Avec l’essor du travail à distance et l’adoption généralisée des technologies cloud, il est devenu primordial pour les professionnels de l’informatique du monde entier de garantir la sécurité des terminaux. Pourvoir détecter les logiciels d’accès à distance est une préoccupation majeure, car il constitue souvent le point d’entrée des personnes malveillantes.
Contexte
Les outils d’accès à distance existent depuis un certain temps. S’ils peuvent être extrêmement utiles pour le dépannage et les tâches administratives à distance, ils peuvent également être exploités par des pirates informatiques pour obtenir un accès non autorisé aux systèmes. Il est essentiel pour les professionnels de l’informatique et les fournisseurs de services gérés (MSP) de comprendre comment détecter les logiciels d’accès à distance. Ils constituent la première ligne de défense contre les failles de sécurité potentielles et l’accès non autorisé aux données.
Le script :
#Requires -Version 5.1
<# .SYNOPSIS This script will look for remote access tools installed on the system. It can be given a list of tools to ignore as well as grab the exclusion list from a designated custom field. DISCLAIMER: This script is provided as a best effort for detecting remote access software installed on an agent, but it is not guaranteed to be 100% accurate. Some remote access software may not be detected, or false positives may be reported. Use this script at your own risk and verify its results with other methods where possible. .DESCRIPTION This script will look for remote access tools installed on the system. Below is the full list of tools. Please note you can give it a list of tools to ignore and you can have it grab the list from a custom field of your choosing. DISCLAIMER: This script is provided as a best effort for detecting remote access software installed on an agent, but it is not guaranteed to be 100% accurate. Some remote access software may not be detected, or false positives may be reported. Use this script at your own risk and verify its results with other methods where possible. Remote Tools: AeroAdmin, Ammyy Admin, AnyDesk, BeyondTrust, Chrome Remote Desktop, Connectwise Control, DWService, GoToMyPC, LiteManager, LogMeIn, ManageEngine, NoMachine, Parsec, Remote Utilities, RemotePC, Splashtop, Supremo, TeamViewer, TightVNC, UltraVNC, VNC Connect (RealVNC), Zoho Assist RMM's: Atera, Automate, Datto RMM, Kaseya, N-Able N-Central, N-Able N-Sight, Syncro .EXAMPLE (No Parameters) Name CurrentlyRunning HasRunningService UninstallString ---- ---------------- ----------------- --------------- Connectwise Control Yes Yes MsiExec /X{examplestring} Chrome Remote Desktop Yes Yes MsiExec /X{examplestring} PARAMETER: -ExcludeTools "Chrome Remote Desktop,Connectwise Control" A comma seperated list of tools you'd like to exclude from alerting on. .EXAMPLE -ExcludeTools "Chrome Remote Desktop,Connectwise Control" We couldn't find any active remote access tools! PARAMETER: -ExclusionsFromCustomField "ReplaceMeWithAnyTextCustomField" The name of a custom field that contains a comma seperated list of tools to exclude from alerting. ex. "ApprovedRemoteTools" .EXAMPLE -ExclusionsFromCustomField "ReplaceMeWithAnyTextCustomField" We couldn't find any active remote access tools! PARAMETER: -ExportCSV "ReplaceMeWithAnyMultiLineCustomField" The name of a multiline custom field to export to in csv format. ex. "RemoteTools" .EXAMPLE -ExportCSV "ReplaceMeWithAnyMultiLineCustomField" Name CurrentlyRunning HasRunningService UninstallString ---- ---------------- ----------------- --------------- Connectwise Control Yes Yes MsiExec /X{examplestring} Chrome Remote Desktop Yes Yes MsiExec /X{examplestring} PARAMETER: -ExportJSON "ReplaceMeWithAnyMultiLineCustomField" The name of a multiline custom field to export to in JSON format. ex. "RemoteTools" .EXAMPLE -ExportJSON "ReplaceMeWithAnyMultiLineCustomField" Name CurrentlyRunning HasRunningService UninstallString ---- ---------------- ----------------- --------------- Connectwise Control Yes Yes MsiExec /X{examplestring} Chrome Remote Desktop Yes Yes MsiExec /X{examplestring} PARAMETER: -ShowNotFound Show the tools the script did not find as well. .EXAMPLE -ShowNotFound Name CurrentlyRunning HasRunningService UninstallString ---- ---------------- ----------------- --------------- AeroAdmin No No Ammyy Admin No No BeyondTrust No No Connectwise Control Yes Yes MsiExec /X{examplestring} Chrome Remote Desktop Yes Yes MsiExec /X{examplestring} .OUTPUTS None .NOTES General notes: CustomFields must be multiline for export. Regular text is fine for ExclusionsFromCustomField Release notes: Initial Release By using this script, you indicate your acceptance of the following legal terms as well as our Terms of Use at https://www.ninjaone.com/terms-of-use. Ownership Rights: NinjaOne owns and will continue to own all right, title, and interest in and to the script (including the copyright). NinjaOne is giving you a limited license to use the script in accordance with these legal terms. Use Limitation: You may only use the script for your legitimate personal or internal business purposes, and you may not share the script with another party. Republication Prohibition: Under no circumstances are you permitted to re-publish the script in any script library or website belonging to or under the control of any other software provider. Warranty Disclaimer: The script is provided “as is” and “as available”, without warranty of any kind. NinjaOne makes no promise or guarantee that the script will be free from defects or that it will meet your specific needs or expectations. Assumption of Risk: Your use of the script is at your own risk. You acknowledge that there are certain inherent risks in using the script, and you understand and assume each of those risks. Waiver and Release: You will not hold NinjaOne responsible for any adverse or unintended consequences resulting from your use of the script, and you waive any legal or equitable rights or remedies you may have against NinjaOne relating to your use of the script. EULA: If you are a NinjaOne customer, your use of the script is subject to the End User License Agreement applicable to you (EULA). #>
[CmdletBinding()]
param (
[Parameter()]
[String]$ExcludeTools,
[Parameter()]
[String]$ExclusionsFromCustomField,
[Parameter()]
[String]$ExportCSV,
[Parameter()]
[String]$ExportJSON,
[Parameter()]
[Switch]$ShowNotFound
<# ## ParameterName Requirement DefaultValue Type Options Description ## ExcludeTools Optional none TEXT Comma seperated list of tools you would not like to look for. ExclusionsFromCustomField Optional none TEXT Name of custom field you would like to grab exclusions from. ExportCSV Optional none TEXT Name of multi-line custom field you would like to export results to. It will export them in csv format. ExportJSON Optional none TEXT Name of multi-line custom field you would like to export results to. It will export them in json format. ShowNotFound Optional false CHECKBOX Show results even if it didn't find that specific tool. #>
)
begin {
#DISCLAIMER: This script is provided as a best effort for detecting remote access software installed on an agent, but it is not guaranteed to be 100% accurate.
#Some remote access software may not be detected, or false positives may be reported. Use this script at your own risk and verify its results with other methods where possible.
# Check's the two Uninstall registry keys to see if the app is installed. Needs the name as it would appear in Control Panel.
function Find-UninstallKey {
[CmdletBinding()]
param (
[Parameter(ValueFromPipeline)]
[String]$DisplayName,
[Parameter()]
[Switch]$UninstallString
)
process {
$UninstallList = New-Object System.Collections.Generic.List[Object]
$Result = Get-ChildItem HKLM:SoftwareWow6432NodeMicrosoftWindowsCurrentVersionUninstall* | Get-ItemProperty |
Where-Object { $_.DisplayName -like "*$DisplayName*" }
if($Result){ $UninstallList.Add($Result) }
$Result = Get-ChildItem HKLM:SoftwareMicrosoftWindowsCurrentVersionUninstall* | Get-ItemProperty |
Where-Object { $_.DisplayName -like "*$DisplayName*" }
if($Result){ $UninstallList.Add($Result) }
# Programs don't always have an uninstall string listed here so to account for that I made this optional.
if ($UninstallString) {
# 64 Bit
$UninstallList | Select-Object -ExpandProperty UninstallString -ErrorAction Ignore
}
else {
$UninstallList
}
}
}
# This will see if the process is currently active. Some people may want to react sooner to these alerts if its currently running vs not.
function Find-Process {
[CmdletBinding()]
param(
[Parameter(ValueFromPipeline)]
[String]$Name
)
process {
Get-Process | Where-Object { $_.ProcessName -like "*$Name*" } | Select-Object -ExpandProperty Name
}
}
# This will search C:ProgramFiles and C:ProgramFiles(x86) for the executable these tools use to run.
function Find-Executable {
[CmdletBinding()]
param(
[Parameter(ValueFromPipeline)]
[String]$Path,
[Parameter()]
[Switch]$Special
)
process {
if(!$Special){
if (Test-Path "$env:ProgramFiles$Path") {
"$env:ProgramFiles$Path"
}
if (Test-Path "${Env:ProgramFiles(x86)}$Path") {
"${Env:ProgramFiles(x86)}$Path"
}
if (Test-Path "$env:ProgramData$Path") {
"$env:ProgramData$Path"
}
}else{
if(Test-Path $Path){
$Path
}
}
}
}
# Brought Get-CimInstance outside the function for better performance.
$ServiceList = Get-CimInstance win32_service
function Find-Service {
[CmdletBinding()]
param(
[Parameter(ValueFromPipeline)]
[String]$Name
)
process {
# Get-Service will display an error everytime it has an issue reading a service. Ignoring them as they're not relevant.
$ServiceList | Where-Object {$_.State -notlike "Disabled" -and $_.State -notlike "Stopped"} |
Where-Object {$_.PathName -Like "*$Name.exe*"}
}
}
function Export-CustomField {
[CmdletBinding()]
param(
[Parameter()]
[String]$Name,
[Parameter()]
[ValidateSet("csv", "json")]
[String]$Format,
[Parameter()]
[PSCustomObject]$Object
)
if ($Format -eq "csv") {
$csv = $Object | ConvertTo-Csv -NoTypeInformation | Out-String
Ninja-Property-Set $Name $csv
}
else {
$json = $Object | ConvertTo-Json | Out-String
Ninja-Property-Set $Name $json
}
}
# This define's what tools we're looking for and how the script can find them. Some don't actually install anywhere (portable app) others do.
# Some change their installation path everytime so not particularly worth it to find it that way.
# Others store themselves in a super weird directory. Many don't list exactly where there .exe file is stored and suggest you exclude the whole folder from the av.
$RemoteToolList = @(
[PSCustomObject]@{Name = "AeroAdmin"; ProcessName = "AeroAdmin" }
[PSCustomObject]@{Name = "Ammyy Admin"; ProcessName = "AA_v3" }
[PSCustomObject]@{Name = "AnyDesk"; DisplayName = "AnyDesk"; ProcessName = "AnyDesk"; ExecutablePath = "AnyDeskAnyDesk.exe" }
[PSCustomObject]@{Name = "BeyondTrust"; DisplayName = "Remote Support Jump Client", "Jumpoint"; ProcessName = "bomgar-jpt" }
[PSCustomObject]@{Name = "Chrome Remote Desktop"; DisplayName = "Chrome Remote Desktop Host"; ProcessName = "remoting_host"; ExecutablePath = "GoogleChrome Remote Desktop112.0.5615.26remoting_host.exe" }
[PSCustomObject]@{Name = "Connectwise Control"; DisplayName = "ScreenConnect Client"; ProcessName = "ScreenConnect.ClientService" }
[PSCustomObject]@{Name = "DWService"; DisplayName = "DWAgent"; ProcessName = "dwagent","dwagsvc"; ExecutablePath = "DWAgentruntimedwagent.exe" }
[PSCustomObject]@{Name = "GoToMyPC"; DisplayName = "GoToMyPC"; ProcessName = "g2comm", "g2pre", "g2svc", "g2tray"; ExecutablePath = "GoToMyPCg2comm.exe", "GoToMyPCg2pre.exe", "GoToMyPCg2svc.exe", "GoToMyPCg2tray.exe" }
[PSCustomObject]@{Name = "LiteManager"; DisplayName = "LiteManager Pro - Server"; ProcessName = "ROMServer", "ROMFUSClient"; ExecutablePath = "LiteManager Pro - ServerROMFUSClient.exe", "LiteManager Pro - ServerROMServer.exe" }
[PSCustomObject]@{Name = "LogMeIn"; DisplayName = "LogMeIn"; ProcessName = "LogMeIn"; ExecutablePath = "LogMeInx64LogMeIn.exe", "LogMeInx64LogMeInSystray.exe" }
[PSCustomObject]@{Name = "ManageEngine"; DisplayName = "ManageEngine Remote Access Plus - Server", "ManageEngine UEMS - Agent"; ProcessName = "dcagenttrayicon", "UEMS", "dcagentservice"; ExecutablePath = "UEMS_Agentbindcagenttrayicon.exe", "UEMS_CentralServerbinUEMS.exe", "UEMS_Agentbindcagentservice.exe" }
[PSCustomObject]@{Name = "NoMachine"; DisplayName = "NoMachine"; ProcessName = "nxd", "nxnode.bin", "nxserver.bin", "nxservice64"; ExecutablePath = "NoMachinebinnxd.exe", "NoMachinebinnxnode.bin", "NoMachinebinnxserver.bin", "NoMachinebinnxservice64.exe" }
[PSCustomObject]@{Name = "Parsec"; DisplayName = "Parsec"; ProcessName = "parsecd", "pservice"; ExecutablePath = "Parsecparsecd.exe", "Parsecpservice.exe" }
[PSCustomObject]@{Name = "Remote Utilities"; DisplayName = "Remote Utilities - Host"; ProcessName = "rutserv", "rfusclient"; ExecutablePath = "Remote Utilities - Hostrfusclient.exe" }
[PSCustomObject]@{Name = "RemotePC"; DisplayName = "RemotePC"; ProcessName = "RemotePCHostUI","RPCPerformanceService"; ExecutablePath = "RemotePC HostRemotePCHostUI.exe", "RemotePC HostRemotePCPerformanceRPCPerformanceService.exe" }
[PSCustomObject]@{Name = "Splashtop"; DisplayName = "Splashtop Streamer"; ProcessName = "SRAgent", "SRAppPB", "SRFeature", "SRManager", "SRService"; ExecutablePath = "SplashtopSplashtop RemoteServerSRService.exe" }
[PSCustomObject]@{Name = "Supremo"; ProcessName = "Supremo", "SupremoHelper", "SupremoService"; ExecutablePath = "SupremoSupremoService.exe" }
[PSCustomObject]@{Name = "TeamViewer"; DisplayName = "TeamViewer"; ProcessName = "TeamViewer", "TeamViewer_Service", "tv_w32", "tv_x64"; ExecutablePath = "TeamViewerTeamViewer.exe", "TeamViewerTeamViewer_Service.exe", "TeamViewertv_w32.exe", "TeamViewertv_x64.exe" }
[PSCustomObject]@{Name = "TightVNC"; DisplayName = "TightVNC"; ProcessName = "tvnserver"; ExecutablePath = "TightVNCtvnserver.exe" }
[PSCustomObject]@{Name = "UltraVNC"; DisplayName = "UltraVNC"; ProcessName = "winvnc"; ExecutablePath = "uvnc bvbaUltraVNCWinVNC.exe" }
[PSCustomObject]@{Name = "VNC Connect (RealVNC)"; DisplayName = "VNC Server"; ProcessName = "vncserver"; ExecutablePath = "RealVNCVNC Servervncserver.exe" }
[PSCustomObject]@{Name = "Zoho Assist"; DisplayName = "Zoho Assist Unattended Agent"; ProcessName = "ZohoURS", "ZohoURSService"; ExecutablePath = "ZohoMeetingUnAttendedZohoMeetingZohoURS.exe", "ZohoMeetingUnAttendedZohoMeetingZohoURSService.exe" }
[PSCustomObject]@{Name = "Atera"; DisplayName = "AteraAgent"; ProcessName = "AteraAgent"; ExecutablePath = "ATERA NetworksAteraAgentAteraAgent.exe"}
[PSCustomObject]@{Name = "Automate"; DisplayName = "Connectwise Automate"; ProcessName = "LTService", "LabTechService"; SpecialExecutablePath = "C:WindowsLTSvcLTSvc.exe"}
[PSCustomObject]@{Name = "Datto RMM"; DisplayName = "Datto RMM"; ProcessName = "AEMAgent"; ExecutablePath = "CentraStageAEMAgentAEMAgent.exe", "CentraStagegui.exe"}
[PSCustomObject]@{Name = "Kaseya"; DisplayName = "Kaseya Agent"; ProcessName = "AgentMon", "KaseyaRemoteControlHost", "Kasaya.AgentEndpoint"; ExecutablePath = "KaseyaAgentMonAgentMon.exe"}
[PSCustomObject]@{Name = "N-Able N-Central"; DisplayName = "Windows Agent"; ProcessName = "winagent"; ExecutablePath = "N-able TechnologiesWindows Agentwinagent.exe"}
[PSCustomObject]@{Name = "N-Able N-Sight"; DisplayName = "Advanced Monitoring Agent"; ProcessName = "winagent"; ExecutablePath = "Advanced Monitoring Agentwinagent.exe", "Advanced Monitoring Agent GPwinagent.exe"}
[PSCustomObject]@{Name = "Syncro"; DisplayName = "Syncro","Kabuto"; ProcessName = "Syncro.App.Runner", "Kabuto.App.Runner", "Syncro.Service.Runner", "Kabuto.Service.Runner", "SyncroLive.Agent.Runner", "Kabuto.Agent.Runner", "SyncroLive.Agent.Service", "Syncro.Access.Service", "Syncro.Access.App"; ExecutablePath = "RepairTechSyncroSyncro.Service.Runner.exe", "RepairTechSyncroSyncro.App.Runner.exe"}
)
}
process {
# Lets see what tools we don't want to alert on.
$ExcludedTools = New-Object System.Collections.Generic.List[String]
if ($ExcludeTools) {
$ExcludedTools.Add(($ExcludeTools.split(',')).Trim())
}
# Grabs the info we need from a textbox.
if ($env:ExcludeTools) {
$ExcludedTools.Add($env:ExcludeTools.split(','))
}
# For this kind of alert it might be worth it to create a whole custom field of ignorables.
if ($ExclusionsFromCustomField) {
$ExcludedTools.Add((Ninja-Property-Get $ExclusionsFromCustomField -split(',')).trim())
}
if ($env:ExclusionsFromCustomField) {
$ExcludedTools.Add((Ninja-Property-Get $env:ExclusionsFromCustomField -split(',')).trim())
}
if ($ExportCSV -or $Env:ExportCSV) {
$Format = "csv"
if ($ExportCSV) {
$ExportResults = $ExportCSV
}
if ($env:ExportCSV) {
$ExportResults = $env:ExportCSV
}
}elseif ($ExportJSON -or $env:ExportJSON) {
$Format = "json"
if ($ExportJSON) {
$ExportResults = $ExportJSON
}
if ($env:ExportJSON) {
$ExportResults = $env:ExportJSON
}
}
# This take's our list and begins searching by the 4 method's in the begin block.
$RemoteAccessTools = $RemoteToolList | ForEach-Object {
$UninstallKey = if ($_.DisplayName) {
$_.DisplayName | Find-UninstallKey
}
$UninstallInfo = if ($_.DisplayName) {
$_.DisplayName | Find-UninstallKey -UninstallString
}
$RunningStatus = if ($_.ProcessName) {
$_.ProcessName | Find-Process
}
$ServiceStatus = if($_.ProcessName) {
$_.ProcessName | Find-Service
}
$InstallPath = if ($_.ExecutablePath) {
$_.ExecutablePath | Find-Executable
}elseif($_.SpecialExecutablePath){
$_.SpecialExecutablePath | Find-Executable -Special
}
if ($UninstallKey -or $RunningStatus -or $InstallPath -or $ServiceStatus) {
$Installed = "Yes"
}
else {
$Installed = "No"
}
[PSCustomObject]@{
Name = $_.Name
Installed = $Installed
CurrentlyRunning = if ($RunningStatus) { "Yes" }else { "No" }
HasRunningService = if ($ServiceStatus) { "Yes" }else { "No" }
UninstallString = $UninstallInfo
ExePath = $InstallPath
} | Where-Object { $ExcludedTools -notcontains $_.Name }
}
$ActiveRemoteAccessTools = $RemoteAccessTools | Where-Object {$_.Installed -eq "Yes"}
# If we found anything in the three check's we're gonna indicate it's installed but we may also want to save our results to a custom field.
# We also may want to output more than "We couldn't find any active remote access tools!" in the event we find nothing.
if ($ShowNotFound -or $env:ShowNotFound) {
$RemoteAccessTools | Format-Table -Property Name, Installed, CurrentlyRunning, HasRunningService, UninstallString -AutoSize -Wrap | Out-String | Write-Host
if($ExportResults){
Export-CustomField -Name $ExportResults -Format $Format -Object ($RemoteAccessTools | Select-Object Name, Installed, CurrentlyRunning, HasRunningService)
}
}else{
if($ActiveRemoteAccessTools){
$ActiveRemoteAccessTools | Format-Table -Property Name, CurrentlyRunning, HasRunningService, UninstallString -AutoSize -Wrap | Out-String | Write-Host
if($ExportResults){
Export-CustomField -Name $ExportResults -Format $Format -Object ($ActiveRemoteAccessTools | Select-Object Name, CurrentlyRunning, HasRunningService)
}
}else{
Write-Host "We couldn't find any active remote access tools!"
}
}
if($ActiveRemoteAccessTools){
# We're going to set a failure status code in the event that we find something.
exit 1
}
else {
exit 0
}
}
|
#Requires -Version 5.1
<#
.SYNOPSIS
This script will look for remote access tools installed on the system. It can be given a list of tools to ignore as well as grab the exclusion list from a designated custom field.
DISCLAIMER: This script is provided as a best effort for detecting remote access software installed on an agent, but it is not guaranteed to be 100% accurate.
Some remote access software may not be detected, or false positives may be reported. Use this script at your own risk and verify its results with other methods where possible.
.DESCRIPTION
This script will look for remote access tools installed on the system. Below is the full list of tools. Please note you can give it a list of tools to ignore and you can have
it grab the list from a custom field of your choosing.
DISCLAIMER: This script is provided as a best effort for detecting remote access software installed on an agent, but it is not guaranteed to be 100% accurate.
Some remote access software may not be detected, or false positives may be reported. Use this script at your own risk and verify its results with other methods where possible.
Remote Tools: AeroAdmin, Ammyy Admin, AnyDesk, BeyondTrust, Chrome Remote Desktop, Connectwise Control, DWService, GoToMyPC, LiteManager, LogMeIn, ManageEngine,
NoMachine, Parsec, Remote Utilities, RemotePC, Splashtop, Supremo, TeamViewer, TightVNC, UltraVNC, VNC Connect (RealVNC), Zoho Assist
RMM's: Atera, Automate, Datto RMM, Kaseya, N-Able N-Central, N-Able N-Sight, Syncro
.EXAMPLE
(No Parameters)
Name CurrentlyRunning HasRunningService UninstallString
---- ---------------- ----------------- ---------------
Connectwise Control Yes Yes MsiExec /X{examplestring}
Chrome Remote Desktop Yes Yes MsiExec /X{examplestring}
PARAMETER: -ExcludeTools "Chrome Remote Desktop,Connectwise Control"
A comma seperated list of tools you'd like to exclude from alerting on.
.EXAMPLE
-ExcludeTools "Chrome Remote Desktop,Connectwise Control"
We couldn't find any active remote access tools!
PARAMETER: -ExclusionsFromCustomField "ReplaceMeWithAnyTextCustomField"
The name of a custom field that contains a comma seperated list of tools to exclude from alerting. ex. "ApprovedRemoteTools"
.EXAMPLE
-ExclusionsFromCustomField "ReplaceMeWithAnyTextCustomField"
We couldn't find any active remote access tools!
PARAMETER: -ExportCSV "ReplaceMeWithAnyMultiLineCustomField"
The name of a multiline custom field to export to in csv format. ex. "RemoteTools"
.EXAMPLE
-ExportCSV "ReplaceMeWithAnyMultiLineCustomField"
Name CurrentlyRunning HasRunningService UninstallString
---- ---------------- ----------------- ---------------
Connectwise Control Yes Yes MsiExec /X{examplestring}
Chrome Remote Desktop Yes Yes MsiExec /X{examplestring}
PARAMETER: -ExportJSON "ReplaceMeWithAnyMultiLineCustomField"
The name of a multiline custom field to export to in JSON format. ex. "RemoteTools"
.EXAMPLE
-ExportJSON "ReplaceMeWithAnyMultiLineCustomField"
Name CurrentlyRunning HasRunningService UninstallString
---- ---------------- ----------------- ---------------
Connectwise Control Yes Yes MsiExec /X{examplestring}
Chrome Remote Desktop Yes Yes MsiExec /X{examplestring}
PARAMETER: -ShowNotFound
Show the tools the script did not find as well.
.EXAMPLE
-ShowNotFound
Name CurrentlyRunning HasRunningService UninstallString
---- ---------------- ----------------- ---------------
AeroAdmin No No
Ammyy Admin No No
BeyondTrust No No
Connectwise Control Yes Yes MsiExec /X{examplestring}
Chrome Remote Desktop Yes Yes MsiExec /X{examplestring}
.OUTPUTS
None
.NOTES
General notes: CustomFields must be multiline for export. Regular text is fine for ExclusionsFromCustomField
Release notes:
Initial Release
By using this script, you indicate your acceptance of the following legal terms as well as our Terms of Use at https://www.ninjaone.com/terms-of-use.
Ownership Rights: NinjaOne owns and will continue to own all right, title, and interest in and to the script (including the copyright). NinjaOne is giving you a limited license to use the script in accordance with these legal terms.
Use Limitation: You may only use the script for your legitimate personal or internal business purposes, and you may not share the script with another party.
Republication Prohibition: Under no circumstances are you permitted to re-publish the script in any script library or website belonging to or under the control of any other software provider.
Warranty Disclaimer: The script is provided “as is” and “as available”, without warranty of any kind. NinjaOne makes no promise or guarantee that the script will be free from defects or that it will meet your specific needs or expectations.
Assumption of Risk: Your use of the script is at your own risk. You acknowledge that there are certain inherent risks in using the script, and you understand and assume each of those risks.
Waiver and Release: You will not hold NinjaOne responsible for any adverse or unintended consequences resulting from your use of the script, and you waive any legal or equitable rights or remedies you may have against NinjaOne relating to your use of the script.
EULA: If you are a NinjaOne customer, your use of the script is subject to the End User License Agreement applicable to you (EULA).
#>
[CmdletBinding()]
param (
[Parameter()]
[String]$ExcludeTools,
[Parameter()]
[String]$ExclusionsFromCustomField,
[Parameter()]
[String]$ExportCSV,
[Parameter()]
[String]$ExportJSON,
[Parameter()]
[Switch]$ShowNotFound
<#
## ParameterName Requirement DefaultValue Type Options Description ##
ExcludeTools Optional none TEXT Comma seperated list of tools you would not like to look for.
ExclusionsFromCustomField Optional none TEXT Name of custom field you would like to grab exclusions from.
ExportCSV Optional none TEXT Name of multi-line custom field you would like to export results to. It will export them in csv format.
ExportJSON Optional none TEXT Name of multi-line custom field you would like to export results to. It will export them in json format.
ShowNotFound Optional false CHECKBOX Show results even if it didn't find that specific tool.
#>
)
begin {
#DISCLAIMER: This script is provided as a best effort for detecting remote access software installed on an agent, but it is not guaranteed to be 100% accurate.
#Some remote access software may not be detected, or false positives may be reported. Use this script at your own risk and verify its results with other methods where possible.
# Check's the two Uninstall registry keys to see if the app is installed. Needs the name as it would appear in Control Panel.
function Find-UninstallKey {
[CmdletBinding()]
param (
[Parameter(ValueFromPipeline)]
[String]$DisplayName,
[Parameter()]
[Switch]$UninstallString
)
process {
$UninstallList = New-Object System.Collections.Generic.List[Object]
$Result = Get-ChildItem HKLM:SoftwareWow6432NodeMicrosoftWindowsCurrentVersionUninstall* | Get-ItemProperty |
Where-Object { $_.DisplayName -like "*$DisplayName*" }
if($Result){ $UninstallList.Add($Result) }
$Result = Get-ChildItem HKLM:SoftwareMicrosoftWindowsCurrentVersionUninstall* | Get-ItemProperty |
Where-Object { $_.DisplayName -like "*$DisplayName*" }
if($Result){ $UninstallList.Add($Result) }
# Programs don't always have an uninstall string listed here so to account for that I made this optional.
if ($UninstallString) {
# 64 Bit
$UninstallList | Select-Object -ExpandProperty UninstallString -ErrorAction Ignore
}
else {
$UninstallList
}
}
}
# This will see if the process is currently active. Some people may want to react sooner to these alerts if its currently running vs not.
function Find-Process {
[CmdletBinding()]
param(
[Parameter(ValueFromPipeline)]
[String]$Name
)
process {
Get-Process | Where-Object { $_.ProcessName -like "*$Name*" } | Select-Object -ExpandProperty Name
}
}
# This will search C:ProgramFiles and C:ProgramFiles(x86) for the executable these tools use to run.
function Find-Executable {
[CmdletBinding()]
param(
[Parameter(ValueFromPipeline)]
[String]$Path,
[Parameter()]
[Switch]$Special
)
process {
if(!$Special){
if (Test-Path "$env:ProgramFiles$Path") {
"$env:ProgramFiles$Path"
}
if (Test-Path "${Env:ProgramFiles(x86)}$Path") {
"${Env:ProgramFiles(x86)}$Path"
}
if (Test-Path "$env:ProgramData$Path") {
"$env:ProgramData$Path"
}
}else{
if(Test-Path $Path){
$Path
}
}
}
}
# Brought Get-CimInstance outside the function for better performance.
$ServiceList = Get-CimInstance win32_service
function Find-Service {
[CmdletBinding()]
param(
[Parameter(ValueFromPipeline)]
[String]$Name
)
process {
# Get-Service will display an error everytime it has an issue reading a service. Ignoring them as they're not relevant.
$ServiceList | Where-Object {$_.State -notlike "Disabled" -and $_.State -notlike "Stopped"} |
Where-Object {$_.PathName -Like "*$Name.exe*"}
}
}
function Export-CustomField {
[CmdletBinding()]
param(
[Parameter()]
[String]$Name,
[Parameter()]
[ValidateSet("csv", "json")]
[String]$Format,
[Parameter()]
[PSCustomObject]$Object
)
if ($Format -eq "csv") {
$csv = $Object | ConvertTo-Csv -NoTypeInformation | Out-String
Ninja-Property-Set $Name $csv
}
else {
$json = $Object | ConvertTo-Json | Out-String
Ninja-Property-Set $Name $json
}
}
# This define's what tools we're looking for and how the script can find them. Some don't actually install anywhere (portable app) others do.
# Some change their installation path everytime so not particularly worth it to find it that way.
# Others store themselves in a super weird directory. Many don't list exactly where there .exe file is stored and suggest you exclude the whole folder from the av.
$RemoteToolList = @(
[PSCustomObject]@{Name = "AeroAdmin"; ProcessName = "AeroAdmin" }
[PSCustomObject]@{Name = "Ammyy Admin"; ProcessName = "AA_v3" }
[PSCustomObject]@{Name = "AnyDesk"; DisplayName = "AnyDesk"; ProcessName = "AnyDesk"; ExecutablePath = "AnyDeskAnyDesk.exe" }
[PSCustomObject]@{Name = "BeyondTrust"; DisplayName = "Remote Support Jump Client", "Jumpoint"; ProcessName = "bomgar-jpt" }
[PSCustomObject]@{Name = "Chrome Remote Desktop"; DisplayName = "Chrome Remote Desktop Host"; ProcessName = "remoting_host"; ExecutablePath = "GoogleChrome Remote Desktop112.0.5615.26remoting_host.exe" }
[PSCustomObject]@{Name = "Connectwise Control"; DisplayName = "ScreenConnect Client"; ProcessName = "ScreenConnect.ClientService" }
[PSCustomObject]@{Name = "DWService"; DisplayName = "DWAgent"; ProcessName = "dwagent","dwagsvc"; ExecutablePath = "DWAgentruntimedwagent.exe" }
[PSCustomObject]@{Name = "GoToMyPC"; DisplayName = "GoToMyPC"; ProcessName = "g2comm", "g2pre", "g2svc", "g2tray"; ExecutablePath = "GoToMyPCg2comm.exe", "GoToMyPCg2pre.exe", "GoToMyPCg2svc.exe", "GoToMyPCg2tray.exe" }
[PSCustomObject]@{Name = "LiteManager"; DisplayName = "LiteManager Pro - Server"; ProcessName = "ROMServer", "ROMFUSClient"; ExecutablePath = "LiteManager Pro - ServerROMFUSClient.exe", "LiteManager Pro - ServerROMServer.exe" }
[PSCustomObject]@{Name = "LogMeIn"; DisplayName = "LogMeIn"; ProcessName = "LogMeIn"; ExecutablePath = "LogMeInx64LogMeIn.exe", "LogMeInx64LogMeInSystray.exe" }
[PSCustomObject]@{Name = "ManageEngine"; DisplayName = "ManageEngine Remote Access Plus - Server", "ManageEngine UEMS - Agent"; ProcessName = "dcagenttrayicon", "UEMS", "dcagentservice"; ExecutablePath = "UEMS_Agentbindcagenttrayicon.exe", "UEMS_CentralServerbinUEMS.exe", "UEMS_Agentbindcagentservice.exe" }
[PSCustomObject]@{Name = "NoMachine"; DisplayName = "NoMachine"; ProcessName = "nxd", "nxnode.bin", "nxserver.bin", "nxservice64"; ExecutablePath = "NoMachinebinnxd.exe", "NoMachinebinnxnode.bin", "NoMachinebinnxserver.bin", "NoMachinebinnxservice64.exe" }
[PSCustomObject]@{Name = "Parsec"; DisplayName = "Parsec"; ProcessName = "parsecd", "pservice"; ExecutablePath = "Parsecparsecd.exe", "Parsecpservice.exe" }
[PSCustomObject]@{Name = "Remote Utilities"; DisplayName = "Remote Utilities - Host"; ProcessName = "rutserv", "rfusclient"; ExecutablePath = "Remote Utilities - Hostrfusclient.exe" }
[PSCustomObject]@{Name = "RemotePC"; DisplayName = "RemotePC"; ProcessName = "RemotePCHostUI","RPCPerformanceService"; ExecutablePath = "RemotePC HostRemotePCHostUI.exe", "RemotePC HostRemotePCPerformanceRPCPerformanceService.exe" }
[PSCustomObject]@{Name = "Splashtop"; DisplayName = "Splashtop Streamer"; ProcessName = "SRAgent", "SRAppPB", "SRFeature", "SRManager", "SRService"; ExecutablePath = "SplashtopSplashtop RemoteServerSRService.exe" }
[PSCustomObject]@{Name = "Supremo"; ProcessName = "Supremo", "SupremoHelper", "SupremoService"; ExecutablePath = "SupremoSupremoService.exe" }
[PSCustomObject]@{Name = "TeamViewer"; DisplayName = "TeamViewer"; ProcessName = "TeamViewer", "TeamViewer_Service", "tv_w32", "tv_x64"; ExecutablePath = "TeamViewerTeamViewer.exe", "TeamViewerTeamViewer_Service.exe", "TeamViewertv_w32.exe", "TeamViewertv_x64.exe" }
[PSCustomObject]@{Name = "TightVNC"; DisplayName = "TightVNC"; ProcessName = "tvnserver"; ExecutablePath = "TightVNCtvnserver.exe" }
[PSCustomObject]@{Name = "UltraVNC"; DisplayName = "UltraVNC"; ProcessName = "winvnc"; ExecutablePath = "uvnc bvbaUltraVNCWinVNC.exe" }
[PSCustomObject]@{Name = "VNC Connect (RealVNC)"; DisplayName = "VNC Server"; ProcessName = "vncserver"; ExecutablePath = "RealVNCVNC Servervncserver.exe" }
[PSCustomObject]@{Name = "Zoho Assist"; DisplayName = "Zoho Assist Unattended Agent"; ProcessName = "ZohoURS", "ZohoURSService"; ExecutablePath = "ZohoMeetingUnAttendedZohoMeetingZohoURS.exe", "ZohoMeetingUnAttendedZohoMeetingZohoURSService.exe" }
[PSCustomObject]@{Name = "Atera"; DisplayName = "AteraAgent"; ProcessName = "AteraAgent"; ExecutablePath = "ATERA NetworksAteraAgentAteraAgent.exe"}
[PSCustomObject]@{Name = "Automate"; DisplayName = "Connectwise Automate"; ProcessName = "LTService", "LabTechService"; SpecialExecutablePath = "C:WindowsLTSvcLTSvc.exe"}
[PSCustomObject]@{Name = "Datto RMM"; DisplayName = "Datto RMM"; ProcessName = "AEMAgent"; ExecutablePath = "CentraStageAEMAgentAEMAgent.exe", "CentraStagegui.exe"}
[PSCustomObject]@{Name = "Kaseya"; DisplayName = "Kaseya Agent"; ProcessName = "AgentMon", "KaseyaRemoteControlHost", "Kasaya.AgentEndpoint"; ExecutablePath = "KaseyaAgentMonAgentMon.exe"}
[PSCustomObject]@{Name = "N-Able N-Central"; DisplayName = "Windows Agent"; ProcessName = "winagent"; ExecutablePath = "N-able TechnologiesWindows Agentwinagent.exe"}
[PSCustomObject]@{Name = "N-Able N-Sight"; DisplayName = "Advanced Monitoring Agent"; ProcessName = "winagent"; ExecutablePath = "Advanced Monitoring Agentwinagent.exe", "Advanced Monitoring Agent GPwinagent.exe"}
[PSCustomObject]@{Name = "Syncro"; DisplayName = "Syncro","Kabuto"; ProcessName = "Syncro.App.Runner", "Kabuto.App.Runner", "Syncro.Service.Runner", "Kabuto.Service.Runner", "SyncroLive.Agent.Runner", "Kabuto.Agent.Runner", "SyncroLive.Agent.Service", "Syncro.Access.Service", "Syncro.Access.App"; ExecutablePath = "RepairTechSyncroSyncro.Service.Runner.exe", "RepairTechSyncroSyncro.App.Runner.exe"}
)
}
process {
# Lets see what tools we don't want to alert on.
$ExcludedTools = New-Object System.Collections.Generic.List[String]
if ($ExcludeTools) {
$ExcludedTools.Add(($ExcludeTools.split(',')).Trim())
}
# Grabs the info we need from a textbox.
if ($env:ExcludeTools) {
$ExcludedTools.Add($env:ExcludeTools.split(','))
}
# For this kind of alert it might be worth it to create a whole custom field of ignorables.
if ($ExclusionsFromCustomField) {
$ExcludedTools.Add((Ninja-Property-Get $ExclusionsFromCustomField -split(',')).trim())
}
if ($env:ExclusionsFromCustomField) {
$ExcludedTools.Add((Ninja-Property-Get $env:ExclusionsFromCustomField -split(',')).trim())
}
if ($ExportCSV -or $Env:ExportCSV) {
$Format = "csv"
if ($ExportCSV) {
$ExportResults = $ExportCSV
}
if ($env:ExportCSV) {
$ExportResults = $env:ExportCSV
}
}elseif ($ExportJSON -or $env:ExportJSON) {
$Format = "json"
if ($ExportJSON) {
$ExportResults = $ExportJSON
}
if ($env:ExportJSON) {
$ExportResults = $env:ExportJSON
}
}
# This take's our list and begins searching by the 4 method's in the begin block.
$RemoteAccessTools = $RemoteToolList | ForEach-Object {
$UninstallKey = if ($_.DisplayName) {
$_.DisplayName | Find-UninstallKey
}
$UninstallInfo = if ($_.DisplayName) {
$_.DisplayName | Find-UninstallKey -UninstallString
}
$RunningStatus = if ($_.ProcessName) {
$_.ProcessName | Find-Process
}
$ServiceStatus = if($_.ProcessName) {
$_.ProcessName | Find-Service
}
$InstallPath = if ($_.ExecutablePath) {
$_.ExecutablePath | Find-Executable
}elseif($_.SpecialExecutablePath){
$_.SpecialExecutablePath | Find-Executable -Special
}
if ($UninstallKey -or $RunningStatus -or $InstallPath -or $ServiceStatus) {
$Installed = "Yes"
}
else {
$Installed = "No"
}
[PSCustomObject]@{
Name = $_.Name
Installed = $Installed
CurrentlyRunning = if ($RunningStatus) { "Yes" }else { "No" }
HasRunningService = if ($ServiceStatus) { "Yes" }else { "No" }
UninstallString = $UninstallInfo
ExePath = $InstallPath
} | Where-Object { $ExcludedTools -notcontains $_.Name }
}
$ActiveRemoteAccessTools = $RemoteAccessTools | Where-Object {$_.Installed -eq "Yes"}
# If we found anything in the three check's we're gonna indicate it's installed but we may also want to save our results to a custom field.
# We also may want to output more than "We couldn't find any active remote access tools!" in the event we find nothing.
if ($ShowNotFound -or $env:ShowNotFound) {
$RemoteAccessTools | Format-Table -Property Name, Installed, CurrentlyRunning, HasRunningService, UninstallString -AutoSize -Wrap | Out-String | Write-Host
if($ExportResults){
Export-CustomField -Name $ExportResults -Format $Format -Object ($RemoteAccessTools | Select-Object Name, Installed, CurrentlyRunning, HasRunningService)
}
}else{
if($ActiveRemoteAccessTools){
$ActiveRemoteAccessTools | Format-Table -Property Name, CurrentlyRunning, HasRunningService, UninstallString -AutoSize -Wrap | Out-String | Write-Host
if($ExportResults){
Export-CustomField -Name $ExportResults -Format $Format -Object ($ActiveRemoteAccessTools | Select-Object Name, CurrentlyRunning, HasRunningService)
}
}else{
Write-Host "We couldn't find any active remote access tools!"
}
}
if($ActiveRemoteAccessTools){
# We're going to set a failure status code in the event that we find something.
exit 1
}
else {
exit 0
}
}
Accédez à plus de 700 scripts dans le Dojo NinjaOne
Description détaillée
La détection d’un logiciel d’accès à distance comporte quelques étapes essentielles :
- Surveillance du trafic sur le réseau: Commencez par surveiller le trafic sur le réseau. Des schémas inhabituels ou des adresses IP inconnues peuvent être des indicateurs.
- Processus et tâches du système: La vérification régulière des processus actifs du système peut aider à identifier les outils non autorisés. Tout processus non familier doit faire l’objet d’une enquête plus approfondie.
- Audit logiciel: En utilisant des outils système intégrés tels que le “Gestionnaire de tâches” pour Windows ou le “Moniteur d’activité” pour macOS, vous pouvez obtenir une liste de toutes les applications installées. La recherche de logiciels inconnus peut parfois révéler la présence d’outils d’accès à distance.
Cas d’utilisation potentiels
Prenons l’exemple d’Alex, informaticien dans une entreprise de taille moyenne. Il remarque que la bande passante du réseau augmente en dehors des heures de travail. Après enquête, il identifie une adresse IP inconnue qui accède régulièrement à leur réseau. À l’aide d’outils d’audit du système, il découvre un logiciel d’accès à distance installé sur plusieurs systèmes bureautiques et dont personne ne se souvient de l’avoir installé. En identifiant et en supprimant ce logiciel, Alex a déjoué une violation potentielle des données.
Comparaisons
Les méthodes traditionnelles de détection des outils d’accès à distance comprennent les audits manuels, la vérification des journaux de pare-feu ou l’utilisation de logiciels antivirus. Bien que ces méthodes peuvent être efficaces, elles ne sont pas infaillibles. L’approche du script automatise le processus de détection, ce qui le rend à la fois complet et rapide. Cette méthode proactive permet souvent de détecter les logiciels d’accès à distance plus récents et plus sophistiqués qui pourraient contourner les méthodes conventionnelles.
FAQ
- À quelle fréquence dois-je vérifier les outils d’accès à distance ?
Régulièrement, surtout si vous travaillez dans un environnement qui installe et teste fréquemment de nouveaux logiciels. - Cette méthode de détection permet-elle d’identifier tous les logiciels d’accès à distance ?
Bien qu’elle soit complète, aucune méthode n’est infaillible. Il est essentiel de combiner plusieurs approches pour garantir une sécurité solide.
Le point de vue de Gavin
Il est essentiel de pouvoir détecter l’installation d’un logiciel à distance non approuvé sur une machine pour assurer la sécurité des appareils, du réseau et des données de l’entreprise.
L’informatique fantôme (shadow IT) fait référence aux systèmes, appareils, logiciels ou applications qui sont utilisés et gérés en dehors du champ d’action officiel du service informatique de votre entreprise. Cela se produit généralement lorsque les employés utilisent leurs propres solutions ou technologies sans approbation ou supervision explicite. Dans ce cas, tout logiciel à distance installé à l’insu de l’entreprise est un exemple de Shadow IT. Lorsque cela se produit, plusieurs défis majeurs se présentent :
- Manque de supervision de la part du département informatique : Lorsqu’un logiciel d’accès à distance est installé à l’insu de l’utilisateur sur un ou plusieurs appareils, il contourne souvent les protocoles standard de sécurité, de gouvernance des données et de conformité qui peuvent être mis en place dans l’entreprise.
- Risques liés à la sécurité : Étant donné que le logiciel d’accès à distance n’a pas été soumis aux mêmes mesures de sécurité que les ressources informatiques autorisées, il peut introduire des vulnérabilités (le département informatique ne peut pas corriger un logiciel dont il n’a pas connaissance) qui peuvent potentiellement entraîner des violations de données ou des incidents de sécurité
- Risque lié au fournisseur : Certains fournisseurs disposent de meilleures couches de sécurité que d’autres. L’introduction de logiciels, en particulier de logiciels d’accès à distance dont les fournisseurs n’ont pas fait l’objet d’un contrôle approprié, peut présenter des risques supplémentaires pour l’organisation, voire lui faire courir le risque d’échouer aux évaluations de conformité ou de sécurité
Ce script peut aider en détectant une liste connue de logiciels d’accès à distance et en se déclenchant lorsqu’il détecte un logiciel qui ne figure pas dans la liste de ceux autorisés. Au-delà des questions de sécurité, ce type de détection présente d’autres avantages :
- Pour les entreprises MSP, il peut s’agir d’une bonne indication que votre client est en train de s’engager avec une autre MSP ou une entreprise informatique
- Il peut aider à identifier les restes d’anciens logiciels d’accès à distance installés sur le réseau
Conclusions
Un logiciel d’accès à distance non détecté peut entraîner des failles importantes, des vols de données, voire des attaques par ransomware. Étant donné que de plus en plus d’entreprises migrent en ligne, assurer la sécurité de chaque point d’accès devient une tâche fondamentale. Ne pas prendre cela au sérieux pourrait avoir des répercussions financières, opérationnelles et de réputation.