Defender for Endpoint AMA: The next evolution of automatic attack disruption
Defenders need every edge they can get in the fight against ransomware. We're excited to share that Microsoft Defender for Endpoint customers will now be able automatically to disrupt human-operated attacks like ransomware early in the kill chain without needing to deploy any other capabilities. Join our AMA to ask questions on how you can use automatic attack disruption to stop a sophisticated attack early in the kill chain and how your organization can leverage unique protective capabilities offered exclusively by Microsoft 365 Defender. An AMA is a live text-based online event similar to an "Ask Me Anything," on Reddit. This AMA gives you the opportunity to connect with members of the Defender for Endpoint product group who will be on hand to answer your questions and listen to feedback. Feel free to post your questions about Defender for Endpoint anytime in the comments before the event starts, although the team will only be answering questions during the live hour.Understanding Device Control for macOS in Defender for Endpoint
Step-by-step implementation guide Requirements for Implementing Device Control: Defender for Endpoint or Defender for Business licenses (can be a trial subscription) Minimum OS version: macOS 11 or higher Minimum product version: 101.34.20 The implications of these requirements are that first, the macOS devices need to be onboarded in Defender for Endpoint for the Device Control policies to be enforced, secondly the OS needs to be at certain level or higher and third the minimum product version required, implies that the Defender app needs to be installed on the macOS device. Another aspect to take into consideration is that Defender can be running in active or passive mode for Device Control to work. Check the feature comparison table in this article to view how the Defender for Endpoint features behave when Defender is running active or passive mode. For this guide, I would like to focus on how we implement the policies for Device Control on macOS devices using Microsoft Intune. When deploying Device Control using Microsoft Intune, you have the advantage of using a native platform that integrates with Defender XDR portal and EntraID. Integrating device control into this broader security framework is crucial for maintaining a robust defense against potential threats. Considerations for Device Control to be effective and allow a smooth onboarding of devices: Your MacOS devices must be running at least macOS 11.x or higher. You will need a Microsoft365 subscription to be able to license your devices for Defender for Endpoint. To access and use Removable Storage Access Control, you must have Microsoft 365 E3 or E5. The Defender app needs to be installed and licensed (the device went through the onboarding process) on the macOS device. The main difference between Windows OS devices and macOS devices is that in Windows OS, the Defender application is part of the core OS and in macOS it needs to be installed as a regular application you can install on the device, preferably through Microsoft Intune. After the devices are onboarded in Defender for Endpoint, the devices will appear in EntraID as a synthetic object, meaning that you will see the “join type” field as blank. This allows you to group these devices in EntraID dynamic groups to automate the app deployment process. To enable devices to get endpoint security management settings from either Microsoft Intune or Defender portal, you need to enable to configure your tenant to support Defender for Endpoint security settings management. Older versions of Mac devices’ hardware, as long as they can support macOS 11.x or higher, can run the feature. The performance of the feature will depend on how the hardware performs, due to the fact that it is an outdated device. In order to apply device control policies, the device needs to be onboarded in Defender for Endpoint. Just applying the .mobileconfig file directly to the device or the .json file if using JAMF will not cause any effect on the device. To learn more about the .mobileconfig file and .json file, please refer to these articles. .mobileconfig and .json files. One of the key differences with Device control implementation in other operating systems like macOS is that the configuration is done via Microsoft Intune device configuration profile. This experience is not yet available in Defender portal. This guide applies for macOS devices managed by Intune. To further understand the pre-requisites for Device Control for macOS on Defender for Endpoint, please refer to this article. Process of deploying Defender for Endpoint app on macOS to prepare for device control policies Now, after you get all the pre-requisites aligned and ready to go, it is time to start preparing the environment in Intune for Device Control. Configuration Steps Install Microsoft Defender for Endpoint on macOS: Ensure that Microsoft Defender for Endpoint is installed and running on your macOS devices. You can follow the installation guide available on the Microsoft Learn website. This process is described in Fig.1 2. Build the MobileConfig File: Create a mobileconfig file that includes the necessary groups, rules, and settings for device control. You can use the demo file available on GitHub as a reference:. This file serves as a useful starting point for developing how the policy should function on the device. Validate your policy with the JSON schema to ensure the format is correct: https://github.com/microsoft/mdatp-devicecontrol/device_control_policy_schema.json 3. Deploy the MobileConfig File Using Intune: Sign in to the Microsoft Intune admin center and navigate to Devices > macOS. Select 'Create profile', choose 'Templates', and then 'Custom'. Upload the mobileconfig file you created in the previous step Configure Device Control Policies: Open the Microsoft Intune admin Center and navigate to the Device configuration section. Create a new policy for macOS devices. Specify the types of devices you want to control (e.g., USB drives, external hard drives). Set the permissions for each device type. You can choose to allow, block, or restrict access based on various criteria such as device ID, vendor ID, or serial number. 5. Deploy the Policy: Once the policy is configured, deploy it to the targeted macOS devices. Ensure that the devices are connected to the internet and can receive policy updates from the Microsoft Defender portal or Microsoft Intune. 6. Monitor and Manage Devices: Use the Microsoft Defender portal to monitor the status of connected devices. You can view the Device control report in Defender portal to track device usage and identify any unauthorized access attempts. You can also perform advanced hunting in Defender portal to monitor when a policy was triggered. Below I list a couple of KQL queries that can help with this monitoring. Example 1: Discover if the removable storage policy was triggered: Note: Before running, check spaces and syntax of the query is ok after copying and pasting the query in Advanced Hunting, to prevent errors. //RemovableStoragePolicyTriggered: event triggered by Disk and file system level enforcement for both Printer and Removable storage based on your policy DeviceEvents | where ActionType == "RemovableStoragePolicyTriggered" | extend parsed=parse_json(AdditionalFields) | extend RemovableStorageAccess = tostring(parsed.RemovableStorageAccess) | extend RemovableStoragePolicyVerdict = tostring(parsed.RemovableStoragePolicyVerdict) | extend MediaBusType = tostring(parsed.BusType) | extend MediaClassGuid = tostring(parsed.ClassGuid) | extend MediaClassName = tostring(parsed.ClassName) | extend MediaDeviceId = tostring(parsed.DeviceId) | extend MediaInstanceId = tostring(parsed.DeviceInstanceId) | extend MediaName = tostring(parsed.MediaName) | extend RemovableStoragePolicy = tostring(parsed.RemovableStoragePolicy) | extend MediaProductId = tostring(parsed.ProductId) | extend MediaVendorId = tostring(parsed.VendorId) | extend MediaSerialNumber = tostring(parsed.SerialNumber) |project Timestamp, DeviceId, DeviceName, InitiatingProcessAccountName, ActionType, RemovableStorageAccess, RemovableStoragePolicyVerdict, MediaBusType, MediaClassGuid, MediaClassName, MediaDeviceId, MediaInstanceId, MediaName, RemovableStoragePolicy, MediaProductId, MediaVendorId, MediaSerialNumber, FolderPath, FileSize | order by Timestamp desc Example 2: This query interrogates the DeviceEvents table, searching for “PnP” (Plug n Play) types of action. The field Additional fields provides essential information about the device ClassGUID and what .inf files are part of the driver stack used to perform the action. DeviceEvents | where ActionType contains "PnP" | where Timestamp > ago(30d) | project ActionType, DeviceName, InitiatingProcessAccountUpn, InitiatingProcessAccountDomain, IsProcessRemoteSession, AdditionalFields // the Additional Fields field shows the DeviceGUID, ClassGUID, driver information, etc. In conclusion: In today's fast-paced and mobile-driven world, device control stands out as an essential security feature for organizations and individuals alike. By enabling device control, businesses can ensure a seamless protection experience, safeguarding sensitive data against unauthorized access or potential threats posed by removable and portable devices. Its cross-platform functionality, spanning Windows, macOS, and beyond, highlights its adaptability and relevance in a diverse technological landscape. Furthermore, device control fosters a proactive approach to cybersecurity, by enabling device control, organizations can proactively safeguard sensitive data and mitigate risks before they escalate. Enabling this feature not only strengthens your security posture but also demonstrates a commitment to protecting the integrity and privacy of your systems in an increasingly unpredictable digital ecosystem. Explore additional resources: To further enhance your understanding of the critical role Device Control plays in safeguarding your organization, explore these indispensable resources on Defender for Endpoint. Empower yourself with the knowledge to proactively secure sensitive data, mitigate risks, and stay ahead in an ever-evolving digital landscape. How to deploy Defender app to macOS endpoints using Intune. Implementing device control on macOS guidelines. Defining settings on your mobileconfig file. Best practices to deploy device control for macOS on Defender for Endpoint. FAQ about device control on macOS. How to deploy device control from Defender for Endpoint using JAMF.
MDE for Non‑Persistent VDI — Implementation Guide & Best Practices.
1. Overview: Microsoft Defender for Endpoint (MDE) for Non‑Persistent VDI Non‑persistent VDI instances are reset or reprovisioned frequently. To ensure immediate protection and clean device inventory, MDE provides a dedicated onboarding path that calculates a persistent device ID and onboard early in the boot process. Key considerations: Use the VDI onboarding package and choose the single‑entry method (recommended) to avoid duplicate devices when hosts are recreated with the same name. Place the onboarding script in the golden image but ensure it executes only on child VMs (first boot) after the final hostname is assigned and the last reboot completes. Never fully onboard or boot the golden/template/replica image into production; if it happens, offboard and clean registry artifacts before resealing. Consider enabling the portal feature “Hide potential duplicate device records” to reduce inventory noise during transition periods. 2. Stage the scripts in the Golden Image (do NOT onboard the image) Goal: Ensure early, reliable onboarding of pooled VDI instances without tattooing the master image. Download the Windows onboarding package (Deployment method: VDI onboarding scripts for non‑persistent endpoints). Extract and copy the files to: C\Windows\System32\GroupPolicy\Machine\Scripts\Startup Configure Local/Domain GPO to run the PowerShell script at startup (SYSTEM, highest privileges). For single‑entry, add Onboard-NonPersistentMachine.ps1 on the PowerShell Scripts tab. Ensure the script runs only after final hostname and the last reboot in your provisioning flow to prevent duplicate objects. Example (Domain GPO scheduled task at startup as SYSTEM): Program/Script: C\Windows\System32\WindowsPowerShell\v1.0\powershell.exe Arguments: -ExecutionPolicy Bypass -File \srvshare\onboard\Onboard-NonPersistentMachine.ps1 3. Never Onboard the Golden/Template/Replica VM If the golden image was accidentally onboarded (Sense service started), you must offboard and clean before resealing: sc query sense del "C:\ProgramData\Microsoft\Windows Defender Advanced Threat Protection\Cyber\*.*" /f /s /q reg delete "HKLM\SOFTWARE\Microsoft\Windows Advanced Threat Protection" /v senseGuid /f Run the official offboarding script for your tenant before cleanup, when available. 4. (Optional) Tag Devices Automatically from the Image Tags simplify scoping of device groups and policies. Add a DeviceTagging registry value during image build: reg add "HKLM\SOFTWARE\Policies\Microsoft\Windows Advanced Threat Protection\DeviceTagging" /v Group /t REG_SZ /d "VDI-NonPersistent" /f Tag appears after device info refresh; a reboot accelerates reporting. 5. Performance & AV Configuration for VDI (Important) 5.1 Shared Security Intelligence & Cache Maintenance Purpose: Reduce CPU and disk spikes at sign‑in by offloading unpackaging of definitions to a shared source and by pre‑running cache maintenance on the master image. Step‑by‑step GPO configuration: Create a secure UNC share for definition packages (e.g., \srvshare\WDAV-Update) and grant read to VDI computer accounts. GPO → Computer Configuration → Administrative Templates → Windows Components → Microsoft Defender Antivirus → Security Intelligence Updates → Enable “Define security intelligence location for VDI clients” and set \srvshare\WDAV-Update. In the same node, set update cadence (daily time) and enable randomization to avoid I/O storms. PowerShell examples: Set-MpPreference -SignatureUpdateInterval 4 Set-MpPreference -SignatureFallbackOrder "InternalDefinitionUpdateServer|MicrosoftUpdateServer" Run Windows Defender Cache Maintenance on the golden image before sealing: schtasks /Run /TN "\Microsoft\Windows\Windows Defender\Windows Defender Cache Maintenance" 5.2 FSLogix Exclusions Why exclusions matter: FSLogix mounts user profiles as VHD/VHDX files. Scanning these at attach/detach causes logon delays, black screens, and app launch slowness. Paths and extensions to exclude: %TEMP%\*.VHD %TEMP%\*.VHDX %Windir%\TEMP\*.VHD %Windir%\TEMP\*.VHDX \\<storage>\<share>\*.VHD \\<storage>\<share>\*.VHDX \\<storage>\<share>\*.VHD.lock \\<storage>\<share>\*.VHD.meta \\<storage>\<share>\*.VHD.metadata \\<storage>\<share>\*.VHDX.lock \\<storage>\<share>\*.VHDX.meta \\<storage>\<share>\*.VHDX.metadata GPO: Computer Configuration → Administrative Templates → Windows Components → Microsoft Defender Antivirus → Exclusions (File/Folder and Extension). PowerShell examples: Add-MpPreference -ExclusionExtension VHD,VHDX Add-MpPreference -ExclusionPath "C:\ProgramData\FSLogix","\\storage\fslogix-share\*.VHD*" 5.3 General Scan Posture Real‑time & cloud‑delivered protection (GPO): Enable Real‑time protection, Cloud‑delivered protection, Join MAPS, and “Block at first sight.” Scheduled scans (GPO): Daily Quick Scan (e.g., 02:00) with randomization window. Weekly Full Scan (e.g., Sunday 03:00). Consider “Start the scheduled scan only when computer is on but not in use” to reduce user impact. CPU throttling settings: Set-MpPreference -ScanAvgCPULoadFactor 30 # 5..100 (0 = no throttling) Additional scheduling/throttling options (Intune/Policy CSP as applicable): ScanOnlyIfIdleEnabled = True DisableCpuThrottleOnIdleScans = True ThrottleForScheduledScanOnly = True EnableLowCPUPriority = True Validation commands: Get-MpPreference | fl ScanAvgCPULoadFactor,ScanScheduleQuickScanTime,SignatureUpdateInterval Get-MpComputerStatus | fl AMServiceEnabled,AntivirusSignatureVersion,RealTimeProtectionEnabled 6. Validate Onboarding After first boot of a pooled VM, verify device appears in Defender portal (Assets → Devices). For single‑entry method, reboot/redeploy a few instances with the same hostname and confirm one device object is reused. Optionally enable “Hide potential duplicate device records” (Settings → Endpoints → Advanced features). This is like only filtering the view of Devices list does actual remove the records from the MDE portal. Run a detection test if needed (per Microsoft guidance) to verify sensor connectivity. 7. Quick Checklist — Build Step Download VDI onboarding package from Defender portal. Copy scripts to Startup folder in golden image; configure GPO/Task to run PS1 at boot as SYSTEM. Do NOT onboard/boot the golden image into production; if it happens, offboard + clean senseGuid & Cyber cache. (Optional) Set DeviceTagging registry value for scoping (e.g., VDI-NonPersistent). Configure Shared Security Intelligence path; schedule updates; run Cache Maintenance on master image. Apply FSLogix AV exclusions (paths + extensions). Set scan posture (RTP + cloud, schedules, CPU throttling). Validate onboarding behavior and inventory cleanliness. 8. Summary & Best Practices Checklist for golden image: Script staged, not executed on master; executes only on child VMs at final boot stage. Shared Security Intelligence path configured; cache maintenance pre-run. FSLogix exclusions present prior to first user logon. RTP and cloud protection enabled; scans scheduled with randomization; CPU load factor tuned. Common pitfalls & fixes: Golden image onboarded → Offboard + clean registry/cache; reseal. Script runs before final hostname → Duplicate device records. Delay script until last reboot/final rename. No exclusions for FSLogix → Long logons/black screens. Add VHD/VHDX exclusions and share paths. Simultaneous scans across hosts → Enable randomization; schedule during off‑hours. References Onboard non‑persistent VDI devices: https://learn.microsoft.com/en-us/defender-endpoint/configure-endpoints-vdi Onboard Windows devices in Azure Virtual Desktop: https://learn.microsoft.com/en-us/defender-endpoint/onboard-windows-multi-session-device Configure Microsoft Defender Antivirus on RDS/VDI: https://learn.microsoft.com/en-us/defender-endpoint/deployment-vdi-microsoft-defender-antivirus FSLogix prerequisites (AV exclusions): https://learn.microsoft.com/en-us/fslogix/overview-prerequisites Configure AV exclusions (file/extension/folder): https://learn.microsoft.com/en-us/defender-endpoint/configure-extension-file-exclusions-microsoft-defender-antivirus Create and manage device tags: https://learn.microsoft.com/en-us/defender-endpoint/machine-tags Advanced features (hide duplicate records): https://learn.microsoft.com/en-us/defender-endpoint/advanced-features Schedule antivirus scans using Group Policy: https://learn.microsoft.com/en-us/defender-endpoint/schedule-antivirus-scans-group-policy Troubleshoot MDAV scan issues (CPU throttling, idle scans): https://learn.microsoft.com/en-us/defender-endpoint/troubleshoot-mdav-scan-issues
Native root detection support for Microsoft Defender on Android
Root detection is a critical security control that identifies whether an Android device has been compromised to gain elevated privileges or unrestricted access to the operating system. When a device is rooted, built-in security boundaries are broken, allowing attackers or malicious applications to bypass security controls, disable protections, and manipulate sensitive system files. This permits the installation of unauthorized applications and increases the likelihood of unauthorized access to corporate data. Such devices can raise the overall risk level for an organization. That’s why we’re pleased to share that Microsoft Defender now includes built-in root detection on Android devices. This enables proactive detection of rooted devices without requiring Intune policies, ensuring stronger security and validating that Defender is running on an uncompromised device, ensuring more reliable telemetry that is not vulnerable to attacker manipulation. What’s new? Enhanced SOC visibility – See rooted devices in your environment in the Defender portal. Onboarding protection – Prevents users from onboarding Defender on rooted devices so that it can’t be manipulated by attackers. Streamlined feedback process – Allows users to directly submit feedback logs on rooted devices from the Defender app for investigation. Improved user experience – Provides clear visibility into whether root detection is active or turned off and what actions are required to activate the root detection. What protection does it bring to the customer? Previously, root detection alerts were not displayed in the security portal. With this update, Defender now detects rooted Android devices, whether they are managed or unmanaged. When a device is identified as rooted, a high severity alert appears in the Defender portal. The device is then classified as high risk and its risk score is communicated to device compliance policies. This allows organizations to block such devices from accessing corporate resources if compliance policies have been configured in the Intune portal. Additionally, analysts can investigate further to determine the scope of the issue and ensure no broader impact has occurred within the organization. Prerequisite Company portal (Intune app) must be installed, and version must be 5.0.6688.0 or higher. Root detection is on by default Admin experience High Severity Root detection alerts appear in the Incidents and Alerts sections. Click on an alert to view detailed information for investigation. Use the Devices tab under Assets to investigate impacted devices. Admins can search for specific devices and review details in Incidents, Alerts, and Device Timeline for deeper analysis. User experience If a device is detected as rooted: Defender notifies the user with a “Device is Rooted” notification. Tapping the notification or opening the app takes the user to a page stating, “Your device is rooted.” To run root detection on Defender, Company portal must be installed and version must be 5.0.6688.0 or higher User Experience when Intune Company Portal version is less than 5.0.6688.0: Defender notifies on app to update the company portal app to version 5.0.6688.0. On Dashboard screen if user clicks on device protection tile Defender will mark ‘Protection off’ for root detection, all other cases it marked as active. To learn more about Microsoft Security solutions, visit our website. Bookmark the Security blog to keep up with our expert coverage on security matters. Also, follow us on LinkedIn (Microsoft Security) and X (@MSFTSecurity) for the latest news and updates on cybersecurity. Security is a core focus at Microsoft Ignite this year, with the Security Forum on November 17, deep dive technical sessions, theater talks, and hands-on labs designed for security leaders and practitioners. Join us in San Francisco, November 17–21, or online, November 18–20, for deep dives and practical labs to help you maximize your Microsoft Defender investments ad to get more from the Microsoft capabilities you already use. Featured sessions: BRK240: Endpoint security in the AI era: What's new in Defender Discover how Microsoft Defender’s AI-powered endpoint security empowers you to do more, better, faster. BRK246: Blueprint for Building the SOC of the Future The future of security operations is autonomous, adaptive, and deeply integrated—and Microsoft is delivering the blueprint. In this session, you'll learn how to turn that vision into reality using Microsoft Sentinel and Defender. THR747: Disrupt ransomware attacks before harm occurs with Microsoft Defender The future of automatic attack disruption is to head off attackers before they make their moves and block their ability to pivot without disrupting the flow of business. Learn how we're making it happen today. Explore and filter the full security catalog by topic, format, and role: aka.ms/SessionCatalogSecurity. Why Attend: Ignite is the place to learn about the latest Defender capabilities, including new agentic AI integrations and unified threat protection. We will also share future-facing innovations in Defender, as part of our ongoing commitment to autonomous defense. Security Forum—Make day 0 count (November 17) Kick off with an immersive, in‑person pre‑day focused on strategic security discussions and real‑world guidance from Microsoft leaders and industry experts. Select Security Forum during registration. Register for Microsoft Ignite >Microsoft Defender for Endpoint (MDE) Live Response and Performance Script.
Importance of MDE Live Response and Scripts Live Response is crucial for incident response and forensic investigations. It enables analysts to: Collect evidence remotely. Run diagnostics without interrupting users. Remediate threats in real time. For more information on MDE Live Response visit the below documentation. Investigate entities on devices using live response in Microsoft Defender for Endpoint - Microsoft Defender for Endpoint | Microsoft Learn PowerShell scripts enhance this capability by automating tasks such as: Performance monitoring. Log collection. Configuration validation. This automation improves efficiency, consistency, and accuracy in security operations. For more details on running performance analyzer visit the below link. Performance analyzer for Microsoft Defender Antivirus - Microsoft Defender for Endpoint | Microsoft Learn While performance analyzer is run locally on the system to collect Microsoft Defender Anti-Virus performance details , in this document we are describing on running the performance analyzer from MDE Live Response console. This is a situation where Security administrators do not have access to the servers managed by Infra administrators. Prerequisites Required Roles and Permissions To use Live Response in Microsoft Defender for Endpoint (MDE), specific roles and permissions are necessary. The Security Administrator role, or an equivalent custom role, is typically required to enable Live Response within the portal. Users must possess the “Manage Portal Settings” permission to activate Live Response features. Permissions Needed for Live Response Actions Active Remediation Actions under Security Operations: Take response actions Approve or dismiss pending remediation actions Manage allowed/blocked lists for automation and indicators Unified Role-Based Access Control (URBAC): From 16/02/2025, new customers must use URBAC. Roles are assigned to Microsoft Entra groups. Access must be assigned to device groups for Live Response to function properly. Setup Requirements Enable Live Response: Navigate to Advanced Features in the Defender portal. Only users with the “Manage Portal Settings” permission can enable this feature. Supported Operating System Versions: Windows 10/11 (Version 1909 or later) Windows Server (2012 R2 with KB5005292, 2016 with KB5005292, 2019, 2022, 2025) macOS and Linux (specific minimum versions apply) Actual Script Details and Usage The following PowerShell script records Microsoft Defender performance for 60 seconds and saves the output to a temporary file: # Get the default temp folder for the current user $tempPath = [System.IO.Path]::GetTempPath() $outputFile = Join-Path -Path $tempPath -ChildPath "DefenderTrace.etl" $durationSeconds = 60 try { Write-Host "Starting Microsoft Defender performance recording for $durationSeconds seconds..." Write-Host "Recording will be saved to: $outputFile" # Start performance recording with duration New-MpPerformanceRecording -RecordTo $outputFile -Seconds $durationSeconds Write-Host "Recording completed. Output saved to $outputFile" } catch { Write-Host "Failed to start or complete performance recording: $_" } 🔧 Usage Notes: Run this script in an elevated PowerShell session. Ensure Defender is active, and the system supports performance recording. The output .etl file can be analyzed using performance tools like Windows Performance Analyzer. Steps to Initiate Live Response Session and Run the script. Below are the steps to initiate a Live Response session from Security.Microsoft.com portal. Below screenshot shows that console session is established. Then upload the script file to console library from your local system. Type “Library” to list the files. You can see that script got uploaded to Library. Now you execute the script by “run <file name>” command. Output of the script gets saved in the Library. Run “getfile <path of the file>” to get the file downloaded to your local system download folder. Then you can run Get-MpPerformanceReport command from your local system PowerShell as shown below to generate the report from the output file collected in above steps. Summary and Benefits This document outlines the use of MDE Live Response and PowerShell scripting for performance diagnostics. The provided script helps security teams monitor Defender performance efficiently. Similar scripts can be executed from Live Response console including signature updates , start/stop services etc. These scripts are required as a part of security investigation or MDE performance troubleshooting process. Benefits: Faster incident response through remote diagnostics. Improved visibility into endpoint behaviour. Automation of routine performance checks. Enhanced forensic capabilities with minimal user disruption.
