cypherpunk-cheats/forensics.cheat at main · rpriven/cypherpunk-cheats · GitHub

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% forensics, dfir, volatility, memory, incident-response

# Volatility 3 - identify OS
vol -f <memory_dump> windows.info

# Volatility 3 - process list
vol -f <memory_dump> windows.pslist

# Volatility 3 - process tree
vol -f <memory_dump> windows.pstree

# Volatility 3 - hidden processes
vol -f <memory_dump> windows.psscan

# Volatility 3 - network connections
vol -f <memory_dump> windows.netscan

# Volatility 3 - command line history
vol -f <memory_dump> windows.cmdline

# Volatility 3 - DLLs for process
vol -f <memory_dump> windows.dlllist --pid <pid>

# Volatility 3 - malware detection
vol -f <memory_dump> windows.malfind

# Volatility 3 - registry hives
vol -f <memory_dump> windows.registry.hivelist

# Volatility 3 - dump process memory
vol -f <memory_dump> windows.memmap --pid <pid> --dump

# Volatility 2 - image info (legacy)
volatility -f <memory_dump> imageinfo

# Volatility 2 - with profile
volatility -f <memory_dump> --profile=<profile> pslist

# Disk imaging with dd
sudo dd if=<source_device> of=<output_file> bs=64K conv=noerror,sync status=progress

# Disk imaging with dcfldd (forensic)
sudo dcfldd if=<source_device> of=<output_file> hash=md5,sha256 hashlog=hashes.txt

# Mount forensic image read-only
sudo mount -o ro,loop,noexec <image_file> <mount_point>

# Mount with offset (partition)
sudo mount -o ro,loop,offset=$((512*<sector_offset>)) <image_file> <mount_point>

# File carving with foremost
foremost -i <image_file> -o <output_dir>

# File recovery with photorec
photorec <image_file>

# File recovery with scalpel
scalpel -c /etc/scalpel/scalpel.conf -o <output_dir> <image_file>

# Timeline with plaso
log2timeline.py <output.plaso> <evidence_source>

# Parse plaso timeline
psort.py -o l2tcsv <output.plaso> -w timeline.csv

# Extract strings from binary
strings -n 8 <file>
strings -e l <file>

# Calculate file hashes
md5sum <file> && sha256sum <file>

# Chainsaw - Windows event log hunting
chainsaw hunt <evtx_dir> --rules <sigma_rules_dir>

# Parse Windows prefetch
PECmd.exe -d C:\Windows\Prefetch --csv <output_dir>

# Registry analysis with RegRipper
rip.pl -r <registry_hive> -p all

# KAPE collection
kape.exe --tsource C: --tdest <output_dir> --target !SANS_Triage

# Autopsy (GUI forensics)
autopsy

$ memory_dump: find . -name "*.raw" -o -name "*.mem" -o -name "*.dmp" 2>/dev/null
$ source_device: lsblk -dpno NAME | head -5
$ output_file: echo "disk.raw"
$ image_file: find . -name "*.raw" -o -name "*.dd" -o -name "*.img" 2>/dev/null
$ mount_point: echo "/mnt/evidence"
$ output_dir: echo "output"
$ pid: echo ""
$ profile: echo "Win10x64_19041"
$ sector_offset: echo "2048"
$ evtx_dir: echo "/path/to/evtx"