconstruct which files and folders a user opened, searched for and browsed, and when.
Hunt Run keys, services, scheduled tasks, WMI subscriptions, IFEO and COM hijacks.
Trace RDP, PsExec, WMI and WinRM between hosts from both the source and the destination side.
Identify devices, first and last connection times, the user who mounted them and the files opened from them.
Capture RAM and analyse it with Volatility 3 and MemProcFS to find injected code and live connections.
Detect log clearing, timestomping, wiping and shadow copy deletion, and find what survives.
Merge every source into one UTC super-timeline and pivot from a known-bad moment.
workflow
The same five phases apply whether you are looking at one laptop or a whole Active Directory domain.
Capture memory first, then image disks or snapshot VMs, hash everything and log every action.
Pull hives, event logs, Prefetch, $MFT and user artifacts in minutes with KAPE or Velociraptor.
Prove execution, file access, persistence and logons with the right artifact for each question.
Merge registry, event log and NTFS evidence into one UTC super-timeline and pivot.
State what each artifact proves, what it cannot prove, and how you verified it.
cheat sheets
75 artifact sheets give the location by Windows version, what the artifact proves, how to read its timestamps, how to collect it and which tools parse it.
guides
01 · Acquisition & Triage
Acquire Windows evidence in the right order: memory first, disk images, BitLocker, KAPE and Velociraptor triage, cloud snapshots and chain of custody.
03 · Event Logs
Investigate domain controllers: Kerberos and NTLM events, account and group changes, DCSync 4662, directory changes, GPO abuse, NTDS.dit theft, forged tickets.
08 · Lateral Movement
Investigate Windows credential theft: LSASS dumps, SAM and NTDS.dit extraction, DCSync, DPAPI, Kerberoasting and AS-REP roasting, with event IDs and ATT&CK.
11 · Anti-Forensics
Detect log clearing, timestomping, secure deletion, VSS deletion and Defender tampering on Windows, mapped to MITRE ATT&CK, with the traces each one leaves.
07 · Persistence
Find attacker persistence on Windows: Run keys, services, scheduled tasks, WMI, Winlogon, IFEO, COM hijacking and BITS, mapped to MITRE ATT&CK, with tools.
08 · Lateral Movement
Map source and destination artifacts for RDP, PsExec, SMB, WMI, WinRM, scheduled tasks and DCOM, then build a cross-host lateral movement graph.
glossary
Short, precise definitions of the terms you will meet in Windows investigations.
Open the glossary