How to enable or disable the Widgets feature in Windows 11

Windows 11’s Widgets feature promises quick access to news, weather, and personalized content. It’s great for a single private user that cares about the information, but quickly becomes a hassle for IT administrators managing fleets of endpoints. On typical Windows 11 systems, the Widgets platform (Widgets.exe and its WebView2 child processes) often sits in the low to mid‑hundreds of MB of RAM, and can exceed 250MB in everyday use, especially when multiple feeds are active.

This guide walks you through every method to enable or disable Windows 11 Widgets, from simple GUI toggles to enterprise-grade Group Policy enforcement. Whether you’re managing a single workstation or thousands of endpoints, you’ll learn how to control this feature, prevent it from reappearing after updates, and implement automated solutions that maintain consistent configurations across your entire environment.

» Annoyed with the constant updates? Here’s how to disable Windows updates and manually re-enable Windows updates

What you need to know about Windows 11 Widgets

Windows 11 Widgets might just seem like cosmetic additions to your taskbar, but they’re also web-powered applications with architectural implications for system performance, network bandwidth, and user privacy.

Windows 11 Widgets rely on the Windows Web Experience Pack, which uses the Microsoft Edge WebView2 engine to render web-based content directly into the Windows shell. This architectural choice creates a distinct Widgets.exe process that operates independently of Explorer.exe, meaning the Widgets system runs separately from your standard Windows interface.

The primary distinction between widget types lies in their trigger mechanisms:

• Taskbar Widgets are dynamic, continuously pulling live feeds for weather, news, and personalized content into the shell’s UI
• Lock Screen Widgets, by contrast, display static snapshots provided by the System Shell to minimize resource consumption before user login

This difference matters because active Taskbar Widgets maintain persistent connections while Lock Screen versions remain dormant until activated.

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Privacy concerns on shared and child-used devices

Privacy implications deserve special attention in shared-device scenarios. Widgets act as a gateway to the broader web, bypassing some standard browser restrictions to display “personalized” content based on the signed-in Microsoft Account. The system tracks user interests to refine the news feed, which raises concerns about data collection; especially on devices used by children or in educational settings.

Microsoft’s privacy documentation confirms that Windows personalizes experiences using inferences about your activities and interests, which are tied to your account profile. On shared PCs where people reuse the same account or don’t sign out properly, this can effectively show one person’s tailored recommendations or interests to the next user through feeds and suggestions (whether you intended for that or not), especially if the device isn’t configured with proper shared‑device policies.

Easiest methods to enable or disable Widgets in Windows 11

Now that you understand the technical architecture and resource implications, let’s explore your control options. Before modifying Widgets settings, there are some verification steps to avoid configuration conflicts and wasted effort. Skipping this “pre-flight check” is the most common reason widget controls fail or get mysteriously overridden.

Here’s what to check:

Windows edition verification: First, verify your Windows Edition using winver

in Command Prompt. This matters because Windows 11 Home lacks the Group Policy Editor (gpedit.msc), limiting you to Registry or Settings-based controls. Pro, Enterprise, and Education editions unlock the full GPO framework, enabling “hard locks” that prevent users from re-enabling features you’ve disabled.

Update state and dependency check: Widgets depend on the Windows Web Experience Pack, which updates independently through the Microsoft Store. If this component is outdated, you may encounter “blank board” glitches or complete widget panel failures. Navigate to Microsoft Store > Downloads > Check for updates > Update all to ensure you’re running version 421.20015 or later before making configuration changes.

Account type identification: Identify whether devices use Local Accounts or Microsoft Accounts. While basic widget functionality works with local accounts, full personalization requires MSA sign-in. More importantly, this determines whether user-level registry changes will persist or get overwritten by cloud-synced preferences.

After these steps, you’re ready to control widget behavior by moving onto these steps:

1. The GUI method (settings-based control for local machines)

For individual users or small-scale deployments, the graphical interface provides the simplest path. This method works identically across all Windows 11 editions and requires no technical knowledge.

The change takes effect immediately. The taskbar icon appears or disappears without requiring a restart or Explorer refresh. Despite its simplicity, this GUI toggle doesn’t uninstall anything. Instead, it modifies the Windows Registry. When you disable Widgets through Settings, the system instructs TaskbarExperienceHost.exe to hide the entry point. The Widgets.exe process typically moves into a “suspended” state to conserve resources while remaining ready for instant reactivation if the user toggles it back on.

This is purely a shell presentation change. The Windows Web Experience Pack remains installed and the underlying processes remain in memory, just suspended.

Follow these steps:

1. Right-click an empty space on the Taskbar

2. Select Taskbar settings from the context menu

3. Scroll to the Taskbar items section

4. Toggle the Widgets switch to your desired state

2. Group Policy method (enterprise-level enforcement)

In enterprise IT environments, Group Policy provides the authoritative method for controlling Windows features like Widgets. This approach creates machine-level enforcement that survives user changes, updates, and even profile rebuilds.

While the Widgets policy exists in both User and Computer configuration branches, the Computer Configuration scope is what matters in practice. Setting it here creates a “Hard Policy” at the machine level, which overrides any individual user preferences and greys out the toggle in Settings.

This machine-level enforcement prevents the Widgets.exe process from initializing during the login phase, potentially saving up to 500MB of RAM before users even reach their desktop.

Follow these steps:

1. For Windows 11 Pro, Education, or Enterprise editions, open Group Policy Editor by pressing Press Win + R, typing gpedit.msc, and pressing Enter

2. Navigate to Computer Configuration > Administrative Templates > Windows Components > Widgets

3. Locate the policy: Allow widgets *******************************************************

4. Set to Disabled

5. Click Apply, then OK

Changes propagate during the next Group Policy refresh cycle (typically within 90 minutes) or can be forced immediately with gpupdate /force.

When a Computer Configuration policy is active, users see “Some settings are managed by your organization” in the Taskbar settings, and the Widgets toggle becomes disabled. This visual feedback clearly communicates that the setting is enforced by IT policy, which should reduce the number of tickets you receive asking why people can’t toggle widgets on.

» Learn more about group policy management with Atera

3. The Registry method (direct system control)

The Registry Editor approach provides the most powerful and flexible widget control, working across all Windows editions and circumventing GUI limitations. However, it requires administrative privileges and carries risk if implemented incorrectly.

Registry modification works on Windows 11 Home (which lacks gpedit.msc), provides instant results, and can be scripted for mass deployment. It’s particularly valuable for workgroup environments, standalone machines, or situations where Group Policy infrastructure doesn’t exist.

WARNING: Editing the registry incorrectly (such as typos) can brick your machine and make it unusable. Make sure you’re confident that you know what you’re doing and save a backup to restore to in case something goes wrong.

Follow these steps:

1. Press Win + R, type regedit, press Enter

2. Navigate to: HKEY_LOCAL_MACHINE\SOFTWARE\Policies\Microsoft and right-click it > Export

3. Save as Widgets_Backup.reg to a known location

This becomes your undo button in case you mess something up. Just double click the file and it will restore the previous state.

4. Navigate to the \Dsh key in the \Microsoft registry. If it doesn’t exist, right-click Microsoft > New > Key, and name it “Dsh”

5. Right-click the Dsh key > New > DWORD (32-bit) Value

6. Name it: AllowWidgets

7. Set value 0 (to disable) or 1 (to enable)

8. Close Registry Editor

» Struggling? Try these solutions to common Registry Editor challenges

4. The PowerShell method (automation and scripting)

PowerShell provides the premier approach for automation-focused administrators who need to scale widget configuration across fleets without manual GUI interaction. This method is essential for deployment scenarios, imaging workflows, and scheduled enforcement.

This makes it great for some specific scenarios, including:

• OOBE (Out of Box Experience): Run during initial device setup to prevent widgets from ever appearing.
• Deployment automation: Include in MDT, SCCM, or Intune provisioning packages.
• Scheduled enforcement: Create scheduled tasks that verify and re-apply settings weekly.
• Remote management: Execute across hundreds of devices simultaneously via remote PowerShell sessions.
• Imaging workflows: Bake the configuration into golden images for consistent deployment.

This eliminates manual intervention, creates audit trails (script logging), and integrates seamlessly with existing automation frameworks. It’s reproducible, testable, and version-controllable unlike GUI-based procedures.

Follow these steps:

1. Search Powershell in Windows search and click “Run as administrator”

2. To remove the entire Web Experience pack, use this command: Get-AppxPackage *WebExperience* | Remove-AppxPackage

This command completely uninstalls the Windows Web Experience Pack for the current user, removing all widget functionality until the package is reinstalled from the Microsoft Store.

3. To disable the taskbar icon without removing the underlying package, use this command: Set-ItemProperty -Path "HKCU:\Software\Microsoft\Windows\CurrentVersion\Explorer\Advanced" -Name "TaskbarDa" -Value 0

This modifies the same registry key as the GUI method but can be executed remotely, scripted for automation, or included in login scripts.

Creating PowerShell scripts from scratch requires scripting expertise and careful testing to avoid syntax errors. Atera’s AI Copilot eliminates this barrier by generating custom scripts from plain-text instructions. Simply describe what you need, like “disable Windows 11 Widgets via registry for all users”, and AI Copilot produces production-ready PowerShell code in seconds, no coding knowledge required.

Once generated, you can copy and paste these scripts directly into Atera’s RMM platform for remote deployment across your entire fleet. Rather than manually accessing each device or coordinating login scripts, you can deploy widget configuration changes to hundreds or thousands of endpoints simultaneously from a central console.

Maintain control without the manual overhead

The difficulty with managing Windows 11 Widgets comes from maintaining consistent configurations across diverse device fleets while balancing user experience with system performance. Whether you’re managing a single department or thousands of endpoints across multiple locations, these methods provide complete control from simple GUI toggles for individual users to enterprise-grade Group Policy enforcement and automated PowerShell deployment.

For organizations seeking centralized, scalable widget management without per-device pricing penalties, Atera’s IT management platform combines RMM capabilities with agentic AI and automation. Generate PowerShell scripts through natural language instructions with AI Copilot, deploy configurations across entire device groups simultaneously, and implement automated monitoring that detects and remediates widget-related performance IT issues before users notice.

» Interested? Try Atera for free