How To Configure Advanced Diagnostic Data Upload Schedules In Windows 11
Advanced diagnostic data upload schedules in Windows 11 let you control when your computer sends system error reports and usage data to Microsoft. By default, the Connected User Experiences and Telemetry service (a background tool that sends diagnostic files to Microsoft) uploads this information whenever your PC has an active internet connection and sits idle.
Changing these schedules gives you strict control over network traffic and power use. You can force uploads to run only during specific maintenance windows or block them when you use a metered internet connection.
Configure advanced diagnostic data upload schedules in Windows 11 by opening the Local Group Computer Policy editor and navigating to Computer Configuration Administrative Templates Windows Components Data Collection and Preview Builds to enforce custom transmission intervals and govern how frequently telemetry payloads leave your machine.
Diagnostic Data Levels and Their Impact on Upload Frequencies
Diagnostic data levels in Windows 11 determine how much information your computer sends to Microsoft and directly affect upload frequencies. Choosing between basic or full telemetry changes the size of the data packets queued for transmission, which impacts your network bandwidth and privacy preferences.
- Off: Disables all optional and required diagnostic data collection, stopping routine telemetry generation entirely, though basic security reporting may still function depending on enterprise configurations.
- Required Diagnostic Data: Gathers basic device information, settings, capabilities, and whether apps are performing correctly. This tier produces smaller payload sizes and less frequent upload queues.
- Optional Diagnostic Data: Includes deeper device telemetry, website activity, enhanced error reporting, and crash dumps. This setting generates significantly larger data packets that require more frequent or larger upload windows.
Adjusting these tiers directly impacts network utilization. Higher diagnostic settings require strict scheduling to prevent background saturation during peak business hours.
How Microsoft Handles Diagnostic Data Transmission
Microsoft handles diagnostic data transmission by sending encrypted logs through secure HTTPS connections to official data collection endpoints. The Connected User Experiences and Telemetry service manages these payloads in the background, holding them locally until your device has an active internet connection.
Managing this transmission lifecycle prevents network congestion. In enterprise and high-security environments, administrators often pair custom upload schedules with proxy server configurations and URL exclusions to ensure telemetry traffic routes through specific gateways without exposing internal network topologies.
Diagnostic Data Settings in 🪟 Windows 11
You can adjust these settings directly through the graphical user interface on individual machines or mandate them via centralized management tools.
Configuring Diagnostic Data via the Settings App
Configuring diagnostic data via the Settings app lets you change your telemetry level between required and optional using native menus. Open Settings, select Privacy & security, and click Diagnostics & feedback to choose your preferred setting without needing advanced tools.
- Open Settings by pressing the Windows Key + I.

Windows 11 Start menu with Settings gear icon highlighted. - Click on Privacy & security in the left-hand navigation pane.

- Select Diagnostics & feedback from the main window.

- Expand the Diagnostic data section.
- Choose your preferred setting between Send optional diagnostic data and Send required diagnostic data by toggling the option or selecting the appropriate radio button.
Use Group Policy to Manage Diagnostic Data Collection
Group Policy helps you enforce specific diagnostic data states across your system using the Local Group Policy Editor. This administrator tool lets you lock down telemetry levels so standard users cannot change them in the main Settings app.
- Open the Start menu, type
gpedit.msc, and press Enter to launch the Local Group Policy Editor. - Navigate to Computer Configuration Administrative Templates Windows Components Data Collection and Preview Builds in the left directory tree.
- Double-click the policy named Allow Diagnostic Data in the central pane.

- Select Enabled in the top-left corner of the policy configuration window.
- Use the Options drop-down list to select your desired telemetry level, such as Send required diagnostic data or Send optional diagnostic data.
- Click Apply and then OK to save your changes.
Use Group Policy to Manage Optional Diagnostic Data Collection
Managing optional diagnostic data collection through the Group Policy Editor lets you specifically restrict or permit extra telemetry transmission. You can locate the correct policy under administrative templates to control whether optional data leaves your machine.
- Open the Local Group Policy Editor by typing
gpedit.mscin the Start menu search and pressing Enter (requires administrator privileges). - Navigate to Computer Configuration Administrative Templates Windows Components Data Collection and Preview Builds.
- Locate and double-click the policy titled Disable OneSettings Auditing or look for advanced telemetry throttling policies depending on your exact Windows 11 build version.

- Set the policy state to Enabled or Disabled based on whether you want to permit supplementary data uploads.
- Click Apply and confirm by clicking OK.
Advanced Diagnostic Data Scheduling and Throttling (Unique Expert Strategy)
Advanced diagnostic data scheduling and throttling require using Task Scheduler alongside background service restrictions to control exact upload times and bandwidth use. Windows normally handles these bursts automatically, but you can adjust the underlying tasks for tighter control.
To restrict when diagnostic payloads are uploaded and prevent them from consuming network resources during critical operational hours, you can manually modify the execution windows of these background maintenance tasks (requires administrator privileges):
- Open the Start menu, type
Task Scheduler, and press Enter. - Expand the directory tree in the left pane to Task Scheduler Library Microsoft Windows Customer Experience Improvement Program
- Click on individual tasks such as
ConsolidatororUsbCeipto view their properties. - Switch to the Triggers tab to see when the task is scheduled to run.
- Double-click an active trigger to modify its schedule, changing the start time to off-peak hours (such as midnight or weekends).
- Switch to the Conditions tab and check the boxes for Start the task only if the computer is idle and Start only if the following network connection is available, specifying unmetered networks to prevent unintended data usage.
- Click OK to save the modified task schedule.
Validating Diagnostic Data Configurations
Validating diagnostic data configurations ensures your custom schedules and policy changes are actively enforced by the operating system. You can check your telemetry status by opening Event Viewer and reviewing the operational logs to confirm settings took effect.
- Open the Start menu, type
Event Viewer, and press Enter. - Expand Applications and Services Logs Microsoft Windows Operational in the left sidebar.
- Look for logs generated by the Microsoft-Windows-Telemetry/Operational provider to review successful upload events, transmission errors, and schedule execution receipts.
- Verify that log timestamps align with the off-peak maintenance schedules you configured in the Task Scheduler.
If this didn't work
Verify that conflicting domain-level Group Policies or MDM overrides are not actively overwriting your local settings. Running a Resultant Set of Policy report via the command line helps isolate policy conflicts across the operating system. Once your configurations apply successfully, you can proceed to monitor network bandwidth utilization or configure advanced firewall rules to further isolate diagnostic traffic endpoints.
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About the Author
Richard
Tech Writer, IT Professional
Richard, a writer for Geek Rewind, is a tech enthusiast who loves breaking down complex IT topics into simple, easy-to-understand ideas. With years of hands-on experience in system administration and enterprise IT operations, he’s developed a knack for offering practical tips and solutions. Richard aims to make technology more accessible and actionable. He's deeply committed to the Geek Rewind community, always ready to answer questions and engage in discussions.
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