Repository: evild3ad/Collect-MemoryDump
Branch: main
Commit: f023f12b60e2
Files: 5
Total size: 253.7 KB
Directory structure:
gitextract_ap8uc1x3/
├── CHANGELOG.md
├── Collect-MemoryDump.ps1
├── LICENSE
├── README.md
└── SECURITY.md
================================================
FILE CONTENTS
================================================
================================================
FILE: CHANGELOG.md
================================================
# Changelog
All changes of Collect-MemoryDump will be documented in this file.
## [1.1.0] - 2025-03-10
### Added
- Triage Collection w/ Magnet RESPONSE
- Microsoft Protection Logs (MPLogs)
- RDP Sessions
- Shadow Copies
- Opened Files (remotely through a shared folder)
- Magnet RESPONSE v1.7.0 → Magnet RESPONSE v1.7.1
- 7-Zip 23.01 Standalone Console → 7-Zip 24.09 Standalone Console
- SECURITY.md
## Changed
- CHANGELOG.md
================================================
FILE: Collect-MemoryDump.ps1
================================================
# Collect-MemoryDump v1.1.0
#
# @author: Martin Willing
# @copyright: Copyright (c) 2019-2025 Martin Willing. All rights reserved.
# @contact: Any feedback or suggestions are always welcome and much appreciated - mwilling@lethal-forensics.com
# @url: https://lethal-forensics.com/
# @date: 2025-03-10
#
#
# ██╗ ███████╗████████╗██╗ ██╗ █████╗ ██╗ ███████╗ ██████╗ ██████╗ ███████╗███╗ ██╗███████╗██╗ ██████╗███████╗
# ██║ ██╔════╝╚══██╔══╝██║ ██║██╔══██╗██║ ██╔════╝██╔═══██╗██╔══██╗██╔════╝████╗ ██║██╔════╝██║██╔════╝██╔════╝
# ██║ █████╗ ██║ ███████║███████║██║█████╗█████╗ ██║ ██║██████╔╝█████╗ ██╔██╗ ██║███████╗██║██║ ███████╗
# ██║ ██╔══╝ ██║ ██╔══██║██╔══██║██║╚════╝██╔══╝ ██║ ██║██╔══██╗██╔══╝ ██║╚██╗██║╚════██║██║██║ ╚════██║
# ███████╗███████╗ ██║ ██║ ██║██║ ██║███████╗ ██║ ╚██████╔╝██║ ██║███████╗██║ ╚████║███████║██║╚██████╗███████║
# ╚══════╝╚══════╝ ╚═╝ ╚═╝ ╚═╝╚═╝ ╚═╝╚══════╝ ╚═╝ ╚═════╝ ╚═╝ ╚═╝╚══════╝╚═╝ ╚═══╝╚══════╝╚═╝ ╚═════╝╚══════╝
#
#
# Dependencies:
# 7-Zip 24.09 Standalone Console (2024-11-29)
# https://www.7-zip.org/download.html
#
# Belkasoft Live RAM Capturer (2018-10-22)
# https://belkasoft.com/ram-capturer
#
# MAGNET DumpIt for Windows (2023-01-17) --> Comae-Toolkit-v20230117
# https://www.magnetforensics.com/resources/magnet-dumpit-for-windows/
#
# Magnet Encrypted Disk Detector v3.1.0 (2022-06-19)
# Requirements: .NET v4.0.30319
# https://www.magnetforensics.com/resources/encrypted-disk-detector/
#
# Magnet RAM Capture v1.2.0 (2019-07-24)
# https://www.magnetforensics.com/resources/magnet-ram-capture/
#
# Magnet RESPONSE v1.7.1 (2024-09-07)
# Requirements: .NET v4.0.30319
# https://www.magnetforensics.com/resources/magnet-response/
#
# PsLoggedOn v1.35 (2016-06-29)
# https://docs.microsoft.com/de-de/sysinternals/downloads/psloggedon
#
# WinPMEM 4.0 RC2 (2020-10-13)
# https://github.com/Velocidex/WinPmem/releases
#
#
#############################################################################################################################################################################################
# Hash Values (Whitelisting)
# 7za.exe MD5: 86D2E800B12CE5DA07F9BD2832870577 SHA1: FBA06CFB1D2A59D12F3495B301501D4B1D52D7DB SHA256: 223B873C50380FE9A39F1A22B6ABF8D46DB506E1C08D08312902F6F3CD1F7AC3
# DumpIt.exe (ARM64) MD5: 4B39D63B86FFE39BBAE0415C400003C7 SHA1: E08DE257DB9EE0D2AEC8A34433883B025020227B SHA256: 13BCA00D0042748780B761FB93768754DFD96F48944E6CEC75618CAD93B3B5D5
# DumpIt.exe (x64) MD5: 0F10DA3A5EB49D17D73D8E195FE32F85 SHA1: 95F7B26CD15170A3043D6D1F049B2A88FB7A5C5F SHA256: 6A484C1DB7718949C7027ABDE97E164C7E7E4E4214E3E29FE48AC4364C0CD23C
# DumpIt.exe (x86) MD5: 586C57AD0EEA179FCAE4B8BA117F2AB9 SHA1: 31F4ECD04D5A94437A98D09435A2CEAC7DFD57DC SHA256: F4F353821178BDAF3E29B49DB6E6D80C543081AC7A4312E5FDB5583B96815839
# EDDv310.exe MD5: EE4E8097DA5DC038EC3C9B2CB9DB4700 SHA1: 94D250ECA8CD73FB62541E59EC9E6191F71F22A2 SHA256: DE3FC8F41D498D2108DFD52DE8E6200C6271BB45F3FBD6DA5E4C7C648A5BB5B8
# MagnetRESPONSE.exe MD5: 2A3BA98713A243F90CD0582C64F13CFB SHA1: AE4E55C15B338229697485AB6154E6E36CA8539D SHA256: 341A42C9D95855CC62456EF30ECAD14F922E11CBC8374E83B4F758A6DBECC9DE
# MRCv120.exe MD5: 51D286BDF58359417A28E3132ABA957F SHA1: 6FA7C189B736808C66C82CCF5F4AAA11F995C95A SHA256: 72DC1BA6DDC9D572D70A194EBDF6027039734ECEE23A02751B0B3B3C4EA430DE
# PsLoggedon.exe MD5: E3EA271E748CCDAD6A6D3E692D6F337E SHA1: F02E06BC439A28AAD6DD957DF8D0022F22798A09 SHA256: D689CB1DBD2E4C06CD15E51A6871C406C595790DDCDCD7DC8D0401C7183720EF
# PsLoggedon64.exe MD5: 07ED30D2343BF8914DAAED872B681118 SHA1: 1F5B5E40C420F64AA8E8DE471367E3DECC9763CD SHA256: FDADB6E15C52C41A31E3C22659DD490D5B616E017D1B1AA6070008CE09ED27EA
# RamCapture64.exe MD5: E331F960CDBA675DEA9218EFDED56A5F SHA1: 8BD76FB052A10A3EDA7F85993B4B6766C517C646 SHA256: 3F934019C46763B518C90E9D66088A301BD50FFC7F90D447FF1B54AF96AB9E4E
# RamCapture.exe MD5: FCA60980F235B4EFB3C3119EF4584FFF SHA1: 465F8F1BEFC212700EA1A71F5CE6F6899A707612 SHA256: 6E2C3E0CE3ABBD8D027E77D210891F2F835400856F36BB70AEA47598F1C5B131
# winpmem_mini_x64_rc2.exe MD5: 9DD3160679832165738BFABD7279ACEB SHA1: E460CA732204740674C27073E0FA478F334420FC SHA256: A4D516B6FCAF3B5B1D4EE709CE86F8EABF1D8028B3A83101479B7568B933D21B
# winpmem_mini_x86.exe MD5: C2BC7851F966BC39068345FB24BC8740 SHA1: F552A8C22D589471BE582BF884AA5624C967760B SHA256: DC6A82FC6CFDA792D3182E07DE10ADBFBA42BF336EF269DBC40732C4B2AE052C
#############################################################################################################################################################################################
#region Arguments
Function HelpMessage
{
Write-Output ""
Write-Output "Collect-MemoryDump v1.1.0 - Automated Creation of Windows Memory Snapshots for DFIR"
Write-Output "(c) 2025 Martin Willing at Lethal-Forensics (https://lethal-forensics.com/)"
Write-Output ""
Write-Output "Usage: .\Collect-MemoryDump.ps1 [-Tool] [--Pagefile] [--Triage]"
Write-Output ""
Write-Output "Tools:"
Write-Output "-Comae Memory Snapshot will be collected w/ DumpIt (Microsoft Crash Dump)"
Write-Output "-DumpIt Memory Snapshot will be collected w/ DumpIt (Raw Physical Memory Dump)"
Write-Output "-RamCapture Memory Snapshot will be collected w/ Magnet Ram Capture (Raw Physical Memory Dump)"
Write-Output "-WinPMEM Memory Snapshot will be collected w/ WinPMEM (Raw Physical Memory Dump)"
Write-Output "-Belkasoft Memory Snapshot will be collected w/ Belkasoft Live Ram Capturer (Raw Physical Memory Dump)"
Write-Output ""
Write-Output "Optional:"
Write-Output "--Pagefile In addition, Pagefile(s) will be collected w/ Magnet RESPONSE"
Write-Output "--Triage In addition, Forensic Artifacts will be collected w/ Magent RESPONSE"
Write-Output ""
Write-Output "Examples:"
Write-Output ".\Collect-MemoryDump.ps1 -Comae"
Write-Output ".\Collect-MemoryDump.ps1 -DumpIt"
Write-Output ".\Collect-MemoryDump.ps1 -WinPMEM"
Write-Output ".\Collect-MemoryDump.ps1 -RamCapture"
Write-Output ".\Collect-MemoryDump.ps1 -Belkasoft"
Write-Output ".\Collect-MemoryDump.ps1 -DumpIt --Pagefile"
Write-Output ".\Collect-MemoryDump.ps1 -WinPMEM --Pagefile"
Write-Output ".\Collect-MemoryDump.ps1 -DumpIt --Pagefile --Triage"
Write-Output ".\Collect-MemoryDump.ps1 -Comae --Triage"
Write-Output ""
Exit
}
# Arguments
# Check if an argument was provided
if($Args.Count -eq 0)
{
HelpMessage
}
# Check if more than 3 arguments were provided
if($Args.Count -gt 3)
{
HelpMessage
}
# Validate $Args[0]
if ($Args[0])
{
$Tool = ($Args[0] | Out-String).Trim()
if (($Tool -ne "-DumpIt") -and ($Tool -ne "-RamCapture") -and ($Tool -ne "-WinPMEM") -and ($Tool -ne "-Comae") -and ($Tool -ne "-Belkasoft"))
{
HelpMessage
}
}
# Validate $Args[1]
if ($Args[1])
{
$Argument1 = ($Args[1] | Out-String).Trim()
if (($Argument1 -ne "--Pagefile") -and ($Argument1 -ne "--Triage"))
{
HelpMessage
}
if ($Argument1 -eq "--Pagefile")
{
$Pagefile = $Argument1
}
if ($Argument1 -eq "--Triage")
{
$Triage = $Argument1
}
}
# Validate $Args[2]
if ($Args[2])
{
$Argument2 = ($Args[2] | Out-String).Trim()
if (($Argument2 -ne "--Pagefile") -and ($Argument2 -ne "--Triage"))
{
HelpMessage
}
if ($Argument2 -eq "--Pagefile")
{
$Pagefile = $Argument2
}
if ($Argument2 -eq "--Triage")
{
$Triage = $Argument2
}
}
#endregion Arguments
#############################################################################################################################################################################################
#region Declarations
# Declarations
# Script Root
if ($PSVersionTable.PSVersion.Major -gt 2)
{
# PowerShell 3+
$SCRIPT_DIR = $PSScriptRoot
}
else
{
# PowerShell 2
$SCRIPT_DIR = Split-Path -Parent $MyInvocation.MyCommand.Definition
}
# Acquisition date (ISO 8601)
$Date = [datetime]::Now.ToUniversalTime().ToString("yyyy-MM-ddTHH:mm:ss") # YYYY-MM-DDThh:mm:ss
$Timestamp = $Date -replace ":", "" # YYYY-MM-DDThhmmss
# Output Directory
$OUTPUT_FOLDER = "$SCRIPT_DIR\$env:COMPUTERNAME\$Timestamp-Collect-MemoryDump"
# Logfile Directory
$LOG_DIR = "$SCRIPT_DIR\$env:COMPUTERNAME"
# Tools
# 7-Zip
$7za = "$SCRIPT_DIR\Tools\7-Zip\7za.exe"
# Belkasoft Live RAM Capturer
# x64
if ($env:PROCESSOR_ARCHITECTURE -eq "AMD64")
{
$Belkasoft = "$SCRIPT_DIR\Tools\RamCapturer\x64\RamCapture64.exe"
}
# x86
if ($env:PROCESSOR_ARCHITECTURE -eq "x86")
{
$Belkasoft = "$SCRIPT_DIR\Tools\RamCapturer\x86\RamCapture.exe"
}
# DumpIt
# ARM64
if ($env:PROCESSOR_ARCHITECTURE -eq "ARM64")
{
$DumpIt = "$SCRIPT_DIR\Tools\DumpIt\ARM64\DumpIt.exe"
}
# x64
if ($env:PROCESSOR_ARCHITECTURE -eq "AMD64")
{
$DumpIt = "$SCRIPT_DIR\Tools\DumpIt\x64\DumpIt.exe"
}
# x86
if ($env:PROCESSOR_ARCHITECTURE -eq "x86")
{
$DumpIt = "$SCRIPT_DIR\Tools\DumpIt\x86\DumpIt.exe"
}
# Magnet Forensics Encrypted Disk Detector (EDD)
$EDD = "$SCRIPT_DIR\Tools\EDD\EDDv310.exe"
# Magnet RAM Capture (MRC)
$MRC = "$SCRIPT_DIR\Tools\MRC\MRCv120.exe"
# Magnet RESPONSE
$MagnetRESPONSE = "$SCRIPT_DIR\Tools\MagnetRESPONSE\MagnetRESPONSE.exe"
# PsLoggedOn
# x64
if ($env:PROCESSOR_ARCHITECTURE -eq "AMD64")
{
$PsLoggedOn = "$SCRIPT_DIR\Tools\PsLoggedOn\PsLoggedon64.exe"
}
# x86
if ($env:PROCESSOR_ARCHITECTURE -eq "x86")
{
$PsLoggedOn = "$SCRIPT_DIR\Tools\PsLoggedOn\PsLoggedon.exe"
}
# WinPMEM
# x64
if ($env:PROCESSOR_ARCHITECTURE -eq "AMD64")
{
$WinPMEM = "$SCRIPT_DIR\Tools\WinPMEM\winpmem_mini_x64_rc2.exe"
}
# x86
if ($env:PROCESSOR_ARCHITECTURE -eq "x86")
{
$WinPMEM = "$SCRIPT_DIR\Tools\WinPMEM\winpmem_mini_x86.exe"
}
# Secure Archive Password
$PASSWORD = "IncidentResponse"
#endregion Declarations
#############################################################################################################################################################################################
#region Header
# Check if the PowerShell script is being run with admin rights
if (!([Security.Principal.WindowsPrincipal] [Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator))
{
Write-Output "[Error] This PowerShell script must be run with admin rights."
Exit
}
# Check if the PowerShell script is being run in Windows PowerShell ISE
if ($psISE)
{
Write-Output "[Error] This PowerShell script must be run in Windows PowerShell."
Exit
}
# Check if the PowerShell script is being run in PowerShell Core
if ($PSVersionTable.PSEdition -eq "Core")
{
Write-Output "[Error] This PowerShell script must be run in Windows PowerShell."
Exit
}
# Windows Title
$script:DefaultWindowsTitle = $Host.UI.RawUI.WindowTitle
$Host.UI.RawUI.WindowTitle = "Collect-MemoryDump v1.1.0 - Automated Creation of Windows Memory Snapshots for DFIR"
# Add the required MessageBox class (Windows PowerShell)
Add-Type -AssemblyName System.Windows.Forms
# Function Get-FileSize
Function script:Get-FileSize() {
Param ([long]$Length)
if ($Length -gt 1TB) {[string]::Format("{0:0.00} TB", $Length / 1TB)}
elseIf ($Length -gt 1GB) {[string]::Format("{0:0.00} GB", $Length / 1GB)}
elseIf ($Length -gt 1MB) {[string]::Format("{0:0.00} MB", $Length / 1MB)}
elseIf ($Length -gt 1KB) {[string]::Format("{0:0.00} KB", $Length / 1KB)}
elseIf ($Length -gt 0) {[string]::Format("{0:0.00} Bytes", $Length)}
else {""}
}
# Function Test-RegistryValue
Function Test-RegistryValue
{
param([string]$Path,[string]$Value)
$ValueExist = $null -ne (Get-ItemProperty $Path).$Value
Return $ValueExist
}
# Get Start Time
$StartTime = (Get-Date)
# Creating Output Directory
New-Item "$OUTPUT_FOLDER" -ItemType Directory -Force | Out-Null
# Logo
$Logo = @"
██╗ ███████╗████████╗██╗ ██╗ █████╗ ██╗ ███████╗ ██████╗ ██████╗ ███████╗███╗ ██╗███████╗██╗ ██████╗███████╗
██║ ██╔════╝╚══██╔══╝██║ ██║██╔══██╗██║ ██╔════╝██╔═══██╗██╔══██╗██╔════╝████╗ ██║██╔════╝██║██╔════╝██╔════╝
██║ █████╗ ██║ ███████║███████║██║█████╗█████╗ ██║ ██║██████╔╝█████╗ ██╔██╗ ██║███████╗██║██║ ███████╗
██║ ██╔══╝ ██║ ██╔══██║██╔══██║██║╚════╝██╔══╝ ██║ ██║██╔══██╗██╔══╝ ██║╚██╗██║╚════██║██║██║ ╚════██║
███████╗███████╗ ██║ ██║ ██║██║ ██║███████╗ ██║ ╚██████╔╝██║ ██║███████╗██║ ╚████║███████║██║╚██████╗███████║
╚══════╝╚══════╝ ╚═╝ ╚═╝ ╚═╝╚═╝ ╚═╝╚══════╝ ╚═╝ ╚═════╝ ╚═╝ ╚═╝╚══════╝╚═╝ ╚═══╝╚══════╝╚═╝ ╚═════╝╚══════╝
"@
Write-Output ""
Write-Output "$Logo"
Write-Output ""
Write-Output "" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "$Logo" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Header
Write-Output "Collect-MemoryDump v1.1.0 - Automated Creation of Windows Memory Snapshots for DFIR"
Write-Output "$([char]0x00A9) 2025 Martin Willing at Lethal-Forensics (https://lethal-forensics.com/)"
Write-Output ""
Write-Output "Collect-MemoryDump v1.1.0 - Automated Creation of Windows Memory Snapshots for DFIR" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "$([char]0x00A9) 2025 Martin Willing at Lethal-Forensics (https://lethal-forensics.com/)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Acquisition date (ISO 8601)
$AcquisitionStartTime = $Date -replace "T", " " # YYYY-MM-DD hh:mm:ss
Write-Output "Acquisition date: $AcquisitionStartTime UTC"
Write-Output ""
Write-Output "Acquisition date: $AcquisitionStartTime UTC" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Hostname
Write-Output "[Info] Host Name: $env:COMPUTERNAME"
Write-Output "[Info] Host Name: $env:COMPUTERNAME" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
#endregion Header
#############################################################################################################################################################################################
#region Pagefile
# Note: Save the pagefile.sys file immediately after capturing RAM.
Function Get-Pagefile
{
# Magnet RESPONSE
if (Test-Path "$MagnetRESPONSE")
{
# Verify File Integrity
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = (((& $certUtil -hashfile "$MagnetRESPONSE" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()).ToUpper()
if ($MD5 -eq "2A3BA98713A243F90CD0582C64F13CFB")
{
# PageFileInfo
New-Item "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo" -ItemType Directory -Force | Out-Null
# AutomaticManagedPagefile
[string]$AutomaticManagedPagefile = (Get-WmiObject -Class Win32_ComputerSystem -Namespace 'root\cimv2' | Select-Object AutomaticManagedPagefile).AutomaticManagedPagefile
# Automatically manage paging file size for all drives
if ($AutomaticManagedPagefile -eq "True")
{
Write-Output "[Info] AutomaticManagedPagefile: True (Default: True)" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\AutomaticManagedPagefile.txt"
Write-Output " Note: The automatic system page file management is enabled for all drives." | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\AutomaticManagedPagefile.txt" -Append
}
# Custom size, System managed size, No paging file
if ($AutomaticManagedPagefile -eq "False")
{
Write-Output "[Info] AutomaticManagedPagefile: False (Default: True)" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\AutomaticManagedPagefile.txt"
Write-Output " Note: It seems that the automatic system page file management is disabled (for all drives)." | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\AutomaticManagedPagefile.txt" -Append
}
# DisablePagingExecutive - Specifies whether kernel-mode drivers and kernel-mode system code can be paged to disk when not in use (Default Value: 0).
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
$DisablePagingExecutive = (Get-ItemProperty "HKLM:\System\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management" -Name DisablePagingExecutive).DisablePagingExecutive
if ($DisablePagingExecutive -eq "0")
{
Write-Output "[Info] DisablePagingExecutive: 0 (Default Value: 0)" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\DisablePagingExecutive.txt"
Write-Output " Note: Drivers and system code can be paged to disk as needed." | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\DisablePagingExecutive.txt" -Append
}
if ($DisablePagingExecutive -eq "1")
{
Write-Output "[Info] DisablePagingExecutive: 1 (Default Value: 0)" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\DisablePagingExecutive.txt"
Write-Output " Note: Drivers and system code must remain in physical memory." | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\DisablePagingExecutive.txt" -Append
}
# NTFS Pagefile Encryption --> Encrypting File System (EFS)
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
$NtfsEncryptPagingFile = (Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\FileSystem" -Name NtfsEncryptPagingFile).NtfsEncryptPagingFile
switch($NtfsEncryptPagingFile)
{
"0" { $PagefileEncryption = "Disabled" }
"1" { $PagefileEncryption = "Enabled" }
}
Write-Output "[Info] NTFS Pagefile Encryption: $PagefileEncryption" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\NtfsEncryptPagingFile.txt"
# ExistingPageFiles (REG_MULTI_SZ)
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
(Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management" -Name ExistingPageFiles).ExistingPageFiles | ForEach-Object{($_ -replace "^\\\?\?\\","")} | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\ExistingPageFiles.txt"
# PagingFiles (REG_MULTI_SZ)
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
(Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management" -Name PagingFiles).PagingFiles | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\PagingFiles.txt"
# PagefileOnOsVolume
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
if (Test-RegistryValue -Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management" -Value "PagefileOnOsVolume")
{
$PagefileOnOsVolume = (Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management" -Name PagefileOnOsVolume).PagefileOnOsVolume
Write-Output "$PagefileOnOsVolume" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\PagefileOnOsVolume.txt"
}
# ClearPageFileAtShutdown - Specifies whether inactive pages in the paging file are filled with zeros when the system stops (Default Value: 0).
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
$ClearPageFileAtShutdown = (Get-ItemProperty "HKLM:\System\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management" -Name ClearPageFileAtShutdown).ClearPageFileAtShutdown
if ($ClearPageFileAtShutdown -eq "0")
{
Write-Output "[Info] ClearPageFileAtShutdown: 0 (Default Value: 0)" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\ClearPageFileAtShutdown.txt"
Write-Output " Note: Inactive pages are not filled with zeros." | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\ClearPageFileAtShutdown.txt" -Append
}
if ($ClearPageFileAtShutdown -eq "1")
{
Write-Output "[Info] ClearPageFileAtShutdown: 1 (Default Value: 0)" | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\ClearPageFileAtShutdown.txt"
Write-Output " Note: Inactive pages are filled with zeros." | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\ClearPageFileAtShutdown.txt" -Append
}
# Check if it is an Array --> Multiple Pagefiles
$PageFileList = Get-WmiObject -Class Win32_PageFile
if ($PageFileList -is [array])
{
# Count Pagefiles
# Note: Windows supports up to 16 paging files; however, normally only one is used.
$Count = $PageFileList.Length
if ($Count -gt 0)
{
Write-Output "[Info] $Count Page File(s) found"
Write-Output "[Info] $Count Page File(s) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] No Page File found"
}
$i = 1
foreach ($PageFile in $PageFileList)
{
# Name
$Name = ($PageFile | Select-Object -Property Name).Name
# File Size
$Bytes = ($PageFile | Select-Object -Property FileSize).FileSize
$FileSize = Get-FileSize($Bytes)
Write-Output "[Info] Pagefile #$i`: $Name [$FileSize]"
Write-Output "[Info] Pagefile #$i`: $Name [$FileSize]" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$i += 1
}
}
else
{
# Name
$Name = (Get-WmiObject -Class Win32_PageFileUsage | Select-Object -Property Name).Name
Write-Output "[Info] Pagefile Name: $Name"
Write-Output "[Info] PageFile Name: $Name" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# File Size
$AllocatedBaseSize = (Get-WmiObject -Class Win32_PageFileUsage | Select-Object -Property AllocatedBaseSize).AllocatedBaseSize
$Length = ($AllocatedBaseSize*1024*1024)
$FileSize = Get-FileSize($Length)
Write-Output "[Info] Pagefile Size: $FileSize"
Write-Output "[Info] Pagefile Size: $FileSize" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Collecting Pagefile(s)
# .NET 4.0 Framework
if (Test-Path "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v4\Full")
{
Write-Output "[Info] Collecting Pagefile(s) [approx. 1-20 min] ..."
Write-Output "[Info] Collecting Pagefile(s) [approx. 1-20 min] ..." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MagnetRESPONSE = (Get-Date)
& $MagnetRESPONSE /accepteula /nodiagnosticdata /unattended /caseref:"Collect-MemoryDump-v1.1.0" /output:"$OUTPUT_FOLDER\Memory\Pagefile" /capturepagefile /capturevolatile /captureextendedprocessinfo /saveprocfiles
Wait-Process -Name "MagnetRESPONSE"
Start-Sleep -Seconds 1
$EndTime_MagnetRESPONSE = (Get-Date)
$Time_MagnetRESPONSE = ($EndTime_MagnetRESPONSE-$StartTime_MagnetRESPONSE)
('Pagefile Collection duration: {0} h {1} min {2} sec' -f $Time_MagnetRESPONSE.Hours, $Time_MagnetRESPONSE.Minutes, $Time_MagnetRESPONSE.Seconds) >> "$OUTPUT_FOLDER\Memory\Pagefile\Stats.txt"
# Rename Archive
if (Test-Path "$OUTPUT_FOLDER\Memory\Pagefile\*\*.zip")
{
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\Pagefile\*\*.zip" | Rename-Item -NewName {"$env:COMPUTERNAME.zip"}
}
# Rename Directory
if (Test-Path "$OUTPUT_FOLDER\Memory\Pagefile\*\*.zip")
{
Get-ChildItem "$OUTPUT_FOLDER\Memory\Pagefile" | Where-Object {($_.FullName -match "MagnetRESPONSE")} | Rename-Item -NewName {"Pagefile"}
}
# MD5 Calculation
if (Test-Path "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip")
{
if (Get-Command Get-FileHash -ErrorAction SilentlyContinue)
{
Write-Output "[Info] Calculating MD5 checksum of $env:COMPUTERNAME.zip [approx. 1-2 min] ..."
Write-Output "[Info] Calculating MD5 checksum of $env:COMPUTERNAME.zip [approx. 1-2 min] ..." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$MD5 = (Get-FileHash -LiteralPath "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip" -Algorithm MD5).Hash
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Memory\Pagefile\Stats.txt"
}
}
# Get File Size of "$env:COMPUTERNAME.zip"
if (Test-Path "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip")
{
$Length = $Length = (Get-Item -Path "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip").Length
$Size = Get-FileSize($Length)
Write-Output "[Info] Archive Size: $Size"
Write-Output "[Info] Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Create Time (ISO 8601)
if (Test-Path "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip")
{
$CreationTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip").CreationTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Create Time: $CreationTime"
Write-Output "[Info] Create Time: $CreationTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Last Modified Time (ISO 8601)
if (Test-Path "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip")
{
$LastWriteTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\Pagefile\Pagefile\$env:COMPUTERNAME.zip").LastWriteTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Last Modified Time: $LastWriteTime"
Write-Output "[Info] Last Modified Time: $LastWriteTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] NET Framework v4 NOT found. Pagefile Collection will be skipped ..."
Write-Output "[Error] NET Framework v4 NOT found. Pagefile Collection will be skipped ..." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# WMI Classes
# Win32_PageFileUsage
$PageFileList = Get-WmiObject -Class Win32_PageFile
if ($PageFileList -is [array])
{
$PageFileList = Get-WmiObject -Class Win32_PageFileUsage
$i = 1
foreach ($PageFile in $PageFileList)
{
$Name = ($PageFile | Select-Object -Property Name).Name
$InstallDateString = ($PageFile | Select-Object InstallDate).InstallDate
$InstallDate = ([Management.ManagementDateTimeConverter]::ToDateTime("$InstallDateString")).ToUniversalTime()
$AllocatedBaseSize = ($PageFile | Select-Object -Property AllocatedBaseSize).AllocatedBaseSize
$CurrentUsage = ($PageFile | Select-Object -Property CurrentUsage).CurrentUsage
$PeakUsage = ($PageFile | Select-Object -Property PeakUsage).PeakUsage
$TempPageFile = ($PageFile | Select-Object -Property TempPageFile).TempPageFile
$Win32_PageFileUsage = [PSCustomObject]@{
"Pagefile #$i" = $Name
"Install Date" = ($InstallDate).ToString("yyyy-MM-dd HH:mm:ss UTC")
"Allocated Base Size" = "$AllocatedBaseSize MB"
"Current Usage" = "$CurrentUsage MB"
"Peak Usage" = "$PeakUsage MB"
"Temp Page File" = $TempPageFile
}
($Win32_PageFileUsage | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\Win32_PageFileUsage_Pagefile-$i.txt"
$i += 1
}
}
else
{
$PageFile = Get-WmiObject -Class Win32_PageFileUsage
$Name = ($PageFile | Select-Object -Property Name).Name
$InstallDateString = ($PageFile | Select-Object InstallDate).InstallDate
$InstallDate = ([Management.ManagementDateTimeConverter]::ToDateTime("$InstallDateString")).ToUniversalTime()
$AllocatedBaseSize = ($PageFile | Select-Object -Property AllocatedBaseSize).AllocatedBaseSize
$CurrentUsage = ($PageFile | Select-Object -Property CurrentUsage).CurrentUsage
$PeakUsage = ($PageFile | Select-Object -Property PeakUsage).PeakUsage
$TempPageFile = ($PageFile | Select-Object -Property TempPageFile).TempPageFile
$Win32_PageFileUsage = [PSCustomObject]@{
"Pagefile " = $Name
"Install Date" = ($InstallDate).ToString("yyyy-MM-dd HH:mm:ss UTC")
"Allocated Base Size" = "$AllocatedBaseSize MB"
"Current Usage" = "$CurrentUsage MB"
"Peak Usage" = "$PeakUsage MB"
"Temp Page File" = $TempPageFile
}
($Win32_PageFileUsage | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\Win32_PageFileUsage.txt"
}
# Win32_PageFileSetting
[string]$AutoManaged = $null -eq (Get-WmiObject -Class Win32_PageFile)
if ($AutoManaged -eq "False")
{
$PageFileList = Get-WmiObject -Class Win32_PageFileSetting
if ($PageFileList -is [array])
{
$i = 1
foreach ($PageFile in $PageFileList)
{
$Name = $PageFile.Name
$InitialSize = $PageFile.InitialSize
$MaximumSize = $PageFile.MaximumSize
$Win32_PageFileSetting = [PSCustomObject]@{
"Pagefile #$i" = $Name
"Initial Size" = "$InitialSize MB"
"Maximum Size" = "$MaximumSize MB"
}
($Win32_PageFileSetting | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\Win32_PageFileSetting_Pagefile-$i.txt"
$i += 1
}
}
else
{
$PageFile = Get-WmiObject -Class Win32_PageFileSetting
$Name = $PageFile.Name
$InitialSize = $PageFile.InitialSize
$MaximumSize = $PageFile.MaximumSize
$Win32_PageFileSetting = [PSCustomObject]@{
"Pagefile" = $Name
"Initial Size" = "$InitialSize MB"
"Maximum Size" = "$MaximumSize MB"
}
($Win32_PageFileSetting | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\Win32_PageFileSetting.txt"
}
}
# Win32_PageFile
[string]$AutoManaged = $null -eq (Get-WmiObject -Class Win32_PageFile)
if ($AutoManaged -eq "False")
{
$PageFileList = Get-WmiObject -Class Win32_PageFile
if ($PageFileList -is [array])
{
$i = 1
foreach ($PageFile in $PageFileList)
{
$Name = $PageFile.Name
$Compressed = $PageFile.Compressed
$CompressionMethod = $PageFile.CompressionMethod
$CreationDateString = ($PageFile | Select-Object CreationDate).CreationDate
$CreationDate = ([Management.ManagementDateTimeConverter]::ToDateTime("$CreationDateString")).ToUniversalTime()
$Encrypted = $PageFile.Encrypted
$EncryptionMethod = $PageFile.EncryptionMethod
$FileSize = $PageFile.FileSize
$InitialSize = $PageFile.InitialSize
$InstallDateString = $PageFile.InstallDate
$InstallDate = ([Management.ManagementDateTimeConverter]::ToDateTime("$InstallDateString")).ToUniversalTime()
$LastAccessedString = $PageFile.LastAccessed
$LastAccessed = ([Management.ManagementDateTimeConverter]::ToDateTime("$LastAccessedString")).ToUniversalTime()
$LastModifiedString = $PageFile.LastModified
$LastModified = ([Management.ManagementDateTimeConverter]::ToDateTime("$LastModifiedString")).ToUniversalTime()
$MaximumSize = $PageFile.MaximumSize
$Win32_PageFile = [PSCustomObject]@{
"Pagefile" = $Name
"Compressed" = $Compressed
"CompressionMethod" = $CompressionMethod
"CreationDate" = ($CreationDate).ToString("yyyy-MM-dd HH:mm:ss UTC")
"Encrypted" = $Encrypted
"EncryptionMethod" = $EncryptionMethod
"FileSize" = $FileSize
"Initial Size" = "$InitialSize MB"
"InstallDate" = ($InstallDate).ToString("yyyy-MM-dd HH:mm:ss UTC")
"LastAccessed" = ($LastAccessed).ToString("yyyy-MM-dd HH:mm:ss UTC")
"LastModified" = ($LastModified).ToString("yyyy-MM-dd HH:mm:ss UTC")
"MaximumSize" = "$MaximumSize MB"
}
($Win32_PageFile | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\Win32_PageFile_Pagefile-$i.txt"
$i += 1
}
}
else
{
$PageFile = Get-WmiObject -Class Win32_Pagefile
$Name = $PageFile.Name
$Compressed = $PageFile.Compressed
$CompressionMethod = $PageFile.CompressionMethod
$CreationDateString = ($PageFile | Select-Object CreationDate).CreationDate
$CreationDate = ([Management.ManagementDateTimeConverter]::ToDateTime("$CreationDateString")).ToUniversalTime()
$Encrypted = $PageFile.Encrypted
$EncryptionMethod = $PageFile.EncryptionMethod
$FileSize = $PageFile.FileSize
$InitialSize = $PageFile.InitialSize
$InstallDateString = $PageFile.InstallDate
$InstallDate = ([Management.ManagementDateTimeConverter]::ToDateTime("$InstallDateString")).ToUniversalTime()
$LastAccessedString = $PageFile.LastAccessed
$LastAccessed = ([Management.ManagementDateTimeConverter]::ToDateTime("$LastAccessedString")).ToUniversalTime()
$LastModifiedString = $PageFile.LastModified
$LastModified = ([Management.ManagementDateTimeConverter]::ToDateTime("$LastModifiedString")).ToUniversalTime()
$MaximumSize = $PageFile.MaximumSize
$Win32_PageFile = [PSCustomObject]@{
"Pagefile" = $Name
"Compressed" = $Compressed
"CompressionMethod" = $CompressionMethod
"CreationDate" = ($CreationDate).ToString("yyyy-MM-dd HH:mm:ss UTC")
"Encrypted" = $Encrypted
"EncryptionMethod" = $EncryptionMethod
"FileSize" = $FileSize
"Initial Size" = "$InitialSize MB"
"InstallDate" = ($InstallDate).ToString("yyyy-MM-dd HH:mm:ss UTC")
"LastAccessed" = ($LastAccessed).ToString("yyyy-MM-dd HH:mm:ss UTC")
"LastModified" = ($LastModified).ToString("yyyy-MM-dd HH:mm:ss UTC")
"MaximumSize" = "$MaximumSize MB"
}
($Win32_PageFile | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\Memory\Pagefile\PageFileInfo\Win32_PageFile.txt"
}
}
}
else
{
Write-Output "[Error] File Hash does NOT match."
Write-Output "[Error] File Hash does NOT match." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
else
{
Write-Output "[Error] MagnetRESPONSE.exe NOT found."
Write-Output "[Error] MagnetRESPONSE.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
#endregion Pagefile
#############################################################################################################################################################################################
#region Triage
# Collects the following files/locations:
# - Amcache data
# - AnyDesk Logs
# - Chrome Browser History
# - Edge Browser History
# - Firefox Browser History
# - Firewall Logs
# - Jumplist files
# - LogMeIn Logs
# - Master File Table ($MFT)
# - NTUSER.DAT files
# - PowerShell history
# - Prefetch files
# - Program Compatibility Assistant files
# - Recent Link files
# - Recycle Bin
# - Registry Hives
# - Scheduled Tasks
# - SRUM data
# - TeamViewer Logs
# - UsrClass.dat files
# - Windows Event Logs
# - Windows Timeline data
Function Get-Triage
{
# Magnet RESPONSE
if (Test-Path "$MagnetRESPONSE")
{
# Verify File Integrity
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = (((& $certUtil -hashfile "$MagnetRESPONSE" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()).ToUpper()
if ($MD5 -eq "2A3BA98713A243F90CD0582C64F13CFB")
{
# Triage
New-Item "$OUTPUT_FOLDER\Triage" -ItemType Directory -Force | Out-Null
# Collecting Artifacts
# .NET 4.0 Framework
if (Test-Path "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v4\Full")
{
Write-Output "[Info] Collecting Forensic Artifacts [approx. 1-15 min] ... "
Write-Output "[Info] Collecting Forensic Artifacts [approx. 1-15 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_Triage = (Get-Date)
& $MagnetRESPONSE /accepteula /nodiagnosticdata /unattended /caseref:"Collect-MemoryDump-v1.1.0" /output:"$OUTPUT_FOLDER\Triage" /capturesystemfiles /saveprocfiles
Wait-Process -Name "MagnetRESPONSE"
Start-Sleep -Seconds 1
$EndTime_Triage = (Get-Date)
$Time_Triage = ($EndTime_Triage-$StartTime_Triage)
('Triage Collection duration: {0} h {1} min {2} sec' -f $Time_Triage.Hours, $Time_Triage.Minutes, $Time_Triage.Seconds) >> "$OUTPUT_FOLDER\Triage\Stats.txt"
# Rename Archive
if (Test-Path "$OUTPUT_FOLDER\Triage\*\*.zip")
{
Get-ChildItem -Path "$OUTPUT_FOLDER\Triage\*\*.zip" | Rename-Item -NewName {"$env:COMPUTERNAME.zip"}
}
# Rename Directory
if (Test-Path "$OUTPUT_FOLDER\Triage\*\*.zip")
{
Get-ChildItem "$OUTPUT_FOLDER\Triage" | Where-Object {($_.FullName -match "MagnetRESPONSE")} | Rename-Item -NewName {"Artifacts"}
}
# MD5 Calculation
if (Test-Path "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip")
{
if (Get-Command Get-FileHash -ErrorAction SilentlyContinue)
{
Write-Output "[Info] Calculating MD5 checksum of $env:COMPUTERNAME.zip [approx. 1-2 min] ... "
Write-Output "[Info] Calculating MD5 checksum of $env:COMPUTERNAME.zip [approx. 1-2 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$MD5 = (Get-FileHash -LiteralPath "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip" -Algorithm MD5).Hash
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Triage\Artifacts\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Triage\Stats.txt"
}
}
# Get File Size of "$env:COMPUTERNAME.zip"
if (Test-Path "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip")
{
$Length = $Length = (Get-Item -Path "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip").Length
$Size = Get-FileSize($Length)
Write-Output "[Info] Archive Size: $Size"
Write-Output "[Info] Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Create Time (ISO 8601)
if (Test-Path "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip")
{
$CreationTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip").CreationTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Create Time: $CreationTime"
Write-Output "[Info] Create Time: $CreationTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Last Modified Time (ISO 8601)
if (Test-Path "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip")
{
$LastWriteTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Triage\Artifacts\$env:COMPUTERNAME.zip").LastWriteTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Last Modified Time: $LastWriteTime"
Write-Output "[Info] Last Modified Time: $LastWriteTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] NET Framework v4 NOT found. Triage Collection will be skipped ..."
Write-Output "[Error] NET Framework v4 NOT found. Triage Collection will be skipped ..." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] File Hash does NOT match."
Write-Output "[Error] File Hash does NOT match." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
else
{
Write-Output "[Error] MagnetRESPONSE.exe NOT found."
Write-Output "[Error] MagnetRESPONSE.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
#endregion Triage
#############################################################################################################################################################################################
#region Comae
Function New-ComaeSnapshot
{
# DumpIt
if (Test-Path "$DumpIt")
{
# Verify File Integrity
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = (((& $certUtil -hashfile "$DumpIt" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()).ToUpper()
# ARM64 or x64 or x86
if (($MD5 -eq "4B39D63B86FFE39BBAE0415C400003C7") -Or ($MD5 -eq "0F10DA3A5EB49D17D73D8E195FE32F85") -OR ($MD5 -eq "586C57AD0EEA179FCAE4B8BA117F2AB9"))
{
# Get Physical Memory Size
if ($PSVersionTable.PSVersion.Major -ge 3)
{
$TotalMemory = Get-CimInstance Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
$TotalMemory = Get-WmiObject Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Check Available Space (GB)
$DriveLetter = "$SCRIPT_DIR".Substring(0,2)
$AvailableSpace = (Get-WmiObject -Class Win32_LogicalDisk -Filter "deviceid='$DriveLetter'" | Select-Object FreeSpace).FreeSpace | ForEach-Object {"{0}" -f ([math]::round(($_ / 1GB)))}
[int]$TotalMemoryInt32 = [convert]::ToInt32($TotalMemory, 10)
[int]$AvailableSpaceInt32 = [convert]::ToInt32($AvailableSpace, 10)
[int]$AdditionalSpaceInt32 = ($TotalMemoryInt32/100*12.5) # +12,5%
[int]$RequiredSpaceInt32 = ([int]$TotalMemoryInt32)+([int]$AdditionalSpaceInt32)
if ($RequiredSpaceInt32 -gt $AvailableSpaceInt32)
{
Write-Output "[Error] Not enough disk space to save memory dump file."
Write-Output "[Error] Not enough disk space to save memory dump file." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ""
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# Check if output directory exists
if (Test-Path $OUTPUT_FOLDER\Memory\DumpIt)
{
# Check for output directory content
if (Test-Path $OUTPUT_FOLDER\Memory\DumpIt\*)
{
# Delete output directory content after confirmation
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\DumpIt" -Force -Recurse -ErrorAction SilentlyContinue | Remove-Item -Force -Recurse -Confirm
}
}
else
{
# Creating Output Directory
New-Item "$OUTPUT_FOLDER\Memory\DumpIt" -ItemType Directory -Force | Out-Null
}
# Microsoft Crash Dump
$StartTime_MemoryAcquisition = (Get-Date)
Write-Output "[Info] Creating Memory Snapshot w/ DumpIt (Microsoft Crash Dump) [approx. 1-5 min] ... "
Write-Output "[Info] Creating Memory Snapshot w/ DumpIt (Microsoft Crash Dump) [approx. 1-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $DumpIt /T DMP /N /Q /NOCOMPRESS /O "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.dmp" 2>&1 | Out-File "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log"
$EndTime_MemoryAcquisition = (Get-Date)
$Time_MemoryAcquisition = ($EndTime_MemoryAcquisition-$StartTime_MemoryAcquisition)
('Memory Acquisition duration: {0} h {1} min {2} sec' -f $Time_MemoryAcquisition.Hours, $Time_MemoryAcquisition.Minutes, $Time_MemoryAcquisition.Seconds) >> "$OUTPUT_FOLDER\Memory\DumpIt\Stats.txt"
# Error: Can't install the driver
if (Test-Path "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log")
{
if (Get-Content "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log" | Select-String -Pattern "Error: Can't install the driver." -Quiet)
{
Write-Output "[Error] Installing the DumpIt.sys driver failed. Please try WinPMEM."
Write-Output "[Error] Installing the DumpIt.sys driver failed. Please try WinPMEM." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# SHA256
if (Test-Path "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log")
{
$SHA256 = Get-Content "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log" | Select-String -Pattern "[A-Fa-f0-9]{64}" | ForEach-Object { $PSItem.Matches[0].Value } | Select-Object -First 1
if ($SHA256)
{
Write-Output "[Info] SHA256 Hash: $SHA256"
Write-Output "[Info] SHA256 Hash: $SHA256" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Processing... Failed.
if (Test-Path "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log")
{
# Error: The request could not be performed because of an I/O device error.
if (Get-Content "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log" | Select-String -Pattern "Error: The request could not be performed because of an I/O device error." -Quiet)
{
Write-Output "[Error] The request could not be performed because of an I/O device error."
}
}
# Collecting PageFile
if ($PageFile -eq "--PageFile")
{
Get-Pagefile
}
# Creating Secure Archive File
if (Test-Path "$7za")
{
if (Test-Path "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.dmp")
{
$StartTime_Archive = (Get-Date)
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... "
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $7za a -mx5 -mhe "-p$PASSWORD" -t7z "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.7z" "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.dmp" "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log" > $null 2>&1
$EndTime_Archive = (Get-Date)
$Time_Archive = ($EndTime_Archive-$StartTime_Archive)
('Archive Creation duration: {0} h {1} min {2} sec' -f $Time_Archive.Hours, $Time_Archive.Minutes, $Time_Archive.Seconds) >> "$OUTPUT_FOLDER\Memory\DumpIt\Stats.txt"
# Remove all files except "$env:COMPUTERNAME.7z" and "Stats.txt"
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\DumpIt" -Exclude "$env:COMPUTERNAME.7z*", "Stats.txt" -Recurse -Force | ForEach-Object ($_) {Remove-Item $_.FullName}
# Get File Size of "$env:COMPUTERNAME.7z"
$Length = (Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\DumpIt" | Measure-Object -Property Length -Sum).Sum
$Size = Get-FileSize($Length)
Write-Output "[Info] Total Archive Size: $Size"
Write-Output "[Info] Total Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Create Time (ISO 8601)
$CreationTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.7z").CreationTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Create Time: $CreationTime"
Write-Output "[Info] Create Time: $CreationTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Last Modified Time (ISO 8601)
$LastWriteTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.7z").LastWriteTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Last Modified Time: $LastWriteTime"
Write-Output "[Info] Last Modified Time: $LastWriteTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] 7za.exe NOT found."
Write-Output "[Error] 7za.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] File Hash does NOT match."
Write-Output "[Error] File Hash does NOT match." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
else
{
Write-Output "[Error] DumpIt.exe NOT found."
Write-Output "[Error] DumpIt.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
# DumpIt
if ($Tool -eq "-Comae")
{
New-ComaeSnapshot
}
#endregion Comae
#############################################################################################################################################################################################
#region DumpIt
Function New-DumpItSnapshot
{
# DumpIt
if (Test-Path "$DumpIt")
{
# Verify File Integrity
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = (((& $certUtil -hashfile "$DumpIt" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()).ToUpper()
# ARM64 or x64 or x86
if (($MD5 -eq "4B39D63B86FFE39BBAE0415C400003C7") -Or ($MD5 -eq "0F10DA3A5EB49D17D73D8E195FE32F85") -OR ($MD5 -eq "586C57AD0EEA179FCAE4B8BA117F2AB9"))
{
# Get Physical Memory Size
if ($PSVersionTable.PSVersion.Major -ge 3)
{
$TotalMemory = Get-CimInstance Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
$TotalMemory = Get-WmiObject Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Check Available Space (GB)
$DriveLetter = "$SCRIPT_DIR".Substring(0,2)
$AvailableSpace = (Get-WmiObject -Class Win32_LogicalDisk -Filter "deviceid='$DriveLetter'" | Select-Object FreeSpace).FreeSpace | ForEach-Object {"{0}" -f ([math]::round(($_ / 1GB)))}
[int]$TotalMemoryInt32 = [convert]::ToInt32($TotalMemory, 10)
[int]$AvailableSpaceInt32 = [convert]::ToInt32($AvailableSpace, 10)
[int]$AdditionalSpaceInt32 = ($TotalMemoryInt32/100*12.5) # +12,5%
[int]$RequiredSpaceInt32 = ([int]$TotalMemoryInt32)+([int]$AdditionalSpaceInt32)
if ($RequiredSpaceInt32 -gt $AvailableSpaceInt32)
{
Write-Output "[Error] Not enough disk space to save memory dump file."
Write-Output "[Error] Not enough disk space to save memory dump file." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ""
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# Check if output directory exists
if (Test-Path $OUTPUT_FOLDER\Memory\DumpIt)
{
# Check for output directory content
if (Test-Path $OUTPUT_FOLDER\Memory\DumpIt\*)
{
# Delete output directory content after confirmation
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\DumpIt" -Force -Recurse -ErrorAction SilentlyContinue | Remove-Item -Force -Recurse -Confirm
}
}
else
{
# Creating Output Directory
New-Item "$OUTPUT_FOLDER\Memory\DumpIt" -ItemType Directory -Force | Out-Null
}
# Raw Physical Memory Dump
# Note: DumpIt uses automatically .bin file extension.
$StartTime_MemoryAcquisition = (Get-Date)
Write-Output "[Info] Creating Memory Snapshot w/ DumpIt (Raw Physical Memory Dump) [approx. 1-5 min] ... "
Write-Output "[Info] Creating Memory Snapshot w/ DumpIt (Raw Physical Memory Dump) [approx. 1-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $DumpIt /T RAW /N /Q /U /O "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.bin" 2>&1 | Out-File "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log"
$EndTime_MemoryAcquisition = (Get-Date)
$Time_MemoryAcquisition = ($EndTime_MemoryAcquisition-$StartTime_MemoryAcquisition)
('Memory Acquisition duration: {0} h {1} min {2} sec' -f $Time_MemoryAcquisition.Hours, $Time_MemoryAcquisition.Minutes, $Time_MemoryAcquisition.Seconds) >> "$OUTPUT_FOLDER\Memory\DumpIt\Stats.txt"
# Error: Can't install the driver
if (Test-Path "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log")
{
if (Get-Content "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log" | Select-String -Pattern "Error: Can't install the driver." -Quiet)
{
Write-Output "[Error] Installing the DumpIt.sys driver failed. Please try WinPMEM."
Write-Output "[Error] Installing the DumpIt.sys driver failed. Please try WinPMEM." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# SHA256
if (Test-Path "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log")
{
$SHA256 = Get-Content "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log" | Select-String -Pattern "[A-Fa-f0-9]{64}" | ForEach-Object { $PSItem.Matches[0].Value } | Select-Object -First 1
if ($SHA256)
{
Write-Output "[Info] SHA256 Hash: $SHA256"
Write-Output "[Info] SHA256 Hash: $SHA256" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Collecting PageFile
if ($PageFile -eq "--PageFile")
{
Get-Pagefile
}
# Creating Secure Archive File
if (Test-Path "$7za")
{
if (Test-Path "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.bin")
{
$StartTime_Archive = (Get-Date)
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... "
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $7za a -mx5 -mhe "-p$PASSWORD" -t7z "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.7z" "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.bin" "$OUTPUT_FOLDER\Memory\DumpIt\DumpIt.log" > $null 2>&1
$EndTime_Archive = (Get-Date)
$Time_Archive = ($EndTime_Archive-$StartTime_Archive)
('Archive Creation duration: {0} h {1} min {2} sec' -f $Time_Archive.Hours, $Time_Archive.Minutes, $Time_Archive.Seconds) >> "$OUTPUT_FOLDER\Memory\DumpIt\Stats.txt"
# Remove all files except "$env:COMPUTERNAME.7z" and "Stats.txt"
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\DumpIt" -Exclude "$env:COMPUTERNAME.7z*", "Stats.txt" -Recurse -Force | ForEach-Object ($_) {Remove-Item $_.FullName}
# Get File Size of "$env:COMPUTERNAME.7z"
$Length = (Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\DumpIt" | Measure-Object -Property Length -Sum).Sum
$Size = Get-FileSize($Length)
Write-Output "[Info] Total Archive Size: $Size"
Write-Output "[Info] Total Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Create Time (ISO 8601)
$CreationTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.7z").CreationTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Create Time: $CreationTime"
Write-Output "[Info] Create Time: $CreationTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Last Modified Time (ISO 8601)
$LastWriteTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\DumpIt\$env:COMPUTERNAME.7z").LastWriteTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Last Modified Time: $LastWriteTime"
Write-Output "[Info] Last Modified Time: $LastWriteTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# TODO
}
}
else
{
Write-Output "[Error] 7za.exe NOT found."
Write-Output "[Error] 7za.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Triage Collection
if ($Triage -eq "--Triage")
{
Get-Triage
}
}
else
{
Write-Output "[Error] File Hash does NOT match."
Write-Output "[Error] File Hash does NOT match." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
else
{
Write-Output "[Error] DumpIt.exe NOT found."
Write-Output "[Error] DumpIt.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
# DumpIt
if ($Tool -eq "-DumpIt")
{
New-DumpItSnapshot
}
#endregion DumpIt
#############################################################################################################################################################################################
#region RamCapture
Function New-RamCapture
{
# ARM64 Support
if ($env:PROCESSOR_ARCHITECTURE -eq "ARM64")
{
Write-Output "[Error] ARM64 architecture is NOT supported by Magnet RAM Capture."
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# Magnet RAM Capture
if (Test-Path "$MRC")
{
# Verify File Integrity
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = (((& $certUtil -hashfile "$MRC" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()).ToUpper()
if ($MD5 -eq "51D286BDF58359417A28E3132ABA957F")
{
# Get Physical Memory Size
if ($PSVersionTable.PSVersion.Major -ge 3)
{
$TotalMemory = Get-CimInstance Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
$TotalMemory = Get-WmiObject Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Check Available Space (GB)
$DriveLetter = "$SCRIPT_DIR".Substring(0,2)
$AvailableSpace = (Get-WmiObject -Class Win32_LogicalDisk -Filter "deviceid='$DriveLetter'" | Select-Object FreeSpace).FreeSpace | ForEach-Object {"{0}" -f ([math]::round(($_ / 1GB)))}
[int]$TotalMemoryInt32 = [convert]::ToInt32($TotalMemory, 10)
[int]$AvailableSpaceInt32 = [convert]::ToInt32($AvailableSpace, 10)
[int]$AdditionalSpaceInt32 = ($TotalMemoryInt32/100*12.5) # +12,5%
[int]$RequiredSpaceInt32 = ([int]$TotalMemoryInt32)+([int]$AdditionalSpaceInt32)
if ($RequiredSpaceInt32 -gt $AvailableSpaceInt32)
{
Write-Output "[Error] Not enough disk space to save memory dump file."
Write-Output "[Error] Not enough disk space to save memory dump file." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ""
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# Check if output directory exists
if (Test-Path $OUTPUT_FOLDER\Memory\Magnet)
{
# Check for output directory content
if (Test-Path $OUTPUT_FOLDER\Memory\Magnet\*)
{
# Delete output directory content after confirmation
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\Magnet" -Force -Recurse -ErrorAction SilentlyContinue | Remove-Item -Force -Recurse -Confirm
}
}
else
{
# Creating Output Directory
New-Item "$OUTPUT_FOLDER\Memory\Magnet" -ItemType Directory -Force | Out-Null
}
# Raw Physical Memory Dump
$StartTime_MemoryAcquisition = (Get-Date)
Write-Output "[Info] Creating Memory Snapshot w/ Magnet RAM Capture (Raw Physical Memory Dump) [approx. 5-10 min] ... "
Write-Output "[Info] Creating Memory Snapshot w/ Magnet RAM Capture (Raw Physical Memory Dump) [approx. 5-10 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $MRC /accepteula /go "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.raw"
Wait-Process -Name "MRCv120"
Start-Sleep -Seconds 1
$EndTime_MemoryAcquisition = (Get-Date)
$Time_MemoryAcquisition = ($EndTime_MemoryAcquisition-$StartTime_MemoryAcquisition)
('Memory Acquisition duration: {0} h {1} min {2} sec' -f $Time_MemoryAcquisition.Hours, $Time_MemoryAcquisition.Minutes, $Time_MemoryAcquisition.Seconds) >> "$OUTPUT_FOLDER\Memory\Magnet\Stats.txt"
# Collecting PageFile
if ($PageFile -eq "--PageFile")
{
Get-Pagefile
}
# MD5 Calculation
if (Test-Path "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.raw")
{
if (Get-Command Get-FileHash -ErrorAction SilentlyContinue)
{
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... "
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$MD5 = (Get-FileHash -LiteralPath "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.raw" -Algorithm MD5).Hash
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Memory\Magnet\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Memory\Magnet\Stats.txt"
}
else
{
if (Test-Path "$env:SystemDrive\Windows\System32\certutil.exe")
{
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... "
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = ((& $certUtil -hashfile "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.raw" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Memory\Magnet\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Memory\Magnet\Stats.txt"
}
}
}
# Creating Secure Archive File
if (Test-Path "$7za")
{
if (Test-Path "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.raw")
{
$StartTime_Archive = (Get-Date)
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... "
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $7za a -mx5 -mhe "-p$PASSWORD" -t7z "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.7z" "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.raw" "$OUTPUT_FOLDER\Memory\Magnet\MD5.txt" > $null 2>&1
$EndTime_Archive = (Get-Date)
$Time_Archive = ($EndTime_Archive-$StartTime_Archive)
('Archive Creation duration: {0} h {1} min {2} sec' -f $Time_Archive.Hours, $Time_Archive.Minutes, $Time_Archive.Seconds) >> "$OUTPUT_FOLDER\Memory\Magnet\Stats.txt"
# Remove all files except "$env:COMPUTERNAME.7z"
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\Magnet" -Exclude "$env:COMPUTERNAME.7z*", "Stats.txt" -Recurse -Force | ForEach-Object ($_) {Remove-Item $_.FullName}
# Get File Size of "$env:COMPUTERNAME.7z"
$Length = (Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\Magnet" | Measure-Object -Property Length -Sum).Sum
$Size = Get-FileSize($Length)
Write-Output "[Info] Total Archive Size: $Size"
Write-Output "[Info] Total Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Create Time (ISO 8601)
$CreationTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.7z").CreationTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Create Time: $CreationTime"
Write-Output "[Info] Create Time: $CreationTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Last Modified Time (ISO 8601)
$LastWriteTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\Magnet\$env:COMPUTERNAME.7z").LastWriteTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Last Modified Time: $LastWriteTime"
Write-Output "[Info] Last Modified Time: $LastWriteTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] 7za.exe NOT found."
Write-Output "[Error] 7za.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] File Hash does NOT match."
Write-Output "[Error] File Hash does NOT match." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
else
{
Write-Output "[Error] MRCv120.exe NOT found."
Write-Output "[Error] MRCv120.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
# Magnet RAM Capture
if ($Tool -eq "-RamCapture")
{
New-RamCapture
}
#endregion RamCapture
#############################################################################################################################################################################################
#region WinPMEM
Function New-WinPMEMSnapshot
{
# ARM64 Support
if ($env:PROCESSOR_ARCHITECTURE -eq "ARM64")
{
Write-Output "[Error] ARM64 architecture is NOT supported by WinPMEM."
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# WinPMEM
if (Test-Path "$WinPMEM")
{
# Verify File Integrity
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = (((& $certUtil -hashfile "$WinPMEM" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()).ToUpper()
# x64 or x86
if (($MD5 -eq "9DD3160679832165738BFABD7279ACEB") -Or ($MD5 -eq "C2BC7851F966BC39068345FB24BC8740"))
{
# Get Physical Memory Size
if ($PSVersionTable.PSVersion.Major -ge 3)
{
$TotalMemory = Get-CimInstance Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
$TotalMemory = Get-WmiObject Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Check Available Space (GB)
$DriveLetter = "$SCRIPT_DIR".Substring(0,2)
$AvailableSpace = (Get-WmiObject -Class Win32_LogicalDisk -Filter "deviceid='$DriveLetter'" | Select-Object FreeSpace).FreeSpace | ForEach-Object {"{0}" -f ([math]::round(($_ / 1GB)))}
[int]$TotalMemoryInt32 = [convert]::ToInt32($TotalMemory, 10)
[int]$AvailableSpaceInt32 = [convert]::ToInt32($AvailableSpace, 10)
[int]$AdditionalSpaceInt32 = ($TotalMemoryInt32/100*12.5) # +12,5%
[int]$RequiredSpaceInt32 = ([int]$TotalMemoryInt32)+([int]$AdditionalSpaceInt32)
if ($RequiredSpaceInt32 -gt $AvailableSpaceInt32)
{
Write-Output "[Error] Not enough disk space to save memory dump file."
Write-Output "[Error] Not enough disk space to save memory dump file." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ""
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# Check if output directory exists
if (Test-Path $OUTPUT_FOLDER\Memory\WinPMEM)
{
# Check for output directory content
if (Test-Path $OUTPUT_FOLDER\Memory\WinPMEM\*)
{
# Delete output directory content after confirmation
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\WinPMEM" -Force -Recurse -ErrorAction SilentlyContinue | Remove-Item -Force -Recurse -Confirm
}
}
else
{
# Creating Output Directory
New-Item "$OUTPUT_FOLDER\Memory\WinPMEM" -ItemType Directory -Force | Out-Null
}
# Raw Physical Memory Dump
$StartTime_MemoryAcquisition = (Get-Date)
Write-Output "[Info] Creating Memory Snapshot w/ WinPMEM (Raw Physical Memory Dump) [approx. 1-6 min] ... "
Write-Output "[Info] Creating Memory Snapshot w/ WinPMEM (Raw Physical Memory Dump) [approx. 1-6 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $WinPMEM "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.raw" > "$OUTPUT_FOLDER\Memory\WinPMEM\stdout.txt" 2> "$OUTPUT_FOLDER\Memory\WinPMEM\stderr.txt"
$EndTime_MemoryAcquisition = (Get-Date)
$Time_MemoryAcquisition = ($EndTime_MemoryAcquisition-$StartTime_MemoryAcquisition)
('Memory Acquisition duration: {0} h {1} min {2} sec' -f $Time_MemoryAcquisition.Hours, $Time_MemoryAcquisition.Minutes, $Time_MemoryAcquisition.Seconds) >> "$OUTPUT_FOLDER\Memory\WinPMEM\Stats.txt"
# Collecting PageFile
if ($PageFile -eq "--PageFile")
{
Get-Pagefile
}
# MD5 Calculation
if (Test-Path "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.raw")
{
if (Get-Command Get-FileHash -ErrorAction SilentlyContinue)
{
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... "
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$MD5 = (Get-FileHash -LiteralPath "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.raw" -Algorithm MD5).Hash
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Memory\WinPMEM\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Memory\WinPMEM\Stats.txt"
}
else
{
if (Test-Path "$env:SystemDrive\Windows\System32\certutil.exe")
{
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... "
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = ((& $certUtil -hashfile "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.raw" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Memory\WinPMEM\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Memory\WinPMEM\Stats.txt"
}
}
}
# Creating Secure Archive File
if (Test-Path "$7za")
{
if (Test-Path "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.raw")
{
$StartTime_Archive = (Get-Date)
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... "
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $7za a -mx5 -mhe "-p$PASSWORD" -t7z "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.7z" "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.raw" "$OUTPUT_FOLDER\Memory\WinPMEM\MD5.txt" > $null 2>&1
$EndTime_Archive = (Get-Date)
$Time_Archive = ($EndTime_Archive-$StartTime_Archive)
('Archive Creation duration: {0} h {1} min {2} sec' -f $Time_Archive.Hours, $Time_Archive.Minutes, $Time_Archive.Seconds) >> "$OUTPUT_FOLDER\Memory\WinPMEM\Stats.txt"
# Remove all files except "$env:COMPUTERNAME.7z", "Stats.txt", "stdout.txt" and "stderr.txt"
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\WinPMEM" -Exclude "$env:COMPUTERNAME.7z*", "Stats.txt", "stdout.txt", "stderr.txt" -Recurse -Force | ForEach-Object ($_) {Remove-Item $_.FullName}
# Get File Size of "$env:COMPUTERNAME.7z"
$Length = (Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\WinPMEM" -Exclude *.txt | Measure-Object -Property Length -Sum).Sum
$Size = Get-FileSize($Length)
Write-Output "[Info] Total Archive Size: $Size"
Write-Output "[Info] Total Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Create Time (ISO 8601)
$CreationTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.7z").CreationTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Create Time: $CreationTime"
Write-Output "[Info] Create Time: $CreationTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Last Modified Time (ISO 8601)
$LastWriteTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\WinPMEM\$env:COMPUTERNAME.7z").LastWriteTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Last Modified Time: $LastWriteTime"
Write-Output "[Info] Last Modified Time: $LastWriteTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] 7za.exe NOT found."
Write-Output "[Error] 7za.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] File Hash does NOT match."
Write-Output "[Error] File Hash does NOT match." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
else
{
# x64
if ($env:PROCESSOR_ARCHITECTURE -eq "AMD64")
{
Write-Output "[Error] winpmem_mini_x64_rc2.exe NOT found."
Write-Output "[Error] winpmem_mini_x64_rc2.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# x86
if ($env:PROCESSOR_ARCHITECTURE -eq "x86")
{
Write-Output "[Error] winpmem_mini_x86.exe NOT found."
Write-Output "[Error] winpmem_mini_x86.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
}
# WinPMEM
if ($Tool -eq "-WinPMEM")
{
New-WinPMEMSnapshot
}
#endregion WinPMEM
#############################################################################################################################################################################################
#region Belkasoft
Function New-BelkasoftSnapshot
{
# ARM64 Support
if ($env:PROCESSOR_ARCHITECTURE -eq "ARM64")
{
Write-Output "[Error] ARM64 architecture is NOT supported by Belkasoft Live RAM Capturer."
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# Belkasoft Live RAM Capturer
if (Test-Path "$Belkasoft")
{
# Verify File Integrity
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = (((& $certUtil -hashfile "$Belkasoft" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()).ToUpper()
# x64 or x86
if (($MD5 -eq "E331F960CDBA675DEA9218EFDED56A5F") -Or ($MD5 -eq "FCA60980F235B4EFB3C3119EF4584FFF"))
{
# Get Physical Memory Size
if ($PSVersionTable.PSVersion.Major -ge 3)
{
$TotalMemory = Get-CimInstance Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
$TotalMemory = Get-WmiObject Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | ForEach-Object {"{0}" -f ([math]::round(($_.Sum / 1GB)))}
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB"
Write-Output "[Info] Total Physical Memory Size: $TotalMemory GB" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Check Available Space (GB)
$DriveLetter = "$SCRIPT_DIR".Substring(0,2)
$AvailableSpace = (Get-WmiObject -Class Win32_LogicalDisk -Filter "deviceid='$DriveLetter'" | Select-Object FreeSpace).FreeSpace | ForEach-Object {"{0}" -f ([math]::round(($_ / 1GB)))}
[int]$TotalMemoryInt32 = [convert]::ToInt32($TotalMemory, 10)
[int]$AvailableSpaceInt32 = [convert]::ToInt32($AvailableSpace, 10)
[int]$AdditionalSpaceInt32 = ($TotalMemoryInt32/100*12.5) # +12,5%
[int]$RequiredSpaceInt32 = ([int]$TotalMemoryInt32)+([int]$AdditionalSpaceInt32)
if ($RequiredSpaceInt32 -gt $AvailableSpaceInt32)
{
Write-Output "[Error] Not enough disk space to save memory dump file."
Write-Output "[Error] Not enough disk space to save memory dump file." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ""
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# Check if output directory exists
if (Test-Path $OUTPUT_FOLDER\Memory\Belkasoft)
{
# Check for output directory content
if (Test-Path $OUTPUT_FOLDER\Memory\Belkasoft\*)
{
# Delete output directory content after confirmation
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\Belkasoft" -Force -Recurse -ErrorAction SilentlyContinue | Remove-Item -Force -Recurse -Confirm
}
}
else
{
# Creating Output Directory
New-Item "$OUTPUT_FOLDER\Memory\Belkasoft" -ItemType Directory -Force | Out-Null
}
# Raw Physical Memory Dump
$StartTime_MemoryAcquisition = (Get-Date)
Write-Output "[Info] Creating Memory Snapshot w/ Belkasoft Live RAM Capturer (Raw Physical Memory Dump) [approx. 1-6 min] ... "
Write-Output "[Info] Creating Memory Snapshot w/ Belkasoft Live RAM Capturer (Raw Physical Memory Dump) [approx. 1-6 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$FileName = (Get-Date).ToString("yyyyMMdd")
Start-Process -FilePath $Belkasoft -ArgumentList "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.mem" -WindowStyle Hidden -Wait
$EndTime_MemoryAcquisition = (Get-Date)
$Time_MemoryAcquisition = ($EndTime_MemoryAcquisition-$StartTime_MemoryAcquisition)
('Memory Acquisition duration: {0} h {1} min {2} sec' -f $Time_MemoryAcquisition.Hours, $Time_MemoryAcquisition.Minutes, $Time_MemoryAcquisition.Seconds) >> "$OUTPUT_FOLDER\Memory\Belkasoft\Stats.txt"
# Collecting PageFile
if ($PageFile -eq "--PageFile")
{
Get-Pagefile
}
# MD5 Calculation
if (Test-Path "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.mem")
{
if (Get-Command Get-FileHash -ErrorAction SilentlyContinue)
{
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... "
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$MD5 = (Get-FileHash -LiteralPath "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.mem" -Algorithm MD5).Hash
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Memory\Belkasoft\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Memory\Belkasoft\Stats.txt"
}
else
{
if (Test-Path "$env:SystemDrive\Windows\System32\certutil.exe")
{
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... "
Write-Output "[Info] Calculating MD5 checksum of Memory Snapshot [approx. 3-5 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$StartTime_MD5 = (Get-Date)
$certUtil = "$env:SystemDrive\Windows\System32\certutil.exe"
$MD5 = ((& $certUtil -hashfile "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.mem" MD5) -replace '\s', '' | Select-String -Pattern "^[0-9a-f]{32}$" | Out-String).Trim()
Write-Output "[Info] MD5 Hash: $MD5"
Write-Output "[Info] MD5 Hash: $MD5" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$MD5 > "$OUTPUT_FOLDER\Memory\Belkasoft\MD5.txt"
$EndTime_MD5 = (Get-Date)
$Time_MD5 = ($EndTime_MD5-$StartTime_MD5)
('MD5 Calculation duration: {0} h {1} min {2} sec' -f $Time_MD5.Hours, $Time_MD5.Minutes, $Time_MD5.Seconds) >> "$OUTPUT_FOLDER\Memory\Belkasoft\Stats.txt"
}
}
}
# Creating Secure Archive File
if (Test-Path "$7za")
{
if (Test-Path "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.mem")
{
$StartTime_Archive = (Get-Date)
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... "
Write-Output "[Info] Compressing Memory Snapshot [time-consuming task] [approx. 10-60 min] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $7za a -mx5 -mhe "-p$PASSWORD" -t7z "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.7z" "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.mem" "$OUTPUT_FOLDER\Memory\Belkasoft\MD5.txt" > $null 2>&1
$EndTime_Archive = (Get-Date)
$Time_Archive = ($EndTime_Archive-$StartTime_Archive)
('Archive Creation duration: {0} h {1} min {2} sec' -f $Time_Archive.Hours, $Time_Archive.Minutes, $Time_Archive.Seconds) >> "$OUTPUT_FOLDER\Memory\Belkasoft\Stats.txt"
# Remove all files except "$FileName.7z" and "Stats.txt"
Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\Belkasoft" -Exclude "$FileName.7z*", "Stats.txt" -Recurse -Force | ForEach-Object ($_) {Remove-Item $_.FullName}
# Get File Size of "$FileName.7z"
$Length = (Get-ChildItem -Path "$OUTPUT_FOLDER\Memory\Belkasoft" -Exclude *.txt | Measure-Object -Property Length -Sum).Sum
$Size = Get-FileSize($Length)
Write-Output "[Info] Total Archive Size: $Size"
Write-Output "[Info] Total Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Create Time (ISO 8601)
$CreationTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.7z").CreationTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Create Time: $CreationTime"
Write-Output "[Info] Create Time: $CreationTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Last Modified Time (ISO 8601)
$LastWriteTime = ((Get-Item -LiteralPath "$OUTPUT_FOLDER\Memory\Belkasoft\$FileName.7z").LastWriteTimeUtc).ToString("yyyy-MM-dd HH:mm:ss UTC")
Write-Output "[Info] Last Modified Time: $LastWriteTime"
Write-Output "[Info] Last Modified Time: $LastWriteTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] 7za.exe NOT found."
Write-Output "[Error] 7za.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] File Hash does NOT match."
Write-Output "[Error] File Hash does NOT match." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
else
{
# x64
if ($env:PROCESSOR_ARCHITECTURE -eq "AMD64")
{
Write-Output "[Error] RamCapture64.exe NOT found."
Write-Output "[Error] RamCapture64.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
# x86
if ($env:PROCESSOR_ARCHITECTURE -eq "x86")
{
Write-Output "[Error] RamCapture.exe NOT found."
Write-Output "[Error] RamCapture.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
Exit
}
}
}
# Belkasoft Live RAM Capturer
if ($Tool -eq "-Belkasoft")
{
New-BelkasoftSnapshot
}
#endregion Belkasoft
#############################################################################################################################################################################################
#region SystemInfo
# System-Info
New-Item "$OUTPUT_FOLDER\System-Info" -ItemType Directory -Force | Out-Null
# PowerShell Version
$PSVersion = "$($PSVersionTable.PSVersion.Major).$($PSVersionTable.PSVersion.Minor)"
$ConstrainedLanguageMode = $ExecutionContext.SessionState.LanguageMode
Write-Output "[Info] PowerShell Version: $PSVersion ($ConstrainedLanguageMode)"
Write-Output "[Info] PowerShell Version: $PSVersion ($ConstrainedLanguageMode)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# .NET Framework Version
if (Test-Path "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v4\Full")
{
if (Test-RegistryValue -Path "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v4\Full" -Value "Version")
{
$NetVersion = (Get-ItemProperty "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v4\Full" -Name Version).Version
Write-Output "[Info] NET Framework Version: $NETVersion"
Write-Output "[Info] NET Framework Version: $NETVersion" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
if (Test-RegistryValue -Path "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v3.5" -Value "Version")
{
$NetVersion = (Get-ItemProperty "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v3.5" -Name Version).Version
Write-Output "[Info] NET Framework Version: $NETVersion"
Write-Output "[Info] NET Framework Version: $NETVersion" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Velociraptor
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
if (Test-Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Services\Velociraptor")
{
Write-Output "[Info] Velociraptor Service found"
}
# Cortex XDR (Palo Alto Networks)
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
if (Test-Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Services\cyserver")
{
# Cortex XDR Service
$ImagePath = ((Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Services\cyserver" -Name ImagePath).ImagePath) -replace '"', ""
if (Test-Path "$ImagePath")
{
$DisplayName = (Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Services\cyserver" -Name DisplayName).DisplayName
$ProductVersion = (Get-ItemProperty "HKLM:\SOFTWARE\Cyvera\Client" -Name "Product Version")."Product Version"
Write-Output "[Info] $DisplayName v$ProductVersion"
Write-Output "[Info] $DisplayName v$ProductVersion" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# CrowdStrike Agent Version
if (Test-Path "$env:SystemDrive\Windows\System32\drivers\CrowdStrike\CSAgent.sys")
{
$CSAgent = [System.Diagnostics.FileVersionInfo]::GetVersionInfo("$env:SystemDrive\Windows\System32\drivers\CrowdStrike\CSAgent.sys").FileVersion
Write-Output "[Info] CrowdStrike Agent Version: $CSAgent"
Write-Output "[Info] CrowdStrike Agent Version: $CSAgent" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# CrowdStrike Agent-ID
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
if (Test-Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Services\CSAgent\Sim")
{
$AID = ('{0:x}' -f ((Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Services\CSAgent\Sim" -Name AG).AG) -replace '\s','')
Write-Output "[Info] Agent-ID: $AID"
}
# FireEye Endpoint Security
if (Test-Path "$env:SystemDrive\Program Files (x86)\FireEye\xagt\xagt.exe")
{
# Agent Version
$AgentVersion = [System.Diagnostics.FileVersionInfo]::GetVersionInfo("$env:SystemDrive\Program Files (x86)\FireEye\xagt\xagt.exe").FileVersion
Write-Output "[Info] FireEye Endpoint Security v$AgentVersion"
Write-Output "[Info] FireEye Endpoint Security v$AgentVersion" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Agent ID
$xagt = "C:\Program Files (x86)\FireEye\xagt\xagt.exe"
$AgentID = (& $xagt -G -L 20 | Select-String -Pattern "aid" | Select-Object -First 1 | ForEach-Object { -split $_.Line | Select-Object -Last 1 }).TrimEnd('.')
Write-Output "[Info] Agent-ID: $AgentID"
Write-Output "[Info] Agent-ID: $AgentID" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Cybereason EDR
if (Test-Path "HKLM:\SOFTWARE\Cybereason")
{
# Cybereason Sensor
$EDRProductName = (Get-ItemProperty "HKLM:\SOFTWARE\Cybereason\ActiveProbe" -Name EDRProductName).EDRProductName
$Version = (Get-ItemProperty "HKLM:\SOFTWARE\Cybereason\Cybereason Sensor\*\Setup" -Name Version).Version
Write-Output "[Info] EDR ProductName: $EDRProductName (Version: $Version)"
Write-Output "[Info] EDR ProductName: $EDRProductName (Version: $Version)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# ASGARD Agent v2 (Nextron Systems GmbH)
if (Test-Path "$env:SystemDrive\Windows\System32\asgard2-agent\asgard2-agent.exe")
{
# Version
$Agent = "$env:SystemDrive\Windows\System32\asgard2-agent\asgard2-agent.exe"
$Version = (& $Agent -version)
Write-Output "[Info] Nextron Systems ASGARD Agent v2 (Version: $Version)"
Write-Output "[Info] Nextron Systems ASGARD Agent v2 (Version: $Version)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# McAfee Endpoint Security (ENS)
if (Test-Path "HKLM:\SOFTWARE\McAfee\Endpoint\AV")
{
# ProductVersion
$ProductVersion = (Get-ItemProperty -Path "HKLM:\SOFTWARE\McAfee\Endpoint\AV" -Name ProductVersion).ProductVersion
Write-Output "[Info] McAfee Endpoint Security v$ProductVersion"
Write-Output "[Info] McAfee Endpoint Security v$ProductVersion" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# LogFilePath
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
$LogFilePath = (Get-ItemProperty -Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Environment" -Name "DEFLOGDIR").DEFLOGDIR
Write-Output "[Info] LogFilePath: $LogFilePath"
Write-Output "[Info] LogFilePath: $LogFilePath" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# QuarantineDirectory
$QuarantineDirectory = (Get-ItemProperty -Path "HKLM:\SOFTWARE\McAfee\AVSolution\MCSHIELDGLOBAL\MCSHIELDGLOBAL" -Name backupdirectory).backupdirectory
Write-Output "[Info] QuarantineDirectory: $QuarantineDirectory"
Write-Output "[Info] QuarantineDirectory: $QuarantineDirectory" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# QuarantineAge (in days)
$QuarantineAge = (Get-ItemProperty -Path "HKLM:\SOFTWARE\McAfee\Endpoint\AV\QM" -Name QuarantineAge).QuarantineAge
Write-Output "[Info] QuarantineAge (in days): $QuarantineAge"
Write-Output "[Info] QuarantineAge (in days): $QuarantineAge" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Quarantine Files (PW: infected)
if (Test-Path "$QuarantineDirectory\quarantine\*.zip")
{
$QuarantineFiles = Get-ChildItem "$QuarantineDirectory\quarantine\*.zip" | Measure-Object | ForEach-Object{$_.Count}
Write-Output "[Alert] $QuarantineFiles McAfee Quarantine file(s) found"
Write-Output "[Alert] $QuarantineFiles McAfee Quarantine file(s) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] No McAfee Quarantine file(s) found"
Write-Output "[Info] No McAfee Quarantine file(s) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Last Full Scan
$LastFullScanOdsRunTime = (Get-ItemProperty "HKLM:\SOFTWARE\McAfee\Endpoint\AV\ODS" -Name LastFullScanOdsRunTime).LastFullScanOdsRunTime
$LastFullScan = (Get-Date '1/1/1970').AddSeconds($LastFullScanOdsRunTime).ToString("yyyy-MM-dd HH:mm:ss")
Write-Output "[Info] Last Full Scan: $LastFullScan UTC"
Write-Output "[Info] Last Full Scan: $LastFullScan UTC" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# McAfee VirusScan Enterprise (VSE)
if (Test-Path "HKLM:\SOFTWARE\Wow6432Node\McAfee\AVEngine")
{
# Version
$Version = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\McAfee\DesktopProtection" -Name szProductVer).szProductVer
$Patch = ((Get-Item -Path "HKLM:\SOFTWARE\Wow6432Node\McAfee\DesktopProtection" | Select-Object -ExpandProperty Property | Select-String -Pattern "Patch_") -replace "_"," " | Out-String).Trim()
Write-Output "[Info] McAfee VirusScan Enterprise v$Version (Patch: $Patch)"
Write-Output "[Info] McAfee VirusScan Enterprise v$Version (Patch: $Patch)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# LogFilePath
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
$LogFilePath = (Get-ItemProperty -Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Environment" -Name "DEFLOGDIR").DEFLOGDIR
Write-Output "[Info] LogFilePath: $LogFilePath"
Write-Output "[Info] LogFilePath: $LogFilePath" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# QuarantineDirectory
$QuarantineDirectory = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\McAfee\DesktopProtection" -Name QuarantineDirectory).QuarantineDirectory
Write-Output "[Info] QuarantineDirectory: $QuarantineDirectory"
Write-Output "[Info] QuarantineDirectory: $QuarantineDirectory" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# QuarantineAge (in days)
$QuarantineAge = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\McAfee\DesktopProtection" -Name QuarantineAge).QuarantineAge
Write-Output "[Info] QuarantineAge (in days): $QuarantineAge"
Write-Output "[Info] QuarantineAge (in days): $QuarantineAge" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Quarantine Files
if (Test-Path "$QuarantineDirectory\*.bup")
{
$BUPFILES = Get-ChildItem "$QuarantineDirectory\*.bup" | Measure-Object | ForEach-Object{$_.Count}
Write-Output "[Alert] $BUPFILES McAfee Quarantine file(s) found"
Write-Output "[Alert] $BUPFILES McAfee Quarantine file(s) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] No McAfee Quarantine file(s) found"
Write-Output "[Info] No McAfee Quarantine file(s) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Trend Micro Apex One
if (Test-Path "HKLM:\SOFTWARE\WOW6432Node\Microsoft\Windows\CurrentVersion\Uninstall\ApexOneNT")
{
# Version
$Version = ((Get-ItemProperty -Path "HKLM:\SOFTWARE\WOW6432Node\Microsoft\Windows\CurrentVersion\Uninstall\ApexOneNT" -Name DisplayVersion).DisplayVersion).split("\.")[0,1] -join "."
$Build = ((Get-ItemProperty -Path "HKLM:\SOFTWARE\WOW6432Node\Microsoft\Windows\CurrentVersion\Uninstall\ApexOneNT" -Name DisplayVersion).DisplayVersion).split("\.")[-1]
Write-Output "[Info] Trend Micro Apex One $Version (Build: $Build)"
Write-Output "[Info] Trend Micro Apex One $Version (Build: $Build)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Agent Installation Folder
$InstallPath = (Get-ItemProperty -Path "HKLM:\SOFTWARE\TrendMicro\Osprey" -Name InstallPath).InstallPath
Write-Output "[Info] Agent Installation Folder: $InstallPath"
Write-Output "[Info] Agent Installation Folder: $InstallPath" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# QuarantineDirectory
if (Test-Path "$InstallPath\SUSPECT\Backup\*.qtn")
{
$QTNFILES = Get-ChildItem "$InstallPath\SUSPECT\Backup\*.qtn" | Measure-Object | ForEach-Object{$_.Count}
Write-Output "[Alert] $QTNFILES Trend Micro Quarantine file(s) found"
Write-Output "[Alert] $QTNFILES Trend Micro Quarantine file(s) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] No Trend Micro Quarantine file(s) found"
Write-Output "[Info] No Trend Micro Quarantine file(s) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Sophos Endpoint Security and Control (SESC) --> Sophos Anti-Virus (SAV)
if (Test-Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Application")
{
# Version
$Version = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Telemetry\Install" -Name Version).Version
# UpToDateState
$UpToDateState = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Status" -Name UpToDateState).UpToDateState
# 1 - TRUE
Write-Output "[Info] Sophos Anti-Virus $Version (UpToDateState: $UpToDateState)"
# LastUpdateTime
$LastUpdateTime = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Status" -Name LastUpdateTime).LastUpdateTime
$TimestampUtc = (([System.DateTimeOffset]::FromUnixTimeSeconds($LastUpdateTime)).DateTime).ToString("yyyy-MM-dd HH:mm:ss")
Write-Output = "[Info] LastUpdateTime: $TimestampUtc UTC"
# Features
$Features = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Telemetry\Install" -Name Features).Features
Write-Output "[Info] Features: $Features"
# AV - Anti-Virus
# CRT - Competitor Removal Tool (detects third-party security software)
# DLP - Data Leakage Prevention
# DVCCNTRL - Device Control
# HIPS - Host Intrusion Prevention
# PUA - Potentially Unwanted Applications
# URLSCRTY - URL-Filtering (Web Protection)
# WEBCNTRL - Web Control
# LogDir
$LogDir = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Application" -Name LogDir).LogDir
Write-Output "[Info] LogDir: $LogDir"
# DBFolder
$DBFolder = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Safestore" -Name DBFolder).DBFolder
Write-Output "[Info] DBFolder: $DBFolder"
# SafestoreCount
$SafestoreCount = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Wow6432Node\Sophos\SavService\Telemetry\Safestore" -Name store_count).store_count
Write-Output "[Info] SafestoreCount: $SafestoreCount"
}
# Microsoft Defender for Endpoint
if (Test-Path "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection")
{
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection\Status" -Value "OnboardingState")
{
if ((Get-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection\Status" -ErrorAction SilentlyContinue | Select-Object -ExpandProperty OnboardingState) -eq $True)
{
# OnboardingState
$OnboardingState = (Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection\Status" -Name OnboardingState).OnboardingState
if ($OnboardingState -match "1")
{
Write-Output "[Info] Microsoft Defender for Endpoint (OnboardingState: 1)"
Write-Output "[Info] Microsoft Defender for Endpoint (OnboardingState: 1)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] Microsoft Defender for Endpoint (OnboardingState: 0)"
Write-Output "[Info] Microsoft Defender for Endpoint (OnboardingState: 0)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# senseId
$senseId = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection" -Name senseId).senseId
Write-Output "[Info] senseId: $senseId"
Write-Output "[Info] senseId: $senseId" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# senseGuid
$senseGuid = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection" -Name senseGuid).senseGuid
Write-Output "[Info] senseGuid: $senseGuid"
Write-Output "[Info] senseGuid: $senseGuid" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# OrgId
$OrgId = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection\Status" -Name OrgId).OrgId
Write-Output "[Info] OrgId: $OrgId"
Write-Output "[Info] OrgId: $OrgId" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# LastConnected
$LastConnected = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows Advanced Threat Protection\Status" -Name LastConnected).LastConnected
$TimestampUtc = [datetime]::FromFileTime($LastConnected).ToString("yyyy-MM-dd HH:mm:ss")
Write-Output "[Info] LastConnected: $TimestampUtc"
Write-Output "[Info] LastConnected: $TimestampUtc" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
}
# Microsoft Defender AntiVirus
if (Get-Command -CommandType Function Get-MpComputerStatus -ErrorAction SilentlyContinue)
{
New-Item "$OUTPUT_FOLDER\System-Info\Microsoft-Defender" -ItemType Directory -Force | Out-Null
# MpComputerStatus
Get-MpComputerStatus -ErrorAction SilentlyContinue| Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\MpComputerStatus.txt"
# Real-Time Monitoring
$RealTimeProtectionEnabled = (Get-MpComputerStatus | Select-Object RealTimeProtectionEnabled -ErrorAction SilentlyContinue).RealTimeProtectionEnabled
if ($IsTamperProtected)
{
$RealTimeProtectionEnabled | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\RealTimeProtectionEnabled.txt"
}
# Tamper Protection
$IsTamperProtected = (Get-MpComputerStatus | Select-Object IsTamperProtected -ErrorAction SilentlyContinue).IsTamperProtected
if ($IsTamperProtected)
{
$IsTamperProtected | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\IsTamperProtected.txt"
}
# AMRunningMode
$AMRunningMode = (Get-MpComputerStatus | Select-Object AMRunningMode -ErrorAction SilentlyContinue).AMRunningMode
if ($AMRunningMode)
{
$AMRunningMode | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\AMRunningMode.txt"
}
# Normal means Microsoft Defender Antivirus is running in active mode.
# Passive mode means Microsoft Defender Antivirus running, but is not the primary antivirus/antimalware product on your device. Passive mode is only available for devices that are onboarded to Microsoft Defender for Endpoint and that meet certain requirements.
# EDR Block Mode means Microsoft Defender Antivirus is running and Endpoint detection and response (EDR) in block mode, a capability in Microsoft Defender for Endpoint, is enabled. Check the ForceDefenderPassiveMode registry key. If its value is 0, it is running in normal mode; otherwise, it is running in passive mode.
# SxS Passive Mode means Microsoft Defender Antivirus is running alongside another antivirus/antimalware product, and limited periodic scanning is used.
# IsVirtualMachine (True/False)
$IsVirtualMachine = (Get-MpComputerStatus | Select-Object IsVirtualMachine -ErrorAction SilentlyContinue).IsVirtualMachine
if ($IsVirtualMachine)
{
$IsVirtualMachine | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\IsVirtualMachine.txt"
}
# MpPreference
if (Get-Command -Name Get-MpPreference -CommandType Function -ErrorAction SilentlyContinue)
{
Get-MpPreference | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Get-MpPreference.txt"
# Exclusions
New-Item "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Exclusions" -ItemType Directory -Force | Out-Null
# ExclusionPath
$ExclusionPath = (Get-MpPreference | Select-Object ExclusionPath).ExclusionPath
if ($ExclusionPath)
{
$ExclusionPath | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Exclusions\ExclusionPath.txt"
}
# ExclusionExtension
$ExclusionExtension = (Get-MpPreference | Select-Object ExclusionExtension).ExclusionExtension
if ($ExclusionExtension)
{
$ExclusionExtension | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Exclusions\ExclusionExtension.txt"
}
# ExclusionIpAddress
$ExclusionIpAddress = (Get-MpPreference | Select-Object ExclusionIpAddress -ErrorAction SilentlyContinue).ExclusionIpAddress
if ($ExclusionIpAddress)
{
$ExclusionIpAddress | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Exclusions\ExclusionIpAddress.txt"
}
# ExclusionProcess
$ExclusionProcess = (Get-MpPreference | Select-Object ExclusionProcess -ErrorAction SilentlyContinue).ExclusionProcess
if ($ExclusionProcess)
{
$ExclusionProcess | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Exclusions\ExclusionProcess.txt"
}
}
# Gets active and past malware threats that Windows Defender detected
Get-MpThreatDetection -ErrorAction SilentlyContinue | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Get-MpThreatDetection.txt"
# Gets the history of threats detected on the computer
Get-MpThreat -ErrorAction SilentlyContinue | Out-File "$OUTPUT_FOLDER\System-Info\Microsoft-Defender\Get-MpThreat.txt"
}
# Get-SecurityProduct
Function Get-SecurityProduct
{
# AntiVirusProduct
if (Get-WmiObject -List -Namespace "root\SecurityCenter2" -ErrorAction SilentlyContinue | Where-Object {$_.Name -eq "AntiVirusProduct"})
{
$AntiVirusProducts = Get-WmiObject -Namespace "root\SecurityCenter2" -Class AntiVirusProduct
if ($AntiVirusProducts)
{
$AntiVirus = @()
ForEach($AntiVirusProduct in $AntiVirusProducts)
{
# Switch to determine the status of Anti-Virus definitions and Real-Time Protection
switch ($AntiVirusProduct.productState)
{
"262144" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "Yes" } # McAfee Endpoint Security (ENS)
"262160" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "No" }
"266240" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"} # McAfee Endpoint Security (ENS)
"266256" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "No"}
"393216" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "Yes"} # Microsoft Security Essentials, McAfee Endpoint Security (ENS)
"393232" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "No"}
"393472" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "Yes"} # Windows Defender
"393488" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "No"}
"397312" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"} # Microsoft Security Essentials, McAfee Endpoint Security (ENS)
"397328" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "No"} # McAfee Endpoint Security (ENS)
"397568" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"} # Windows Defender
"397584" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "No"} # Windows Defender
"401664" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"} # Windows Defender
default {$RealTimeProtectionStatus = "Unknown"; $DefinitionStatus = "Unknown"}
}
$AV = @{}
$AV.'Display Name' = $AntiVirusProduct.displayName
$AV.'Instance GUID' = $AntiVirusProduct.instanceGuid
$AV.'Product State' = $AntiVirusProduct.productState
$AV.'Enabled' = $RealTimeProtectionStatus
$AV.'Up To Date' = $DefinitionStatus
$AV.'Product Type' = "AntiVirusProduct"
$AV.'Product EXE' = $AntiVirusProduct.pathToSignedProductExe
$AV.'Reporting EXE' = $AntiVirusProduct.pathToSignedReportingExe
$AntiVirus += New-Object -TypeName PSObject -Property $AV
}
New-Item "$OUTPUT_FOLDER\System-Info\Get-SecurityProduct" -ItemType Directory -Force | Out-Null
$AntiVirus | Select-Object "Display Name","Instance GUID","Product State","Enabled","Up To Date","Product Type","Product EXE","Reporting EXE" | ConvertTo-Csv -NoTypeInformation -Delimiter "," | Out-File "$OUTPUT_FOLDER\System-Info\Get-SecurityProduct\SecurityProducts.csv"
}
}
# AntiSpywareProduct
if (Get-WmiObject -List -Namespace "root\SecurityCenter2" -ErrorAction SilentlyContinue | Where-Object {$_.Name -eq "AntiSpywareProduct"})
{
$AntiSpywareProducts = Get-WmiObject -Namespace "root\SecurityCenter2" -Class AntiSpywareProduct
if ($AntiSpywareProducts)
{
$AntiSpyware = @()
ForEach($AntiSpywareProduct in $AntiSpywareProducts)
{
switch ($AntiSpywareProduct.productState)
{
"262144" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "Yes" }
"262160" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "No" }
"266240" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"}
"266256" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "No"}
"393216" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "Yes"}
"393232" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "No"}
"393472" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "Yes"}
"393488" {$RealTimeProtectionStatus = "No"; $DefinitionStatus = "No"}
"397312" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"}
"397328" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "No"}
"397568" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"}
"397584" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "No"}
"401664" {$RealTimeProtectionStatus = "Yes"; $DefinitionStatus = "Yes"}
default {$RealTimeProtectionStatus = "Unknown"; $DefinitionStatus = "Unknown"}
}
$AS = @{}
$AS.'Display Name' = $AntiSpywareProduct.displayName
$AS.'Instance GUID' = $AntiSpywareProduct.instanceGuid
$AS.'Product State' = $AntiSpywareProduct.productState
$AS.'Enabled' = $RealTimeProtectionStatus
$AS.'Up To Date' = $DefinitionStatus
$AS.'Product Type' = "AntiSpywareProduct"
$AS.'Product EXE' = $AntiSpywareProduct.pathToSignedProductExe
$AS.'Reporting EXE' = $AntiSpywareProduct.pathToSignedReportingExe
$AntiSpyware += New-Object -TypeName PSObject -Property $AS
}
New-Item "$OUTPUT_FOLDER\System-Info\Get-SecurityProduct" -ItemType Directory -Force | Out-Null
$AntiSpyware | Select-Object "Display Name","Instance GUID","Product State","Enabled","Up To Date","Product Type","Product EXE","Reporting EXE" | ConvertTo-Csv -NoTypeInformation -Delimiter "," | Select-Object -Skip 1 | Out-File "$OUTPUT_FOLDER\System-Info\Get-SecurityProduct\SecurityProducts.csv" -Append
}
}
}
Get-SecurityProduct
# ProductName
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "ProductName")
{
$ProductName = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name ProductName).ProductName)
}
# OSArchitecture
$OSArchitecture = ( (Get-WmiObject -Class Win32_OperatingSystem).OSArchitecture )
if ($OSArchitecture -like "*64*")
{
$OSArchitecture = "64-Bit"
}
else
{
$OSArchitecture = "32-Bit"
}
# Processor Architecture
# ARM
if ($env:PROCESSOR_ARCHITECTURE -like "*ARM*")
{
$ProcessorArchitecture = "ARM-based Processor"
}
# AMD64
if ($env:PROCESSOR_ARCHITECTURE -like "*AMD64*")
{
$ProcessorArchitecture = "x64-based Processor"
}
# x86
if ($env:PROCESSOR_ARCHITECTURE -like "*x86*")
{
$ProcessorArchitecture = "x86-based Processor"
}
# CSDVersion
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "CSDVersion")
{
$OSVersion = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name CSDVersion).CSDVersion)
}
# Windows 10
if ($ProductName -like "*Windows 10*")
{
# Major
$Major = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name CurrentMajorVersionNumber).CurrentMajorVersionNumber)
# Minor
$Minor = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name CurrentMinorVersionNumber).CurrentMinorVersionNumber)
}
else
{
# CurrentVersion
$CurrentVersion = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name CurrentVersion).CurrentVersion)
# Major
$Major = $CurrentVersion.split('.')[0]
# Minor
$Minor = $CurrentVersion.split('.')[1]
}
# Windows 10, Windows 11, Windows Server 2016, Windows Server 2019, and Windows Server 2022
if (($ProductName -like "*Windows 10*") -Or ($ProductName -like "*Windows Server 2016*") -Or ($ProductName -like "*Windows Server 2019*") -Or ($ProductName -like "*Windows Server 2022*"))
{
# DisplayVersion
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "DisplayVersion")
{
$DisplayVersion = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name DisplayVersion).DisplayVersion)
}
# ReleaseID
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "ReleaseID")
{
$ReleaseID = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name ReleaseID).ReleaseID)
}
# CurrentBuildNumber
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "CurrentBuildNumber")
{
$CurrentBuildNumber = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name CurrentBuildNumber).CurrentBuildNumber)
}
# UBR (Update Build Revision)
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "UBR")
{
$UBR = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name UBR).UBR)
}
# Windows 11 (CurrentBuildNumber + Update Build Revision)
# Windows 11 Build 21996 --> First Developer Preview
# Windows 11 Build 22000 --> First Public Preview
if ($CurrentBuildNumber -ge "21996")
{
$ProductName = $ProductName | ForEach-Object{($_ -replace "10","11")}
Write-Output "[Info] OS: $ProductName ($OSArchitecture), Version: $DisplayVersion ($Major.$Minor.$CurrentBuildNumber.$UBR)"
Write-Output "[Info] OS: $ProductName ($OSArchitecture), Version: $DisplayVersion ($Major.$Minor.$CurrentBuildNumber.$UBR)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# System Type
Write-Output "[Info] System Type: $OSArchitecture Operating System, $ProcessorArchitecture"
Write-Output "[Info] System Type: $OSArchitecture Operating System, $ProcessorArchitecture" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
if ($DisplayVersion)
{
Write-Output "[Info] OS: $ProductName ($OSArchitecture), Version: $ReleaseID / $DisplayVersion ($Major.$Minor.$CurrentBuildNumber.$UBR)"
Write-Output "[Info] OS: $ProductName ($OSArchitecture), Version: $ReleaseID / $DisplayVersion ($Major.$Minor.$CurrentBuildNumber.$UBR)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] OS: $ProductName, Version: $ReleaseID ($Major.$Minor.$CurrentBuildNumber.$UBR)"
Write-Output "[Info] OS: $ProductName, Version: $ReleaseID ($Major.$Minor.$CurrentBuildNumber.$UBR)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# System Type
Write-Output "[Info] System Type: $OSArchitecture Operating System, $ProcessorArchitecture"
Write-Output "[Info] System Type: $OSArchitecture Operating System, $ProcessorArchitecture" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
}
else
{
# CurrentBuildNumber
$CurrentBuildNumber = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name CurrentBuildNumber).CurrentBuildNumber)
# Revision Number
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "BuildLabEx")
{
# BuildLabEx
$BuildLabEx = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name BuildLabEx).BuildLabEx)
$RevisionNumber = $BuildLabEx.split('.')[1]
}
else
{
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "BuildLab")
{
# BuildLab
$BuildLab = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Name BuildLab).BuildLab)
$RevisionNumber = $BuildLab.split('-')[1]
}
}
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion" -Value "CSDVersion")
{
Write-Output "[Info] OS: $ProductName ($OSArchitecture), $OSVersion ($Major.$Minor.$CurrentBuildNumber.$RevisionNumber)"
Write-Output "[Info] OS: $ProductName ($OSArchitecture), $OSVersion ($Major.$Minor.$CurrentBuildNumber.$RevisionNumber)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] OS: $ProductName ($OSArchitecture), Version: $Major.$Minor (Build: $CurrentBuildNumber.$RevisionNumber)"
Write-Output "[Info] OS: $ProductName ($OSArchitecture), Version: $Major.$Minor (Build: $CurrentBuildNumber.$RevisionNumber)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# InstallDate (ISO 8601)
$OS = Get-WmiObject -class Win32_OperatingSystem
$InstallDate = ( $OS.ConvertToDateTime($OS.InstallDate).ToString("yyyy-MM-dd HH:mm:ss") )
Write-Output "[Info] InstallDate: $InstallDate UTC"
Write-Output "[Info] InstallDate: $InstallDate UTC" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# InstallDates (MM/dd/yyyy)
(Get-ChildItem "HKLM:\SYSTEM\Setup\Source OS*" | ForEach-Object {Get-ItemProperty $_.PSPath | Select-Object -Property PSChildName,ProductName,ReleaseId} | Sort-Object -Property ReleaseId | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\InstallDates.txt" 2> $null
# RegisteredOrganization
if ($null -ne (Get-Item -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion").GetValue("RegisteredOrganization"))
{
$RegisteredOrganization = ( (Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion\" -Name RegisteredOrganization).RegisteredOrganization )
if ($null -ne $RegisteredOrganization)
{
Write-Output "[Info] RegisteredOrganization: --"
Write-Output "[Info] RegisteredOrganization: --" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] RegisteredOrganization: $RegisteredOrganization"
Write-Output "[Info] RegisteredOrganization: $RegisteredOrganization" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# RegisteredOwner
if ($null -ne (Get-Item -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion").GetValue("RegisteredOwner"))
{
$RegisteredOwner = ( (Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion\" -Name RegisteredOwner).RegisteredOwner )
if ($null -ne $RegisteredOwner)
{
Write-Output "[Info] RegisteredOwner: --"
Write-Output "[Info] RegisteredOwner: --" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] RegisteredOwner: $RegisteredOwner"
Write-Output "[Info] RegisteredOwner: $RegisteredOwner" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# OEM Information
if (Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\OEMInformation" -Value "Manufacturer")
{
(Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\OEMInformation" | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\OEMInformation.txt" 2> $null
}
# System Language ID
# https://docs.microsoft.com/en-us/windows/desktop/intl/language-identifier-constants-and-strings
$SystemLanguageID = ( (Get-WmiObject -class Win32_OperatingSystem).Locale )
Write-Output "[Info] System Language ID: $SystemLanguageID (e.g. 0407 = Germany)"
Write-Output "[Info] System Language ID: $SystemLanguageID (e.g. 0407 = Germany)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Keyboard Layout
# https://docs.microsoft.com/en-us/windows-hardware/manufacture/desktop/windows-language-pack-default-values
# Note: This will return a list of all installed keyboards of the current user, with the one currently in use as 1.
reg query "HKEY_CURRENT_USER\Keyboard Layout\Preload" | Where-Object {$_ -ne ""} > "$OUTPUT_FOLDER\System-Info\Keyboard-Layout.txt" 2> $null
# Computer System
(Get-WmiObject -Class Win32_ComputerSystem | Select-Object Name,Manufacturer,Model,ChassisSKUNumber,Domain,SystemType,PrimaryOwnerName | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\ComputerSystem.txt" 2> $null
# Physical Memory
(Get-WmiObject -Class Win32_PhysicalMemory | Select-Object Manufacturer,PartNumber,SerialNumber,Banklabel,Configuredclockspeed,Devicelocator,Capacity | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\PhysicalMemory.txt" 2> $null
# BIOS
(Get-WmiObject -Class Win32_BIOS | Select-Object Manufacturer,SMBIOSBIOSVersion,Name,SerialNumber,Version,ReleaseDate | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\BIOS.txt" 2> $null
# Operating System
(Get-WmiObject -Class Win32_OperatingSystem | Select-Object Manufacturer,Caption,Version,BuildNumber,OSArchitecture,OSLanguage,Locale,SystemDrive,NumberOfProcesses | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\OperatingSystem.txt" 2> $null
# User Accounts (Local)
(Get-WmiObject -Class Win32_UserAccount -Filter "LocalAccount='True'" | Select-Object AccountType,Description,Status,Disabled,Caption,Domain,SID,FullName,Name,LocalAccount,Lockout,PasswordRequired,PasswordChangeable,PasswordExpires | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\UserAccounts-Local.txt" 2> $null
# Users
(Get-ChildItem -Force "$env:SystemDrive\Users\*\NTUSER.DAT" | Select-Object FullName,Length, CreationTimeUtc,LastAccessTimeUtc,LastWriteTimeUtc,Attributes | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\Users.txt" 2> $null
# PsLoggedOn --> No ARM64 Support
# Note: When launched for the first time, PsLoggedOn will create following regkey: HKCU\Software\Sysinternals\PsLoggedOn\EulaAccepted=0x01
if (!($env:PROCESSOR_ARCHITECTURE -eq "ARM64"))
{
& $PsLoggedOn -accepteula > "$OUTPUT_FOLDER\System-Info\PsLoggedOn.txt"
}
# Local Users
if (Get-Command -CommandType Cmdlet Get-LocalUser -ErrorAction SilentlyContinue)
{
Get-LocalUser | Format-Table | Out-File "$OUTPUT_FOLDER\System-Info\LocalUsers.txt" -Encoding UTF8
}
# Active Users
if (Get-Command -CommandType Application query -ErrorAction SilentlyContinue)
{
query user > "$OUTPUT_FOLDER\System-Info\ActiveUsers.txt"
}
# Check if WMI Class exists
if (Get-WmiObject -List | Where-Object {$_.Name -eq "Win32_Printer"})
{
# Printer
(Get-WmiObject -Class Win32_Printer | Format-Table DeviceID,DriverName -AutoSize | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\Printer.txt" 2> $null
Get-WmiObject -Class Win32_Printer | Select-Object DeviceID,DriverName | Export-Csv "$OUTPUT_FOLDER\System-Info\Printer.csv" -Delimiter "`t" -NoTypeInformation
}
# Virtualization-Based Security (VBS)
if (Get-Command -CommandType Cmdlet Get-CimInstance -ErrorAction SilentlyContinue)
{
# Check if WMI Namespace exists
if (Get-WmiObject -List -Namespace "root\Microsoft\Windows\DeviceGuard" -ErrorAction SilentlyContinue | Where-Object {$_.Name -eq "Win32_DeviceGuard"})
{
Function Get-DeviceGuardStatus
{
$AvailableSecurityPropertiesTable = @{
1 = 'BaseVirtualizationSupport'
2 = 'SecureBoot'
3 = 'DMAProtection'
4 = 'SecureMemoryOverwrite'
5 = 'UEFICodeReadOnly'
6 = 'SMMSecurityMitigations1.0'
}
$CodeIntegrityPolicyEnforcementStatusTable = @{
0 = 'Off'
1 = 'AuditMode'
2 = 'EnforcementMode'
}
$SecurityServicesConfiguredTable = @{
1 = 'CredentialGuard'
2 = 'HypervisorEnforcedCodeIntegrity'
}
$VirtualizationBasedSecurityStatusTable = @{
0 = 'Off'
1 = 'Configured'
2 = 'Running'
}
$DeviceGuardStatus = Get-CimInstance -Namespace root\Microsoft\Windows\DeviceGuard -ClassName Win32_DeviceGuard
if ($DeviceGuardStatus)
{
$AvailableSecurityProperties = $DeviceGuardStatus.AvailableSecurityProperties | ForEach-Object { $AvailableSecurityPropertiesTable[[Int32] $_] }
$CodeIntegrityPolicyEnforcementStatus = $CodeIntegrityPolicyEnforcementStatusTable[[Int32] $DeviceGuardStatus.CodeIntegrityPolicyEnforcementStatus]
$RequiredSecurityProperties = $DeviceGuardStatus.RequiredSecurityProperties | ForEach-Object { $AvailableSecurityPropertiesTable[[Int32] $_] }
$SecurityServicesConfigured = $DeviceGuardStatus.SecurityServicesConfigured | ForEach-Object { $SecurityServicesConfiguredTable[[Int32] $_] }
$SecurityServicesRunning = $DeviceGuardStatus.SecurityServicesRunning | ForEach-Object { $SecurityServicesConfiguredTable[[Int32] $_] }
$UsermodeCodeIntegrityPolicyEnforcementStatus = $CodeIntegrityPolicyEnforcementStatusTable[[Int32] $DeviceGuardStatus.UsermodeCodeIntegrityPolicyEnforcementStatus]
$VirtualizationBasedSecurityStatus = $VirtualizationBasedSecurityStatusTable[[Int32] $DeviceGuardStatus.VirtualizationBasedSecurityStatus]
$ObjectProperties = [Ordered] @{
AvailableSecurityProperties = $AvailableSecurityProperties
CodeIntegrityPolicyEnforcementStatus = $CodeIntegrityPolicyEnforcementStatus
InstanceIdentifier = $DeviceGuardStatus.InstanceIdentifier
RequiredSecurityProperties = $RequiredSecurityProperties
SecurityServicesConfigured = $SecurityServicesConfigured
SecurityServicesRunning = $SecurityServicesRunning
UsermodeCodeIntegrityPolicyEnforcementStatus = $UsermodeCodeIntegrityPolicyEnforcementStatus
Version = $DeviceGuardStatus.Version
VirtualizationBasedSecurityStatus = $VirtualizationBasedSecurityStatus
}
[PSCustomObject] $ObjectProperties
}
}
$AvailableSecurityProperties = (Get-DeviceGuardStatus | Select-Object -ExpandProperty AvailableSecurityProperties) -join ', '
$CodeIntegrityPolicyEnforcementStatus = (Get-DeviceGuardStatus | Select-Object CodeIntegrityPolicyEnforcementStatus).CodeIntegrityPolicyEnforcementStatus
$InstanceIdentifier = (Get-DeviceGuardStatus | Select-Object InstanceIdentifier).InstanceIdentifier
$RequiredSecurityProperties = (Get-DeviceGuardStatus | Select-Object RequiredSecurityProperties).RequiredSecurityProperties
$SecurityServicesConfigured = (Get-DeviceGuardStatus | Select-Object SecurityServicesConfigured).SecurityServicesConfigured
$SecurityServicesRunning = (Get-DeviceGuardStatus | Select-Object SecurityServicesRunning).SecurityServicesRunning
$UsermodeCodeIntegrityPolicyEnforcementStatus = (Get-DeviceGuardStatus | Select-Object UsermodeCodeIntegrityPolicyEnforcementStatus).UsermodeCodeIntegrityPolicyEnforcementStatus
$Version = (Get-DeviceGuardStatus | Select-Object Version).Version
$VirtualizationBasedSecurityStatus = (Get-DeviceGuardStatus | Select-Object VirtualizationBasedSecurityStatus).VirtualizationBasedSecurityStatus
Write-Output "AvailableSecurityProperties : $AvailableSecurityProperties" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
Write-Output "CodeIntegrityPolicyEnforcementStatus : $CodeIntegrityPolicyEnforcementStatus" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
Write-Output "InstanceIdentifier : $InstanceIdentifier" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
Write-Output "RequiredSecurityProperties : $RequiredSecurityProperties" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
Write-Output "SecurityServicesConfigured : $SecurityServicesConfigured" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
write-Output "SecurityServicesRunning : $SecurityServicesRunning" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
Write-Output "UsermodeCodeIntegrityPolicyEnforcementStatus : $UsermodeCodeIntegrityPolicyEnforcementStatus" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
Write-Output "Version : $Version" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
Write-Output "VirtualizationBasedSecurityStatus : $VirtualizationBasedSecurityStatus" | Out-File "$OUTPUT_FOLDER\System-Info\DeviceGuard.txt" -Append
}
}
# Time Difference
$LocalTime = (Get-Date)
$UniversalTime = [datetime]::Now.ToUniversalTime()
$DiffHours = [math]::Round(($LocalTime - $UniversalTime).TotalHours)
if ($DiffHours)
{
if ($DiffHours -like "*-*")
{
$UTC = ("UTC" + $DiffHours + ":00")
}
else
{
$UTC = ("UTC+" + $DiffHours + ":00")
}
}
# Timezone Info
$TimeZone = ( [TimeZoneInfo]::Local.Id )
Write-Output "[Info] Timezone Info: $TimeZone ($UTC)"
Write-Output "[Info] Timezone Info: $TimeZone ($UTC)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# StandardName
(Get-WmiObject -Class Win32_TimeZone).StandardName > "$OUTPUT_FOLDER\System-Info\Timezone-StandardName.txt" 2> $null
# DaylightName
(Get-WmiObject -Class Win32_TimeZone).DaylightName > "$OUTPUT_FOLDER\System-Info\Timezone-DaylightName.txt" 2> $null
# Caption
(Get-WmiObject -Class Win32_TimeZone).Caption > "$OUTPUT_FOLDER\System-Info\Timezone-Caption.txt" 2> $null
# Last Logged On User
$LastLoggedOnUser = ( (Get-WmiObject -Class Win32_ComputerSystem -ErrorAction SilentlyContinue).Username -creplace '(?s)^.*\\', '' )
Write-Output "[Info] Last Logged On User: $LastLoggedOnUser"
Write-Output "[Info] Last Logged On User: $LastLoggedOnUser" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Last Boot Up Time (ISO 8601)
# https://www.systanddeploy.com/2022/06/using-powershell-to-get-real-device.html
if (Test-RegistryValue -Path "HKLM:\SYSTEM\CurrentControlSet\Control\Session Manager\Power" -Value "HiberbootEnabled")
{
$FastBoot = (Get-ItemProperty "HKLM:\SYSTEM\CurrentControlSet\Control\Session Manager\Power" -ErrorAction SilentlyContinue).HiberbootEnabled
if($FastBoot -eq 0)
{
$OS = Get-WmiObject -Class Win32_OperatingSystem -ErrorAction SilentlyContinue
$Uptime = (Get-Date) - $OS.ConvertToDateTime($OS.LastBootUpTime)
Write-Output ("[Info] Last Boot: " + $OS.ConvertToDateTime($OS.LastBootUpTime).ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss UTC") )
Write-Output ("[Info] Uptime: " + $Uptime.Days + " Days " + $Uptime.Hours + " Hours " + $Uptime.Minutes + " Minutes" )
Write-Output ("[Info] Last Boot: " + $OS.ConvertToDateTime($OS.LastBootUpTime).ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss UTC") ) | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ("[Info] Uptime: " + $Uptime.Days + " Days " + $Uptime.Hours + " Hours " + $Uptime.Minutes + " Minutes" ) | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
elseif($FastBoot -eq 1)
{
$BootEvent = Get-WinEvent -ProviderName "Microsoft-Windows-Kernel-Boot"| Where-Object {$_.ID -eq 27 -and $_.Message -like "*0x1*"} # Shutdown with fast boot
if($null -ne $BootEvent)
{
$LastBoot = ($BootEvent[0].TimeCreated).ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss")
$Uptime = New-TimeSpan -Start "$LastBoot" -End $(Get-Date)
Write-Output "[Info] Last Boot: $LastBoot UTC"
Write-Output "[Info] Last Boot: $LastBoot UTC" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ("[Info] Uptime: " + $Uptime.Days + " Days " + $Uptime.Hours + " Hours " + $Uptime.Minutes + " Minutes" )
Write-Output ("[Info] Uptime: " + $Uptime.Days + " Days " + $Uptime.Hours + " Hours " + $Uptime.Minutes + " Minutes" ) | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
}
else
{
$OS = Get-WmiObject -Class Win32_OperatingSystem -ErrorAction SilentlyContinue
$Uptime = (Get-Date) - $OS.ConvertToDateTime($OS.LastBootUpTime)
Write-Output ("[Info] Last Boot: " + $OS.ConvertToDateTime($OS.LastBootUpTime).ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss UTC") )
Write-Output ("[Info] Uptime: " + $Uptime.Days + " Days " + $Uptime.Hours + " Hours " + $Uptime.Minutes + " Minutes" )
Write-Output ("[Info] Last Boot: " + $OS.ConvertToDateTime($OS.LastBootUpTime).ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss UTC") ) | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output ("[Info] Uptime: " + $Uptime.Days + " Days " + $Uptime.Hours + " Hours " + $Uptime.Minutes + " Minutes" ) | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Active Connections
if (Get-Command -Name Get-NetTCPConnection -CommandType Function -ErrorAction SilentlyContinue)
{
$netstat = Get-NetTCPConnection | Select-Object -Property @{N="CreationTime UTC"; E={($_.CreationTime).ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss")}},@{N="CreationTime"; E={($_.CreationTime).ToString("yyyy-MM-dd HH:mm:ss")}},LocalAddress,LocalPort,RemoteAddress,RemotePort,State
if ($netstat)
{
$netstat | Export-Csv "$OUTPUT_FOLDER\System-Info\netstat.csv" -NoTypeInformation
$netstat | Format-Table -AutoSize | Out-File "$OUTPUT_FOLDER\System-Info\netstat.txt"
}
}
else
{
netstat | Out-File "$OUTPUT_FOLDER\System-Info\netstat.txt"
}
# Opened Files (remotely through a shared folder)
if (Get-Command -Name openfiles -CommandType Application -ErrorAction SilentlyContinue)
{
# TXT
openfiles | Out-File "$OUTPUT_FOLDER\System-Info\OpenFiles.txt" -Encoding UTF8
# CSV
(openfiles) -split "\n" -replace '\s\s+', ',' | Out-File "$OUTPUT_FOLDER\System-Info\OpenFiles.csv" -Encoding UTF8
}
# DNS Cache (useful for recent web history)
if (Get-Command -Name Get-DnsClientCache -CommandType Function -ErrorAction SilentlyContinue)
{
$DnsClientCacheEntries = Get-DnsClientCache
if ($DnsClientCacheEntries)
{
$DnsClientCache = @()
ForEach($DnsClientCacheEntry in $DnsClientCacheEntries)
{
switch ($DnsClientCacheEntry.Section)
{
"1" { $SectionObject = 'Answer' }
"2" { $SectionObject = 'Authority' }
"3" { $SectionObject = 'Additional' }
}
switch ($DnsClientCacheEntry.Status)
{
"0" { $StatusObject = 'Success' }
"9003" { $StatusObject = 'NotExist' }
"9701" { $StatusObject = 'NoRecords' }
}
switch ($DnsClientCacheEntry.Type)
{
"1" { $TypeObject = 'A' }
"2" { $TypeObject = 'NS' }
"5" { $TypeObject = 'CNAME' }
"6" { $TypeObject = 'SOA' }
"12" { $TypeObject = 'PTR' }
"15" { $TypeObject = 'MX' }
"28" { $TypeObject = 'AAAA' }
"33" { $TypeObject = 'SRV' }
}
$DCC = @{}
$DCC.Name = $DnsClientCacheEntry.Name
$DCC.Entry = $DnsClientCacheEntry.Entry
$DCC.Data = $DnsClientCacheEntry.Data
$DCC.Section = $SectionObject
$DCC.Status = $StatusObject
$DCC.TTL = $DnsClientCacheEntry.TTL
$DCC.Type = $TypeObject
$DnsClientCache += New-Object -TypeName PSObject -Property $DCC
}
$DnsClientCache | Select-Object -Property Name, Entry, Data, Section, Status, TTL, Type | ConvertTo-Csv -NoTypeInformation -Delimiter "," | Out-File "$OUTPUT_FOLDER\System-Info\DnsClientCache.csv"
}
}
else
{
ipconfig /displaydns | Out-File "$OUTPUT_FOLDER\System-Info\ipconfig-displaydns.txt" -Encoding UTF8
}
# Network ARP Info
if (Get-Command -Name Get-NetNeighbor -CommandType Function -ErrorAction SilentlyContinue)
{
Get-NetNeighbor | Select-Object -Property InterfaceAlias, IPAddress, AddressFamily, LinkLayerAddress, State, Store | Export-Csv "$OUTPUT_FOLDER\System-Info\Network-ARP-Info.csv" -NoTypeInformation
}
else
{
arp -a | Out-File "$OUTPUT_FOLDER\System-Info\Network-ARP-Info.txt" -Encoding UTF8
}
# IP Routing Info
if (Get-Command -Name Get-NetRoute -CommandType Function -ErrorAction SilentlyContinue)
{
Get-NetRoute | Select-Object -Property DestinationPrefix, NextHop, RouteMetric, ifIndex, Store, State, Protocol, InterfaceAlias | Export-Csv "$OUTPUT_FOLDER\System-Info\IP-Routing-Info.csv" -NoTypeInformation
}
else
{
route print | Out-File "$OUTPUT_FOLDER\System-Info\IP-Routing-Info.txt" -Encoding UTF8
}
# Prefetch Settings
Write-Output "[Info] Checking Prefetch Settings ... "
Write-Output "[Info] Checking Prefetch Settings ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
if (Test-RegistryValue -Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management\PrefetchParameters" -Value "EnablePrefetcher")
{
$PrefetchParameters = (Get-ItemProperty -Path "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Memory Management\PrefetchParameters" -Name EnablePrefetcher).EnablePrefetcher
if ($PrefetchParameters -match "0")
{
Write-Output "[Info] Prefetching is disabled (0)"
Write-Output " Note: The default value is 3."
Write-Output "[Info] Prefetching is disabled (0)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output " Note: The default value is 3." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
if ($PrefetchParameters -match "1")
{
Write-Output "[Info] Application launch prefetching is enabled (1)"
Write-Output " Note: The default value is 3."
Write-Output "[Info] Application launch prefetching is enabled (1)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output " Note: The default value is 3." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
if ($PrefetchParameters -match "2")
{
Write-Output "[Info] Boot prefetching is enabled (2)"
Write-Output " Note: The default value is 3."
Write-Output "[Info] Boot prefetching is enabled (2)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output " Note: The default value is 3." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
if ($PrefetchParameters -match "3")
{
Write-Output "[Info] Both application launch and boot prefetching is enabled (3)"
Write-Output " Note: The default value is 3."
Write-Output "[Info] Both application launch and boot prefetching is enabled (3)" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output " Note: The default value is 3." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Prefetch List
# Win 7 - The Prefetch directory is self cleaning at 128 entries. When the 128 limit is reached Windows will keep the 32 most used Prefetch files.
# Windows 8 and above: Limited to 1024 Prefetch files.
if (Test-Path "$env:SystemDrive\Windows\Prefetch\*.pf")
{
# Count Prefetch Files
$Count = (Get-ChildItem -Path "$env:SystemDrive\Windows\Prefetch" -Filter "*.pf" | Measure-Object).Count
# Total Size
$TotalSize = Get-FileSize((Get-ChildItem -Path "$env:SystemDrive\Windows\Prefetch" -Filter "*.pf" | Measure-Object Length -Sum).Sum)
Write-Output "[Info] $Count Prefetch Files found ($TotalSize)."
# Prefetch Files
New-Item "$OUTPUT_FOLDER\System-Info\Prefetch" -ItemType Directory -Force | Out-Null
# TXT
Get-ChildItem -Path "$env:SystemDrive\Windows\Prefetch" -Filter "*.pf" | Select-Object Name | Out-File "$OUTPUT_FOLDER\System-Info\Prefetch\Prefetch-List.txt"
# CSV
Get-ChildItem -Path "$env:SystemDrive\Windows\Prefetch" -Filter "*.pf" | Select-Object Name, Length, @{Name="Size";Expression={ Get-FileSize ($_.Length) }},CreationTime,LastAccessTime,LastWriteTime,CreationTimeUtc,LastAccessTimeUtc,LastWriteTimeUtc | Export-Csv "$OUTPUT_FOLDER\System-Info\Prefetch\Prefetch-List.csv" -NoTypeInformation
}
else
{
Write-Output "[Info] No Prefetch Files found."
}
# Roaming User Profiles
# Roaming User Profiles redirects user profiles to a file share so that users receive the same operating system and application settings on multiple computers.
# When a user signs in to a computer by using an account that is set up with a file share as the profile path, the user's profile is downloaded to the local computer and merged with the local profile (if present).
# When the user signs out of the computer, the local copy of their profile, including any changes, is merged with the server copy of the profile. Typically, a network administrator enables Roaming User Profiles on domain accounts.
Function Get-RoamingProfile {
Get-WmiObject -Class Win32_UserProfile | Select-Object LocalPath,
@{N="LastUseTime UTC"; E={$_.ConvertToDateTime($_.LastUseTime).ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss")}},
@{N="LastUseTime"; E={$_.ConvertToDateTime($_.LastUseTime).ToString("yyyy-MM-dd HH:mm:ss")}},
Status,
@{N="Description"; E={switch($_.Status){
"0" {'Undefined - The status of the profile is not set.'}
"1" {'Temporary - The profile is a temporary profile and will be deleted after the user logs off.'}
"2" {'Roaming - The profile is set to roaming. If this bit is not set, the profile is set to local.'}
"4" {'Mandatory - The profile is a mandatory profile.'}
"8" {'Corrupted - The profile is corrupted and is not in use.'}
}}},
RemotePath,
SID
}
New-Item "$OUTPUT_FOLDER\System-Info\Get-RoamingProfile" -ItemType Directory -Force | Out-Null
Get-RoamingProfile | Export-Csv -Delimiter "`t" -Path "$OUTPUT_FOLDER\System-Info\Get-RoamingProfile\RoamingProfile.csv" -NoTypeInformation
# CentralProfile
$SID_LIST = ((Get-ChildItem "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion\ProfileList" -Force -Exclude 'S-1-5-18', 'S-1-5-19', 'S-1-5-20').Name).split('\')[-1]
$SID_LIST | Out-File "$OUTPUT_FOLDER\System-Info\Get-RoamingProfile\SecurityIdentifer-List.txt"
$Count = ($SID_LIST | Measure-Object).Count
Write-Output "[Info] $Count Security Identifier (SID) found"
Write-Output "[Info] $Count Security Identifier (SID) found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
ForEach( $SID in $SID_LIST )
{
$RID = $SID.split('-')[-1]
$User = ((Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion\ProfileList\$SID").ProfileImagePath).split('\')[2]
(Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion\ProfileList\$SID" | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\System-Info\Get-RoamingProfile\CentralProfile-$RID.txt"
# Check if CentralProfile value exists
if (!(Get-Content "$OUTPUT_FOLDER\System-Info\Get-RoamingProfile\CentralProfile-$RID.txt" | Select-String "CentralProfile" -Quiet))
{
Write-Output "[Info] $SID ($User) is a Local User Profile."
Write-Output "[Info] $SID ($User) is a Local User Profile." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] $SID ($User) is a Roaming User Profile"
Write-Output "[Info] $SID ($User) is a Roaming User Profile" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
#############################################################################################################################################################################################
# Folder Redirection (Current User ONLY)
# Folder Redirection enables users and administrator to redirect the path of a known folder to a new location, manually or by using Group Policy.
# The new location can be a folder on the local computer or a directory on a file share. Users interact with files in the redirected folder as if it still existed on the local drive.
# Shell Folders
# In Windows, each user account has associated personal folders, typically known as 'My Documents', 'My Music', and so on. The Windows shell records each user's personal folders, in the following registry keys:
# HKCU:\Software\Microsoft\Windows\CurrentVersion\Explorer\User Shell Folders
# HKCU:\Software\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders
# User Shell Folders
# The User Shell Folders subkey stores the paths to Windows Explorer folders for the current user of the computer.
# Shell Folders vs. User Shell Folders
# The entries can appear in both the older 'Shell Folders' subkey and the 'User Shell Folders' subkey.
# HKCU vs. HKLM
# The entries can appear in both HKCU and HKLM. The entries that appear in HKCU take precedence over those in HKLM.
Function Get-FolderRedirection {
New-Item "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection" -ItemType Directory -Force | Out-Null
# Shell Folders (HKCU)
if (Test-Path "HKCU:\Software\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders")
{
(Get-ItemProperty "HKCU:\Software\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders" | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_Shell-Folders.txt"
}
else
{
Write-Output '"HKCU:\Software\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders" does NOT exist.' | Out-File "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_Shell-Folders.txt"
}
# Check for Network Paths (HKCU)
if (Test-Path "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_Shell-Folders.txt")
{
if (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_Shell-Folders.txt" | Select-String -Pattern ": \\\\" -Quiet)
{
$Count = (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_Shell-Folders.txt" | Select-String -Pattern ": \\\\").Count
Write-Output "[Info] $Count Folder Redirection(s) detected (HKCU Shell Folders): Network Path"
Write-Output "[Info] $Count Folder Redirection(s) detected (HKCU Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] 0 Folder Redirection(s) detected (HKCU Shell Folders): Network Path"
Write-Output "[Info] 0 Folder Redirection(s) detected (HKCU Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Shell Folders (HKLM)
(Get-ItemProperty "HKLM:\Software\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders" | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_Shell-Folders.txt"
# Check for Network Paths (HKLM)
if (Test-Path "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_Shell-Folders.txt")
{
if (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_Shell-Folders.txt" | Select-String -Pattern ": \\\\" -Quiet)
{
$Count = (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_Shell-Folders.txt" | Select-String -Pattern ": \\\\").Count
Write-Output "[Info] $Count Folder Redirection(s) detected (HKLM Shell Folders): Network Path"
Write-Output "[Info] $Count Folder Redirection(s) detected (HKLM Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] 0 Folder Redirection(s) detected (HKLM Shell Folders): Network Path"
Write-Output "[Info] 0 Folder Redirection(s) detected (HKLM Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# User Shell Folders (HKCU)
(Get-ItemProperty "HKCU:\Software\Microsoft\Windows\CurrentVersion\Explorer\User Shell Folders" | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_User-Shell-Folders.txt"
# Check for Network Paths (HKCU)
if (Test-Path "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_User-Shell-Folders.txt")
{
if (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_User-Shell-Folders.txt" | Select-String -Pattern ": \\\\" -Quiet)
{
$Count = (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKCU_User-Shell-Folders.txt" | Select-String -Pattern ": \\\\").Count
Write-Output "[Info] $Count Folder Redirection(s) detected (HKCU User Shell Folders): Network Path"
Write-Output "[Info] $Count Folder Redirection(s) detected (HKCU User Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] 0 Folder Redirection(s) detected (HKCU User Shell Folders): Network Path"
Write-Output "[Info] 0 Folder Redirection(s) detected (HKCU User Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# User Shell Folders (HKLM)
(Get-ItemProperty "HKLM:\Software\Microsoft\Windows\CurrentVersion\Explorer\User Shell Folders" | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_User-Shell-Folders.txt"
# Check for Network Paths (HKLM)
if (Test-Path "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_User-Shell-Folders.txt")
{
if (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_User-Shell-Folders.txt" | Select-String -Pattern ": \\\\" -Quiet)
{
$Count = (Get-Content "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\HKLM_User-Shell-Folders.txt" | Select-String -Pattern ": \\\\").Count
Write-Output "[Info] $Count Folder Redirection(s) detected (HKLM User Shell Folders): Network Path"
Write-Output "[Info] $Count Folder Redirection(s) detected (HKLM User Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] 0 Folder Redirection(s) detected (HKLM User Shell Folders): Network Path"
Write-Output "[Info] 0 Folder Redirection(s) detected (HKLM User Shell Folders): Network Path" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# Enumerate Mapped Drives
Get-WmiObject Win32_MappedLogicalDisk | Select-Object Name, ProviderName, VolumeName, FileSystem, @{Name="Total Size (GB)";Expression={"{0:N2}" -F ($_.Size / 1GB)}}, @{Name="Free Space (GB)";Expression={"{0:N2}" -F ($_.FreeSpace / 1GB)}} | Format-Table -AutoSize | Out-File "$OUTPUT_FOLDER\System-Info\Get-FolderRedirection\Mapped-Drives.txt"
}
Get-FolderRedirection
# BitLocker Drive Encryption (BDE)
Write-Output "[Info] Checking for Encrypted Volumes ..."
Write-Output "[Info] Checking for Encrypted Volumes ..." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
New-Item "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes" -ItemType Directory -Force | Out-Null
if (Test-Path "$env:SystemDrive\Windows\System32\manage-bde.exe")
{
$BDE = "$env:SystemDrive\Windows\System32\manage-bde.exe"
& $BDE -protectors -get $env:SystemDrive > "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\Bitlocker-Protectors.txt" 2> $null
& $BDE -status $env:SystemDrive > "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\Bitlocker-Status.txt" 2> $null
# BitLocker (SystemDrive)
# Note: Bitlocker-Status.txt --> System Language
if ( Get-Content "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\Bitlocker-Status.txt" | Select-String "$env:SystemDrive" | Select-String "Volume" -Quiet )
{
if (( Select-String "100 %" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\Bitlocker-Status.txt" -Quiet ) -Or ( Select-String "100,0%" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\Bitlocker-Status.txt" -Quiet ) -Or ( Select-String "100,0 %" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\Bitlocker-Status.txt" -Quiet ))
{
Write-Output "[Info] Detection Method 1: Volume $env:SystemDrive is encrypted using BitLocker."
Write-Output "[Info] Detection Method 1: Volume $env:SystemDrive is encrypted using BitLocker." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
}
# Magnet Forensics Encrypted Disk Detector (e.g. TrueCrypt, PGP, Bitlocker, SafeBoot, BestCrypt, Check Point, Sophos, or Symantec) --> Doesn't detect BitLocker on AntAnalyzer (XTS-AES 128)
# Note: Encrypted Disk Detector is a command-line tool that can quickly and non-intrusively check for encrypted volumes on a computer system during incident response.
if (Test-Path "$EDD")
{
# .NET 4.0 Framework
if (Test-Path "HKLM:SOFTWARE\Microsoft\NET Framework Setup\NDP\v4\Full")
{
if (!($ProductName -like "*Windows 7*"))
{
# EDD
& $EDD /accepteula /batch > "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" 2> $null
# Encrypted volumes and/or processes were detected by EDD
if ( Select-String "Encrypted volumes and/or processes were detected by EDD" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" -Quiet )
{
Write-Output "[Info] Encrypted volumes and/or processes were detected by EDD."
Write-Output "[Info] Encrypted volumes and/or processes were detected by EDD." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
else
{
Write-Output "[Info] No encrypted volumes were found by EDD."
Write-Output "[Info] No encrypted volumes were found by EDD." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Bitlocker (SystemDrive)
if (( Select-String "Volume $env:SystemDrive" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" -Quiet ) -And ( Select-String "Bitlocker" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" -Quiet ))
{
Write-Output "[Info] Detection Method 2: Volume $env:SystemDrive is encrypted using BitLocker."
Write-Output "[Info] Detection Method 2: Volume $env:SystemDrive is encrypted using BitLocker." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Bitlocker (SystemVolume)
if (Select-String "is a Bitlocker encrypted volume" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" -Quiet)
{
$EncryptedVolume = (((Get-Content "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" | Select-String "is a Bitlocker encrypted volume") -replace "is a Bitlocker encrypted volume.$", "") -replace "Partition ", "Partition #" | Out-String).Trim()
# Check if SystemDrive is a Bitlocker encrypted volume
if (Get-Content "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" | Select-String "$EncryptedVolume" | Select-String "$env:SystemDrive" -Quiet)
{
Write-Output "[Info] Detection Method 2: Volume $env:SystemDrive is encrypted using BitLocker."
Write-Output "[Info] Detection Method 2: Volume $env:SystemDrive is encrypted using BitLocker." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
# VeraCrypt (Processes)
if (Select-String "VeraCrypt processes were located" -Path "$OUTPUT_FOLDER\System-Info\Get-EncryptedVolumes\EDD.txt" -Quiet)
{
Write-Output "[Info] VeraCrypt processes were located."
Write-Output "[Info] Note: Check 'System-Info\EDD.txt' for further informartion."
Write-Output "[Info] VeraCrypt processes were located." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "[Info] Note: Check 'System-Info\EDD.txt' for further informartion." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Info] Magnet Forensics Encrypted Disk Detector will be skipped ..."
Write-Output "[Info] Magnet Forensics Encrypted Disk Detector will be skipped ..." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Info] NET Framework v4 NOT found. Magnet Forensics Encrypted Disk Detector will be skipped ..."
Write-Output "[Info] NET Framework v4 NOT found. Magnet Forensics Encrypted Disk Detector will be skipped ..." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
}
else
{
Write-Output "[Error] EDD.exe NOT found."
Write-Output "[Error] EDD.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# R&S Trusted Disk
$Service = Get-WmiObject -Class Win32_Service -Filter "Name='TrustedDiskService'"
$State = $Service.State
if ($State -eq "Running")
{
$PathName = ((Get-WmiObject -Class Win32_Service | Where-Object {$_.Name -eq "TrustedDiskService"} | Select-Object PathName).PathName) -replace '"', ""
$Version = [System.Diagnostics.FileVersionInfo]::GetVersionInfo($PathName).FileVersion
Write-Output "[Info] R&S Trusted Disk ($Version) was found"
Write-Output "[Info] R&S Trusted Disk ($Version) was found" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# PhysicalDisk
(Get-WmiObject -Class Win32_DiskDrive | Select-Object DeviceID,Model,SerialNumber,Size,Partitions,MediaType,Description | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\PhysicalDisk.txt" 2> $null
# Windows 10 Class
# https://docs.microsoft.com/en-us/previous-versions/windows/desktop/stormgmt/msft-physicaldisk
$Class = Get-WmiObject -List -Namespace "root\Microsoft\Windows\Storage" -ErrorAction SilentlyContinue | Where-Object { $_.Name -eq 'MSFT_PhysicalDisk' }
if ( $null -ne $Class )
{
(Get-WmiObject -Class MSFT_PhysicalDisk -Namespace root\Microsoft\Windows\Storage -ErrorAction SilentlyContinue | Select-Object FriendlyName, SerialNumber, MediaType, HealthStatus, LogicalSectorSize, Size, SpindleSpeed | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\MSFT_PhysicalDisk.txt" 2> $null
}
# MediaType
#
# Value Meaning
# 0 Unspecified
# 3 HDD
# 4 SSD
# 5 SCM
# Correlate Physical Device ID to Volume Device ID
$ImageSource = (Get-WmiObject Win32_DiskDrive | ForEach-Object {
$disk = $_
$partitions = "ASSOCIATORS OF " +
"{Win32_DiskDrive.DeviceID='$($disk.DeviceID)'} " +
"WHERE AssocClass = Win32_DiskDriveToDiskPartition"
Get-WmiObject -Query $partitions | ForEach-Object {
$partition = $_
$drives = "ASSOCIATORS OF " +
"{Win32_DiskPartition.DeviceID='$($partition.DeviceID)'} " +
"WHERE AssocClass = Win32_LogicalDiskToPartition"
Get-WmiObject -Query $drives | ForEach-Object {
$driveLetter = $_.DeviceID
$fltr = "DriveLetter='$driveLetter'"
New-Object -Type PSCustomObject -Property @{
Disk = $disk.DeviceID
DriveLetter = $driveLetter
VolumeName = $_.VolumeName
VolumeID = Get-WmiObject -Class Win32_Volume -Filter $fltr |
Select-Object -Expand DeviceID
}
}
}
})
$ImageSource | Out-File "$OUTPUT_FOLDER\System-Info\Source-Drive-Selection.txt"
$ImageSource | Export-Csv "$OUTPUT_FOLDER\System-Info\Source-Drive-Selection.csv" -Delimiter "`t" -NoTypeInformation
# Volume
(Get-WmiObject -Class Win32_Volume | Select-Object DriveLetter,Label,FileSystem,Capacity,FreeSpace,SerialNumber,DeviceID | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\Volume.txt" 2> $null
# LogicalDisk
(Get-WmiObject -Class Win32_LogicalDisk | Select-Object DeviceID,VolumeName,FreeSpace,Size,VolumeSerialNumber,MediaType,DriveType,FileSystem | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\LogicalDisk.txt" 2> $null
# DiskPartition
(Get-WmiObject -Class Win32_DiskPartition | Select-Object DeviceID,Description,BlockSize,Bootable,Size,StartingOffset | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\DiskPartition.txt" 2> $null
# Shared Folders
(Get-WmiObject -Class Win32_Share | Format-Table Name,Path,Description,Type -AutoSize | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\SharedFolders.txt" 2> $null
# Network Adapter Configuration
(Get-WmiObject -Class Win32_NetworkAdapterConfiguration -Filter 'IPEnabled = "true"' | Select-Object -Property Description, @{name='IPAddress';Expression={($_.IPAddress[0])}}, MacAddress, DHCPEnabled | Out-String).Trim() > "$OUTPUT_FOLDER\System-Info\NetworkAdapterConfiguration.txt" 2> $null
Get-WmiObject -Class Win32_NetworkAdapterConfiguration -Filter 'IPEnabled = "true"' | Select-Object -Property Description, @{name='IPAddress';Expression={($_.IPAddress[0])}}, MacAddress, DHCPEnabled, DefaultIPGateway, @{name='IPSubnet';Expression={($_.IPSubnet[0])}} | Export-Csv "$OUTPUT_FOLDER\System-Info\NetworkAdapterConfiguration.csv" -Delimiter "`t" -NoTypeInformation
# System Environment Variables (set for everyone)
$CurrentControlSet = (Get-ItemProperty "HKLM:\SYSTEM\Select" -Name Current).Current
(Get-ItemProperty "HKLM:\SYSTEM\ControlSet00$CurrentControlSet\Control\Session Manager\Environment" | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\System-Info\System-Environment-Variables.txt"
# User Environment Variables (set for current user)
(Get-ItemProperty "HKCU:\Environment" | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\System-Info\User-Environment-Variables_HKCU.txt"
# PCSystemType
$PCSystemType = (Get-Wmiobject -Class Win32_ComputerSystem -ComputerName $env:COMPUTERNAME).PCSystemType
switch($PCSystemType)
{
"1" { $EnumPCSystemType = 'Desktop' }
"2" { $EnumPCSystemType = 'Mobile / Laptop' }
"3" { $EnumPCSystemType = 'Workstation' }
"4" { $EnumPCSystemType = 'Enterprise Server' }
"5" { $EnumPCSystemType = 'Small Office and Home Office (SOHO) Server' }
"6" { $EnumPCSystemType = 'Appliance PC' }
"7" { $EnumPCSystemType = 'Performance Server' }
"8" { $EnumPCSystemType = 'Maximum' }
default { $EnumPCSystemType = 'PCSystemType is unspecified'}
}
Write-Output "$EnumPCSystemType" | Out-File "$OUTPUT_FOLDER\System-Info\PCSystemType.txt"
# Shadow Copies
if (Get-Command -CommandType Cmdlet Get-CimInstance -ErrorAction SilentlyContinue)
{
Get-CimInstance Win32_ShadowCopy | Out-File "$OUTPUT_FOLDER\System-Info\ShadowCopies.txt" -Encoding UTF8
Get-CimInstance Win32_ShadowCopy | ConvertTo-Csv -NoTypeInformation | Out-File "$OUTPUT_FOLDER\System-Info\ShadowCopies.csv" -Encoding UTF8
}
# Plug and Play (PnP) Devices
if (Get-Command -CommandType Function Get-PnpDevice -ErrorAction SilentlyContinue)
{
Get-PnpDevice | Export-Csv -Path "$OUTPUT_FOLDER\System-Info\Get-PnpDevice.csv" -NoTypeInformation -Encoding UTF8 2> $null
}
# Domain
if ((Get-WmiObject -Class Win32_ComputerSystem).PartOfDomain -eq $true)
{
(Get-WmiObject Win32_ComputerSystem).Domain | Out-File "$OUTPUT_FOLDER\System-Info\Domain.txt" -Encoding UTF8
}
# DomainRole
$DomainRole = (Get-Wmiobject -Class Win32_ComputerSystem -ComputerName $env:COMPUTERNAME).DomainRole
switch($DomainRole)
{
"0" { $EnumDomainRole = 'Standalone Workstation' }
"1" { $EnumDomainRole = 'Member Workstation' }
"2" { $EnumDomainRole = 'Standalone Server' }
"3" { $EnumDomainRole = 'Member Server' }
"4" { $EnumDomainRole = 'Backup Domain Controller' }
"5" { $EnumDomainRole = 'Primary Domain Controller' }
}
Write-Output "$EnumDomainRole" | Out-File "$OUTPUT_FOLDER\System-Info\DomainRole.txt"
# Enumerate Active SMB Sessions
if (Get-Command Get-SmbSession -CommandType Function -ErrorAction SilentlyContinue)
{
Get-SmbSession | Out-File "$OUTPUT_FOLDER\System-Info\Get-SmbSession.txt" -Encoding UTF8
}
# RDP Sessions
if (Get-Command -CommandType Application qwinsta -ErrorAction SilentlyContinue)
{
qwinsta /server:localhost > "$OUTPUT_FOLDER\System-Info\RDP-Sessions.txt"
(qwinsta /server:localhost) -split "\n" -replace '\s\s+', ',' | Out-File "$OUTPUT_FOLDER\System-Info\RDP-Sessions.csv" -Encoding UTF8
}
# IPv4
$IPv4 = Get-WmiObject -Class Win32_NetworkAdapterConfiguration | Where-Object {$_.IPAddress} | Select-Object -ExpandProperty IPAddress | Where-Object {$_ -notlike "*:*"}
Write-Output "$IPv4" | Out-File "$OUTPUT_FOLDER\System-Info\IPv4.txt" -Encoding UTF8
# IP Address Configuration
if (Get-Command Get-NetIPAddress -CommandType Function -ErrorAction SilentlyContinue)
{
Get-NetIPAddress | ConvertTo-Csv -NoTypeInformation | Out-File "$OUTPUT_FOLDER\System-Info\Get-NetIPAddress.csv" -Encoding UTF8
}
# Microsoft Protection Logs
Write-Output "[Info] Collecting Microsoft Protection Logs (MPLogs) ..."
New-Item "$OUTPUT_FOLDER\System-Info\MPLogs" -ItemType Directory -Force | Out-Null
# MPLogs
if (Test-Path "$env:ALLUSERSPROFILE\Microsoft\Windows Defender\Support\*MPLog-*.log")
{
Copy-Item "$env:ALLUSERSPROFILE\Microsoft\Windows Defender\Support\*MPLog-*.log" -Destination "$OUTPUT_FOLDER\System-Info\MPLogs"
# Count
$Count = (Get-ChildItem -Path "$OUTPUT_FOLDER\System-Info\MPLogs" -Filter "*MPLog-*.log" | Measure-Object).Count
Write-Output "[Info] $Count MPLog(s) found"
}
# MPDetection
if (Test-Path "$env:ALLUSERSPROFILE\Microsoft\Windows Defender\Support\*MPDetection-*.log")
{
Copy-Item "$env:ALLUSERSPROFILE\Microsoft\Windows Defender\Support\*MPDetection-*.log" -Destination "$OUTPUT_FOLDER\System-Info\MPLogs"
}
# Windows Installer
if (Get-Command -CommandType Cmdlet Get-WinEvent -ErrorAction SilentlyContinue)
{
# TXT
Get-WinEvent -ProviderName MsiInstaller | Where-Object Id -eq "1033" | Select-Object TimeCreated,Message | Format-List * | Out-File "$OUTPUT_FOLDER\System-Info\WindowsInstaller.txt" -Encoding UTF8
# Custom CSV
$Installations = Get-WinEvent -ProviderName MsiInstaller | Where-Object Id -eq "1033"
$Results = [Collections.Generic.List[PSObject]]::new()
ForEach($Installation in $Installations)
{
$TimeCreated = $Installation | Select-Object -ExpandProperty TimeCreated
$Message = $Installation | Select-Object -ExpandProperty Message
$Line = [PSCustomObject]@{
"TimeCreated" = (Get-Date $TimeCreated).ToString("yyyy-MM-dd HH:mm:ss")
"UserId" = $Installation.UserId
"Manufacturer" = $Message | ForEach-Object{($_ -split ":\s+")[4]} | ForEach-Object{($_ -split "\.\s+")[0]}
"ProductName" = $Message | ForEach-Object{($_ -split ":\s+")[1]} | ForEach-Object{($_ -split "\.\s+")[0]}
"Version" = $Message | ForEach-Object{($_ -split ":\s+")[2]} | ForEach-Object{($_ -split "\.\s+")[0]}
"Language" = $Message | ForEach-Object{($_ -split ":\s+")[3]} | ForEach-Object{($_ -split "\.")[0]}
"Status" = $Message | ForEach-Object{($_ -split ":\s+")[5]} | ForEach-Object{($_ -split "\.")[0]}
"Message" = $Message
}
$Results.Add($Line)
}
$Results | Export-Csv -Path "$OUTPUT_FOLDER\System-Info\WindowsInstaller.csv" -NoTypeInformation -Encoding UTF8
}
#endregion SystemInfo
#############################################################################################################################################################################################
#region fsutil
# Check if fsutil exists
if (Get-Command "fsutil" -ErrorAction SilentlyContinue)
{
# fsutil
# https://docs.microsoft.com/en-us/windows-server/administration/windows-commands/fsutil
New-Item "$OUTPUT_FOLDER\FileSystem\fsutil" -ItemType Directory -Force | Out-Null
# Drives
fsutil fsInfo drives > "$OUTPUT_FOLDER\FileSystem\fsutil\Drives.txt" 2> $null
if ((Test-Path "$OUTPUT_FOLDER\FileSystem\fsutil\Drives.txt") -And ((Get-Item "$OUTPUT_FOLDER\FileSystem\fsutil\Drives.txt").length -gt 0kb))
{
(Get-Content "$OUTPUT_FOLDER\FileSystem\fsutil\Drives.txt" | ForEach-Object{($_ -split "\s+")} | Select-String -Pattern ":\\" | ForEach-Object{($_ -replace "\\","")} | Out-String).Trim() | Out-File "$OUTPUT_FOLDER\FileSystem\fsutil\All-Drives.txt"
$Drives = Get-Content "$OUTPUT_FOLDER\FileSystem\fsutil\All-Drives.txt"
ForEach( $Drive in $Drives )
{
$DriveLetter = "$Drive" | ForEach-Object{($_ -replace ":","")}
New-Item "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter" -ItemType Directory -Force | Out-Null
# DriveType
fsutil fsInfo driveType $Drive > "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter\DriveType.txt" 2> $null
# Volume Info
fsutil fsInfo volumeInfo $Drive > "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter\VolumeInfo.txt" 2> $null
# NTFS Info
fsutil fsInfo ntfsInfo $Drive > "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter\NTFS-Info.txt" 2> $null
# Statistics
fsutil fsInfo statistics $Drive > "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter\Statistics.txt" 2> $null
# Determining amount of free space on a drive
fsutil volume diskfree $Drive > "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter\DiskFree.txt" 2> $null
# allocationreport - Displays information about how storage is used on a given volume
fsutil volume allocationreport $Drive > "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter\AllocationReport.txt" 2> $null
# USN Info
fsutil usn queryjournal $Drive > "$OUTPUT_FOLDER\FileSystem\fsutil\$DriveLetter\USN-Info.txt" 2> $null
}
# Cleaning up
Remove-Item "$OUTPUT_FOLDER\FileSystem\fsutil\All-Drives.txt" -Force
}
# TRIM (SSD)
fsutil behavior query DisableDeleteNotify NTFS > "$OUTPUT_FOLDER\FileSystem\fsutil\SSD-TRIM.txt" 2> $null
# 0 = TRIM Enabled
# 1 = TRIM Disabled
# NTFS Pagefile Encryption --> Encrypting File System (EFS)
fsutil behavior query encryptpagingfile > "$OUTPUT_FOLDER\FileSystem\fsutil\Pagefile-Encryption.txt" 2> $null
}
#endregion fsutil
#############################################################################################################################################################################################
#region Footer
# Error Log
$Error | Out-File "$OUTPUT_FOLDER\Error.txt"
$Error.Clear()
# Creating Secure Archive
if (Test-Path "$7za")
{
if (Test-Path "$OUTPUT_FOLDER")
{
Write-Output "[Info] Preparing Secure Archive Container [time-consuming task] ... "
Write-Output "[Info] Preparing Secure Archive Container [time-consuming task] ... " | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
& $7za a -mx5 -mhe "-p$PASSWORD" -t7z "$OUTPUT_FOLDER.7z" "$OUTPUT_FOLDER\*" > $null 2>&1
# Archive Size
$Length = (Get-Item -Path "$OUTPUT_FOLDER.7z").Length
$Size = Get-FileSize($Length)
Write-Output "[Info] Archive Size: $Size"
Write-Output "[Info] Archive Size: $Size" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Cleaning up
if (Test-Path "$OUTPUT_FOLDER")
{
Get-ChildItem -Path "$OUTPUT_FOLDER" -Recurse | Remove-Item -Force -Recurse
Remove-Item "$OUTPUT_FOLDER" -Force
}
}
}
else
{
Write-Output "[Error] 7za.exe NOT found."
Write-Output "[Error] 7za.exe NOT found." | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
}
# Get End Time
$endTime = (Get-Date)
$AcquisitionEndTime = [datetime]::Now.ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss")
# Echo Time elapsed
Write-Output ""
Write-Output "" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "FINISHED!"
Write-Output "FINISHED!" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
$Time = ($endTime-$startTime)
$ElapsedTime = ('Overall acquisition duration: {0} h {1} min {2} sec' -f $Time.Hours, $Time.Minutes, $Time.Seconds)
Write-Output "$ElapsedTime"
Write-Output "$ElapsedTime" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# Acquisition Duration (ISO 8601)
Write-Output "" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "Acquisition Start : $AcquisitionStartTime UTC" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
Write-Output "Acquisition Finished : $AcquisitionEndTime UTC" | Out-File "$LOG_DIR\$Timestamp-Logfile.txt" -Append
# MessageBox UI
if ($Pagefile -eq "--Pagefile")
{
if (Get-Content -Path "$LOG_DIR\$Timestamp-Logfile.txt" | Select-String -Pattern "\[Error\]" -Quiet)
{
$ErrorCount = (Get-Content -Path "$LOG_DIR\$Timestamp-Logfile.txt" | Select-String -Pattern "\[Error\]" | Measure-Object).Count
$MessageBody = "Memory Acquisition completed w/ $ErrorCount error(s).`nPlease check Logfile for further information!"
$MessageTitle = "Collect-MemoryDump.ps1 (https://lethal-forensics.com/)"
$ButtonType = "OK"
$MessageIcon = "Error"
$Result = [System.Windows.Forms.MessageBox]::Show($MessageBody, $MessageTitle, $ButtonType, $MessageIcon)
}
else
{
if ($Triage -eq "--Triage")
{
# Memory Snapshot + Pagefile Collection (Optional) + Triage Collection (Optional)
$MessageBody = "Memory Snapshot created successfully.`nPagefile Collection completed.`nTriage Collection completed."
}
else
{
# Memory Snapshot + Pagefile Collection (Optional)
$MessageBody = "Memory Snapshot created successfully.`n`nPagefile Collection completed."
}
$MessageTitle = "Collect-MemoryDump.ps1 (https://lethal-forensics.com/)"
$ButtonType = "OK"
$MessageIcon = "Information"
$Result = [System.Windows.Forms.MessageBox]::Show($MessageBody, $MessageTitle, $ButtonType, $MessageIcon)
}
}
else
{
if (Get-Content -Path "$LOG_DIR\$Timestamp-Logfile.txt" | Select-String -Pattern "\[Error\]" -Quiet)
{
$MessageBody = "Memory Acquisition completed with $ErrorCount error(s).`nPlease check Logfile for further information!"
$MessageTitle = "Collect-MemoryDump.ps1 (https://lethal-forensics.com/)"
$ButtonType = "OK"
$MessageIcon = "Error"
$Result = [System.Windows.Forms.MessageBox]::Show($MessageBody, $MessageTitle, $ButtonType, $MessageIcon)
}
else
{
if ($Triage -eq "--Triage")
{
# Triage Collection (Optional)
$MessageBody = "Status: Memory Snapshot created successfully.`n`nTriage Collection completed."
}
else
{
# Memory Snapshot
$MessageBody = "Status: Memory Snapshot created successfully."
}
$MessageTitle = "Collect-MemoryDump.ps1 (https://lethal-forensics.com/)"
$ButtonType = "OK"
$MessageIcon = "Information"
$Result = [System.Windows.Forms.MessageBox]::Show($MessageBody, $MessageTitle, $ButtonType, $MessageIcon)
}
}
if ($Result -eq "OK" )
{
# Set Windows Title back to default
$Host.UI.RawUI.WindowTitle = "$DefaultWindowsTitle"
# Exit
Exit
}
#endregion Footer
#############################################################################################################################################################################################
#############################################################################################################################################################################################
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# SIG # End signature block
================================================
FILE: LICENSE
================================================
GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc.
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.
================================================
FILE: README.md
================================================
# Collect-MemoryDump
Collect-MemoryDump - Automated Creation of Windows Memory Snapshots for DFIR
Collect-MemoryDump.ps1 is a PowerShell script utilized to collect a Memory Snapshot from a live Windows system (including Pagefile Collection) in a forensically sound manner.
Features:
* ARM64 Support (MAGNET DumpIt for Windows and MAGNET Response)
* Checks for Hostname and Physical Memory Size before starting memory acquisition
* Checks if you have enough free disk space to save memory dump file
* Collects a Microsoft Crash Dump w/ MAGNET DumpIt for Windows
* Collects a Raw Physical Memory Dump w/ MAGNET DumpIt, MAGNET RAM Capture, Belkasoft Live RAM Capturer and WinPMEM
* Pagefile Collection w/ MAGNET Response → very useful when dealing with reflective PE injection techniques
* Triage-Collection w/ MAGNET Response (Optional)
* Collects Running Process/Module Information w/ MAGNET Response
* Checks for Encrypted Volumes w/ MAGNET Encrypted Disk Detector (EDD)
* Collects BitLocker Recovery Key
* Checks for installed Endpoint Security Tools (AntiVirus and EDR)
* Enumerates all necessary information from the target host to enrich your DFIR workflow
* Creates a password-protected Secure Archive Container (PW: IncidentResponse)
> [!TIP]
> Automated Forensic Analysis of Windows Memory Dumps and corresponding Pagefiles w/ [MemProcFS-Analyzer](https://github.com/evild3ad/MemProcFS-Analyzer)
## First Public Release
MAGNET Talks - Frankfurt, Germany (July 27, 2022)
Presentation Title: Modern Digital Forensics and Incident Response Techniques
https://www.magnetforensics.com/
## Download
Download the latest version of **Collect-MemoryDump** from the [Releases](https://github.com/evild3ad/Collect-MemoryDump/releases/latest) section.
> [!NOTE]
> Collect-MemoryDump does not include all external tools by default.
You have to download following dependencies:
* [Belkasoft Live RAM Capturer](https://belkasoft.com/ram-capturer)
* [MAGNET DumpIt for Windows](https://www.magnetforensics.com/resources/magnet-dumpit-for-windows/)
* [MAGNET Encrypted Disk Detector](https://www.magnetforensics.com/resources/encrypted-disk-detector/)
* [MAGNET RAM Capture](https://www.magnetforensics.com/resources/magnet-ram-capture/)
* [MAGNET Response](https://www.magnetforensics.com/resources/magnet-response/)
Copy the required files to following file locations:
**Belkasoft Live RAM Capturer**
`$SCRIPT_DIR\Tools\RamCapturer\x64\msvcp110.dll`
`$SCRIPT_DIR\Tools\RamCapturer\x64\msvcr110.dll`
`$SCRIPT_DIR\Tools\RamCapturer\x64\RamCapture64.exe`
`$SCRIPT_DIR\Tools\RamCapturer\x64\RamCaptureDriver64.sys`
`$SCRIPT_DIR\Tools\RamCapturer\x86\msvcp110.dll`
`$SCRIPT_DIR\Tools\RamCapturer\x86\msvcr110.dll`
`$SCRIPT_DIR\Tools\RamCapturer\x86\RamCapture.exe`
`$SCRIPT_DIR\Tools\RamCapturer\x86\RamCaptureDriver.sys`
**MAGNET DumpIt for Windows**
`$SCRIPT_DIR\Tools\DumpIt\ARM64\DumpIt.exe`
`$SCRIPT_DIR\Tools\DumpIt\x64\DumpIt.exe`
`$SCRIPT_DIR\Tools\DumpIt\x86\DumpIt.exe`
**MAGNET Encrypted Disk Detector**
`$SCRIPT_DIR\Tools\EDD\EDDv310.exe`
**MAGNET Ram Capture**
`$SCRIPT_DIR\Tools\MRC\MRCv120.exe`
**MAGNET Response**
`$SCRIPT_DIR\Tools\MagnetRESPONSE\MagnetRESPONSE.exe`
Check out: [Wiki: How-to-add-or-update-dependencies](https://github.com/evild3ad/Collect-MemoryDump/wiki/How-to-add-or-update-dependencies)
## Usage
```powershell
.\Collect-MemoryDump.ps1 [-Tool] [--Pagefile] [--Triage]
```
Example 1 - Collect Microsoft Crash Dump and Pagefile
```powershell
.\Collect-MemoryDump.ps1 -Comae --Pagefile
```
Example 2 - Collect Raw Physical Memory Dump and Pagefile
```powershell
.\Collect-MemoryDump.ps1 -DumpIt --Pagefile
```
Example 3 - Collect Raw Physical Memory Dump
```powershell
.\Collect-MemoryDump.ps1 -WinPMEM
```
Example 4 - Collect Microsoft Crash Dump, Pagefile and Forensic Artifacts
```powershell
.\Collect-MemoryDump.ps1 -Comae --Pagefile --Triage
```
> [!IMPORTANT]
> Microsoft .NET Framework 4 (or later) must be installed on target system for MAGNET Encrypted Disk Detector and MAGNET Response. Simply skip the Pagefile Collection or download and install Microsoft .NET Framework 4 (Standalone Installer) from the Microsoft download site:
https://www.microsoft.com/en-us/download/details.aspx?id=17718
> [!IMPORTANT]
> MAGNET DumpIt for Windows does NOT support Windows 7 target systems. Please use any of the other memory acquisition tools when dealing with Windows 7.
**Fig 1:** Help Message
**Fig 2:** Check Available Space
**Fig 3:** Automated Creation of Windows Memory Snapshot w/ MAGNET DumpIt for Windows (incl. Pagefile)
**Fig 4:** Automated Creation of Windows Memory Snapshot w/ MAGNET DumpIt for Windows (incl. Pagefile)
**Fig 5:** Automated Creation of Windows Memory Snapshot w/ WinPMEM (incl. Pagefile)
**Fig 6:** Automated Creation of Windows Memory Snapshot w/ Belkasoft Live RAM Capturer (incl. Pagefile)
**Fig 7:** Pagefile Collection w/ MAGNET Response
**Fig 8:** Collecting Running Process/Module Information w/ MAGNET Response
**Fig 9:** Message Box
**Fig 10:** MAGNET RAM Capture
**Fig 11:** Automated Creation of Windows Memory Snapshot w/ MAGNET RAM Capture
**Fig 12:** Message Box
**Fig 13:** Triage Collection w/ MAGNET Response
**Fig 14:** Windows Memory Snapshot w/ MAGNET DumpIt (incl. Pagefile) + Triage Collection
**Fig 15:** Message Box
**Fig 16:** Secure Archive Container (PW: IncidentResponse) and Logfile.txt
**Fig 17:** Output Directories
**Fig 18:** Memory Directories (DumpIt and Pagefile)
**Fig 19:** Memory Snapshot (in a forensically sound manner)
**Fig 20:** Pagefile and PageFileInfo
**Fig 21:** Pagefile Collection (in a forensically sound manner)
**Fig 22:** Collected System Information
**Fig 23:** Automated Processing of 'ProcessesAndModules-Extended_Info.tsv' (MAGNET Response)
**Fig 24:** 'ProcessesAndModules-Extended_Info.ps1' → [MemProcFS-Analyzer](https://github.com/LETHAL-FORENSICS/MemProcFS-Analyzer/blob/main/Scripts/ProcessesAndModules-Extended_Info.ps1)
## Dependencies
7-Zip 24.09 Standalone Console (2024-11-29)
https://www.7-zip.org/download.html
Belkasoft Live RAM Capturer (2018-10-22)
https://belkasoft.com/ram-capturer
MAGNET DumpIt for Windows (2023-01-17) → Comae-Toolkit-v20230117
https://www.magnetforensics.com/resources/magnet-dumpit-for-windows/
MAGNET Encrypted Disk Detector v3.1.0 (2022-06-19)
https://www.magnetforensics.com/resources/encrypted-disk-detector/
MAGNET RAM Capture v1.2.0 (2019-07-24)
https://www.magnetforensics.com/resources/magnet-ram-capture/
Magnet RESPONSE v1.7.1 (2024-09-07)
https://www.magnetforensics.com/resources/magnet-response/
PsLoggedOn v1.35 (2016-06-29)
https://docs.microsoft.com/de-de/sysinternals/downloads/psloggedon
WinPMEM 4.0 RC2 (2020-10-13)
https://github.com/Velocidex/WinPmem/releases
## Links
[Belkasoft Live RAM Capturer](https://belkasoft.com/ram-capturer)
[MAGNET DumpIt for Windows](https://www.magnetforensics.com/resources/magnet-dumpit-for-windows/)
[MAGNET Encrypted Disk Detector](https://www.magnetforensics.com/resources/encrypted-disk-detector/)
[MAGNET RAM Capture](https://www.magnetforensics.com/resources/magnet-ram-capture/)
[MAGNET Response](https://www.magnetforensics.com/resources/magnet-response/)
[WinPMEM](https://github.com/Velocidex/WinPmem)
================================================
FILE: SECURITY.md
================================================
# Security Policy
## Reporting Security Issues
LETHAL-FORENSICS takes the security of our software products seriously. If you believe you have found a security vulnerability in any LETHAL-FORENSICS owned repository, please report it to us as described below.
### Reporting Process
1. Please do not report security vulnerabilities through public GitHub issues.
2. Instead, please contact us directly via:
- LinkedIn: [LETHAL-FORENSICS](https://linkedin.com/company/lethal-forensics)
- You can reach out through LinkedIn's messaging system first, and we can establish a secure communication channel if needed.
3. Also, please be aware that there is no bug bounty program in place where you can expect a reward for your report.
### Requested Information
When reporting a security issue, please include:
- A clear description of the security vulnerability
- Step-by-step instructions to reproduce the issue
- Impact of the issue, including how an attacker might exploit the issue
- System/environment where the vulnerability was discovered
- Version affected
This information will help us triage your report more quickly.
## Preferred Languages
We prefer all communications to be in English or German.
Thank you very much!