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This event indicates that the InventoryApplicationFile object is no longer present. This event indicates that a new set of InventoryApplicationFileAdd events will be sent.
This event sends data about the number of language packs installed on the system, to help keep Windows up to date. This event indicates that the InventoryLanguagePack object is no longer present. This event indicates that a new set of InventoryLanguagePackAdd events will be sent. This event indicates that the InventoryMediaCenter object is no longer present. This event indicates that a new set of InventoryMediaCenterAdd events will be sent.
This event sends basic metadata about the BIOS to determine whether it has a compatibility block. This event indicates that the InventorySystemBios object is no longer present. This event indicates that a new set of InventorySystemBiosAdd events will be sent.
This event indicates that a full set of InventorySystemProcessorAdd events has been sent. This event indicates that a new set of InventorySystemProcessorAdd events will be sent. This event runs only during setup.
It provides a listing of the uplevel driver packages that were downloaded before the upgrade. It is critical in understanding if failures in setup can be traced to not having sufficient uplevel drivers before the upgrade. This event indicates that the InventoryUplevelDriverPackage object is no longer present. This event is sent at the beginning of an appraiser run, the RunContext indicates what should be expected in the following data payload.
This event is used with the other Appraiser events to make compatibility decisions to keep Windows up to date. This event sends data on the amount of memory on the system and whether it meets requirements, to help keep Windows up to date.
This event that the SystemMemory object is no longer present. This event indicates that a new set of SystemMemoryAdd events will be sent. This event sends data indicating whether the system supports the CompareExchange CPU requirement, to help keep Windows up to date. This event indicates that the SystemProcessorCompareExchange object is no longer present.
This event indicates that the SystemProcessorLahfSahf object is no longer present. This event indicates that the SystemProcessorNx object is no longer present. This event indicates that a new set of SystemProcessorNxAdd events will be sent. This event sends data indicating whether the system supports the PrefetchW CPU requirement, to help keep Windows up to date. This event indicates that the SystemProcessorPrefetchW object is no longer present.
This event indicates that the SystemProcessorSse2 object is no longer present. This event indicates that a new set of SystemProcessorSse2Add events will be sent. This event sends data indicating whether the system supports touch, to help keep Windows up to date. This event indicates that the SystemTouch object is no longer present. This event indicates that a new set of SystemTouchAdd events will be sent.
This event sends data indicating whether the operating system is running from a compressed Windows Imaging Format WIM file, to help keep Windows up to date. This event indicates that the SystemWim object is no longer present. This event indicates that a new set of SystemWimAdd events will be sent.
This event sends data indicating whether the current operating system is activated, to help keep Windows up to date. This event indicates that the SystemWindowsActivationStatus object is no longer present. This event sends data indicating whether the system has WLAN, and if so, whether it uses an emulated driver that could block an upgrade, to help keep Windows up to date.
This event indicates that the SystemWlan object is no longer present. This event indicates that a new set of SystemWlanAdd events will be sent. This event indicates the parameters and result of a diagnostic data run. This allows the rest of the data sent over the course of the run to be properly contextualized and understood, which is then used to keep Windows up to date.
This event sends data about the usage of older digital rights management on the system, to help keep Windows up to date. This data does not indicate the details of the media using the digital rights management, only whether any such files exist. Collecting this data was critical to ensuring the correct mitigation for customers, and should be able to be removed once all mitigations are in place.
This event indicates that the Wmdrm object is no longer present. This event is used to understand the usage of older digital rights management on the system, to help keep Windows up to date. This event provides information about the layout of the individual microphone elements in the microphone array. The data collected with this event is used to keep Windows performing properly.
This event provides information about the location and orientation of the microphone element. This event logs the successful enumeration of an audio endpoint such as a microphone or speaker and provides information about the audio endpoint. This event sends version data about the Apps running on this device.
The data collected with this event is used to help keep Windows secure and up to date. The data collected with this event is used to help keep Windows secure.
This event sends type and capacity data about the battery on the device, as well as the number of connected standby devices in use. This event sends data about Azure presence, type, and cloud domain use in order to provide an understanding of the use and integration of devices in an enterprise, cloud, and server environment. This event sends data about the BIOS and startup embedded in the device. This event sends Windows Insider data from customers participating in improvement testing and feedback programs.
This event sends data about the device, including hardware type, OEM brand, model line, model, telemetry level setting, and TPM support. This event sends data about the mobile and cellular network used by the device mobile service provider, network, device ID, and service cost factors.
This event sends data about the operating system such as the version, locale, update service configuration, when and how it was originally installed, and whether it is a virtual device.
This event provides information about the device level privacy settings and whether device-level access was granted to these capabilities. Not all settings are applicable to all devices. Each field records the consent state for the corresponding privacy setting. The consent state is encoded as a bit signed integer, where the first 8 bits represents the effective consent value, and the last 8 bits represent the authority that set the value. This event sends data about the processor.
This event provides information about security settings. This event is used to gather basic speech settings on the device. This event sends data about the total capacity of the system volume and primary disk. This event sends data about the current user's default preferences for browser and several of the most popular extensions and protocols. This event sends data about the default app language, input, and display language preferences set by the user.
This event provides information about the current users privacy settings and whether device-level access was granted to these capabilities. The consent state is encoded as a bit signed integer, where the first 8 bits represents the effective consent value, and the last 8 bits represents the authority that set the value. This event sends data indicating whether virtualization is enabled on the device, and its various characteristics.
This event sends data about the Windows update server and other App store policies. Describes the properties of the running application.
This extension could be populated by a client app or a web app. Describes the installation state for all hardware and software components available on a particular device.
This event reports on the results of scanning for optional Windows content on Windows Update to keep Windows up to date. This event provides information about the results of installing or uninstalling optional Windows content from Windows Update. This event provides information about the results of installing optional Windows content that requires a reboot to keep Windows up to date. This event sends data to indicate if some Operating System packages could not be updated as part of an upgrade, to help keep Windows up to date.
This event provides information about the results of uninstalling a Windows Cumulative Security Update to help keep Windows up to date. This event reports on the performance and reliability results of installing Servicing content from Windows Update to keep Windows up to date.
This event reports the results of enabling or disabling optional Windows Content to keep Windows up to date. This event is sent on imaging application exit. This event is sent when the app for image creation is invoked. This failure event is sent when imaging fails. This event is sent when imaging is done.
This event is sent when an imaging session starts. This event indicates that a Deployment API has completed.
This event indicates that a Deployment API has been called. This is an internal-only test event used to validate the utc. The provider of this event is assigned to the Windows Core Telemetry group provider in order to test. This event sends data about boot IDs for which a normal clean shutdown was not observed. The data collected with this event is used to help keep Windows up to date, secure, and performing properly.
This event is fired by UTC at state transitions to signal what data we are allowed to collect. This event is fired by UTC at startup to signal what data we are allowed to collect. This event sends data about the connectivity status of the Connected User Experience and Telemetry component that uploads telemetry events.
If an unrestricted free network such as Wi-Fi is available, this event updates the last successful upload time. Otherwise, it checks whether a Connectivity Heartbeat event was fired in the past 24 hours, and if not, it sends an event.
A Connectivity Heartbeat event is also sent when a device recovers from costed network to free network. This event is fired by UTC during periods of no network as a heartbeat signal, to keep Windows secure and up to date. This event occurs when the DiagTrack escalation fails due to the scenario requesting a path that is not approved for GetFileInfo actions. This event sends data about the health and quality of the diagnostic data from the given device, to help keep Windows up to date.
It also enables data analysts to determine how 'trusted' the data is from a given device. This event sends data about the health and quality of the diagnostic data from the specified device agent , to help keep Windows up to date. This event sends data for Surface Hub devices to monitor and ensure the correct functioning of those Surface Hub devices.
This data helps ensure the device is up to date with the latest security and safety features. This event sends data when the Windows Diagnostic data collection mechanism detects a timestamp adjustment for incoming diagnostic events. This data is critical for dealing with time changes during diagnostic data analysis, to help keep the device up to date. This event sends data when scenario completion is throttled truncated or otherwise restricted because the scenario is excessively large.
This event sends data when the Windows diagnostic data collection mechanism resets the Boot ID. This data helps ensure Windows is up to date. This event sends data when a producer is throttled due to the trigger buffer exceeding defined thresholds.
This event sends data when an event producer is throttled by the Windows Diagnostic data collection mechanism. This event sends data when an executable EXE file is terminated during escalation because it exceeded its maximum runtime the maximum amount of time it was expected to run.
This event sends data when the RunExe process finishes during escalation, but returns a non-zero exit code. This event is a low latency health alert that is part of the 4Nines device health monitoring feature currently available on Surface Hub devices.
For a device that is opted in, this event is sent before shutdown to signal that the device is about to be powered down. This event indicates that the Coordinator CheckApplicability call succeeded. This event indicates that the Coordinator Commit call succeeded. This event indicates that the Coordinator Download call succeeded. This event indicates that the Coordinator HandleShutdown call succeeded.
This event indicates that the Coordinator Initialize call succeeded. This event indicates that the Coordinator Install call succeeded. This event indicates that the Coordinator's progress callback has been called. This event indicates that the Coordinator SetCommitReady call succeeded. This event indicates that the user selected an option on the Reboot UI. This event indicates that the Handler CheckApplicabilityInternal call succeeded.
This event indicates that the Handler CheckApplicability call succeeded. This event indicates that the Handler Commit call succeeded. This event indicates that the Handler Download and Extract cab returned a value indicating that the cab has already been downloaded. This event indicates that the Handler Download and Extract cab call failed. This event indicates that the Handler Download and Extract cab call succeeded.
This event indicates that the Handler Download call succeeded. This event indicates that the Handler Initialize call succeeded. This event indicates that the Handler SetCommitReady call succeeded. The data collected with this event is used to help keep Windows up to date and performing properly.
This event indicates that Applicability DLL ran a set of applicability tests. This event indicates that the First Accept dialog has been shown. This critical event sends information about the driver installation that took place. This event sends data about the driver installation once it is completed. This event sends data about the driver that the new driver installation is replacing. This event sends basic GPU and display driver information to keep Windows and display drivers up-to-date.
This event returns information about how many resources and of what type are in the server cluster. This data is collected to keep Windows Server safe, secure, and up to date. The data includes information about whether hardware is configured correctly, if the software is patched correctly, and assists in preventing crashes by attributing issues like fatal errors to workloads and system configurations.
This event sends data about crashes for both native and managed applications, to help keep Windows up to date. The data includes information about the crashing process and a summary of its exception record. It does not contain any Watson bucketing information. AppCrash is emitted once for each crash handled by WER e. Note that Generic Watson event types e. This event sends diagnostic data about failures when uninstalling a feature update, to help resolve any issues preventing customers from reverting to a known state.
This event indicates that the uninstall was properly configured and that a system reboot was initiated. This event sends data about hangs for both native and managed applications, to help keep Windows up to date. AppHang is reported only on client devices. It handles classic Win32 hangs and is emitted only once per report. Some behaviors that may be perceived by a user as a hang are reported by app managers e.
This event is also used to count WMR device. This event indicates Windows Mixed Reality Portal app activation state.
This event also used to count WMR device. This event indicates Windows Mixed Reality Portal app resuming. This event provides Windows Mixed Reality device information.
This event is also used to count WMR device and device type. This event captures basic checksum data about the device inventory items stored in the cache for use in validating data completeness for Microsoft.
Core events. The fields in this event may change over time, but they will always represent a count of a given object. This event sends inventory component versions for the Device Inventory data. This event enumerates the signatures of files, either driver packages or application executables. For driver packages, this data is collected on demand via Telecommand to limit it only to unrecognized driver packages, saving time for the client and space on the server.
For applications, this data is collected for up to 10 random executables on a system. This event sends basic metadata about an application on the system.
The data collected with this event is used to keep Windows performing properly and up to date. This event represents what drivers an application installs. This event provides file-level information about the applications that exist on the system. Those will work. On the upper right, click Download. With an administrator account, right-click on the downloaded MediaCreationTool.
Click on the version you want. If you have an ISO file and want to use it to upgrade your Win10 Home version, using an administrator account, double-click on the ISO file, then right-click setup. The Win10 installer kicks in and will guide you through the process. You can double-check that the upgrade succeeded by typing About in the search box and looking for the version number. If you have any suggestions for this procedure, or need help, skilled volunteers await on the AskWoody Lounge.
Here are the latest Insider stories. More Insider Sign Out. Sign In Register. Sign Out Sign In Register. Latest Insider. Check out the latest Insider stories here. More from the Foundry Network. Unless you include 3D drawing and HoloLens support in Win10's new feature hit list, the improvements have been slight. On the other hand, upgrade meltdowns run a dime a dozen. Pick any Win10 version upgrade, and I can list and have published dozens of big bugs, some of them debilitating.
With pause updates, you can free yourself from the unpaid beta-tester karmic wheel. Those attached to update servers face a different master. I think the benefit of pause updates now justifies the potential pain of upgrading.
Moving from Win10 version or to version is pretty straightforward. I have the details in my November article Running Win10 version or ? You have options. The deferral settings in that article are still valid today.
The File Explorer Search bug may prove very annoying, but you can live with it for a while.
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