Which Device Did You Plug In Windows 10

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Which Device Did You Plug In Windows 10

Which Device Did You Plug In Windows 10
Which Device Do You Plug In
Which Device Did You Plug In Keeps Popping Up Windows 10
Which Device You Plug In
Which Device Did You Plug In Prompt
Press Windows + R, type control panel and then hit Enter, select Hardware and Sound. Scroll down and select Realtek HD Audio Manager. Link for mac os high sierra mac os. Click the folder icon just above and to the right of where it says analog back panel and just below Device Advanced settings. Uncheck Enable auto popup dialog when device has been plugged in. Unplug your computer to fix the USB device malfunctioned. It sounds like a piece of cake thing to. To see all your devices Choose Settings on the Start menu. The Settings window opens. Choose Devices to open the Printers & Scanners category of the Devices window, as shown in the top of the figure.
Realtek HD Audio Manager comes with Realtek's High-Definition (HD) Audio Driver on almost every Windows computer. At times, it doesn't open/function properly for some absurd and unknown reason. Worse, the Audio Manager goes missing, especially after a Windows update or any malware causing the issues. 
With the Realtek HD Audio Manager, the audio devices like headphones, speakers, and microphones are easily detected, configured, and controlled by your PC. The Realtek HD Audio Manager gets installed alongside the driver and rests in your PC's system tray, taskbar, or general notification panel.
When you can't find the Audio Manager, or it goes missing, there are two ways to fix the problem.
 Also on Guiding Tech  How to Fix No Sound Issue After Windows 10 Update 2019 (1903) Which Device Did You Plug In Windows 10Read MoreRecover Missing Realtek HD Audio ManagerOn previous versions of the Windows OS (Windows 7, Windows 8, and Windows 8.1), the Realtek HD Audio Manager works just fine. The sound issues with Windows 10 build 1903 have become more rampant than ever. 
The Realtek HD Audio Driver boasts of support for Dolby audio, Dolby's Digital Theater Systems (DTS), Surround Sound, six-channel Digital to Analog Converter (DAC), and others to boost your PC's audio performance up a notch.
In the search for a solution, I discovered that many quite a number of Windows 10 users are also going through the same dilemma. Digging deeper, it turns out that the latest version (v2.82) of the Realtek HD Audio Driver is buggy on the Windows 10 platform. That causes HD Audio Manager to hide from the taskbar. On some PC, it doesn't even launch/open the HD Audio Manager at all.
The trick to solving the missing Realtek HD Audio Manager is to uninstall the latest version (v 2.82). After that, you have two choices — reinstall a lower version or the latest version by fetching it from Realtek's website.
Here are the steps involved.
Uninstall Buggy Realtek HD Audio DriverThe first step is to uninstall the audio driver with buggy audio manager.
Step 1: Unlocker. Tap Windows key + X shortcut to launch the Quick Access Menu at the bottom-left corner of the display.
Step 2: Tap Device Manager on the Quick Access Menu.
Step 3: On the Device Manager menu, expand the Sound, video, and game controllers section.
Step 4: Right-click on the Realtek High Definition Audio and select Uninstall.
Step 5: Check the 'Delete the driver for this software' option and tap the Ok button to proceed with the installation.
Reinstall Realtek HD Audio DriverThe next step is to install the bug-free version (v2.81) of the Realtek HD Audio Driver that comes with a functional Audio Manager. The version is no longer available on Realtek's official website, but I was able to download the setup from Filehippo, a trusted website for software downloads.
Download Realtek HD Audio Driver (v2.81) from FilehippoDownload the setup from the link and follow the steps below.
Step 1: Right-click on the downloaded setup and select Run as administrator.
Step 2: Follow the installation prompts and restart your computer after installing the Realtek HD Audio Driver.
The next thing to do now is to put the Realtek HD Audio Manager in place sight on your PC so it doesn't ever go missing again.
Step 3: Launch your File Explorer and navigate to this location — C:Program FilesRealtekAudioHDA.
Alternatively, you can press the Windows + R keys to launch the RUN window and paste this location — C:Program FilesRealtekAudioHDA. Then, tap the Enter button on your keyboard.
This will immediately open the folder where the Realtek HD Audio Manager app is located in your File Explorer.
Step 4: Right-click on RAVCpl64, tap Send to, and select Desktop (create shortcut).
Note: 'RAVCpl64' is the Realtek HD Audio Manager app.That creates a shortcut for the Realtek HD Audio Manager on your desktop.
Step 5: On your desktop, right-click on the RAVCpl64 shortcut and tap the Pin to taskbar option.
After that, the Realtek HD Audio Manager will be pinned to your taskbar. Also, it will appear on your system tray and notification area.

And that's it. The Realtek HD Audio Manager is now back to your PC. You can launch the app from the taskbar, system tray with a single mouse click.
In case you want to try reinstalling the latest Realtek HD Audio drivers (v2.82) then you can grab a copy from the Realtek's website directly.
Download Realtek HD Audio Drivers

We highly recommend you to check your computer's motherboard maker's site for the latest audio drivers for your motherboard's model. The same thing applies to laptop models as well.
 Also on Guiding Tech  How to Adjust Audio Balance in Windows 10 Read MoreEffectively Manage Your PC's AudioNow that you have restored the Realtek HD Audio Manager on your PC, you can effectively manage your PC's sound output and audio devices. You can also use the app to configure your computer's microphone and use special instruments like Noise Suppression, Speaker Fill, Acoustic Echo Cancellation, and more.
Next up: Are the speakers of your Windows PC performing below expectations? Check out how you can boost the maximum volume of your computer in the article linked below.

The above article may contain affiliate links which help support Guiding Tech. However, it does not affect our editorial integrity. The content remains unbiased and authentic.Read Next2 Ways to Boost Sound Level above the Maximum Mark in WindowsAlso See#audio #windows 10 Did You KnowMicrosoft Edge was initially code-named Project Spartan.
More in Windows

3 Best Fixes for Android MicroSD Card Not Showing up on PC -->Applies to: Windows Server (Semi-Annual Channel), Windows Server 2016, Windows 10
Always On VPN has many benefits over the Windows VPN solutions of the past. The following key improvements align Always On VPN with Microsoft's cloud-first, mobile-first vision:
Platform Integration: Always On VPN has improved integration with the Windows operating system and third-party solutions to provide a robust platform for countless advanced connection scenarios.
Security: Always On VPN has new, advanced security capabilities to restrict the type of traffic, which applications can use the VPN connection, and which authentication methods you can use to initiate the connection. When the connection is active most of the time, it is especially important to secure the connection. For more details, see VPN authentication options.
VPN Connectivity: Always On VPN, with or without Device Tunnel provides auto-trigger capability. Before Always On VPN, the ability to trigger an automatic connection through either user or device authentication was not possible.
Networking control: Always On VPN allows administrators to specify routing policies at a more granular level—even down to the individual application—which is perfect for line-of-business (LOB) apps that require special remote access. Always On VPN is also fully compatible with both Internet Protocol version 4 (IPv4) and version 6 (IPv6). Unlike DirectAccess, there is no specific dependency on IPv6.
Note
Before you get started, make sure to enable IPv6 on the VPN server. Otherwise, a connection cannot be established and an error message displays.
Configuration and compatibility: Always On VPN can be deployed and managed several ways, which gives Always On VPN several advantages over the other VPN client software.
Platform integrationMicrosoft has introduced or improved the following integration capabilities in Always On VPN:
Key improvementDescription
Windows Information Protection (WIP)Integration with WIP allows network policy enforcement to determine whether traffic is permitted to go over the VPN. If the user profile is active and WIP policies are applied, Always On VPN is automatically triggered to connect. Also, when you use WIP, there's no need to specify AppTriggerList and TrafficFilterList rules separately in the VPN profile (unless you want more advanced configuration) because the WIP policies and application lists automatically take effect.
Windows Hello for BusinessAlways On VPN natively supports Windows Hello for Business (in certificate-based authentication mode) to provide a seamless single sign-on experience for both sign-in to the machine and connection to the VPN. Therefore, no secondary authentication (user credentials) is needed for the VPN connection, making it possible to use an Always On connection with Windows Hello for Business authentication.
Microsoft Azure conditional accessThe Always On VPN client can integrate with the Azure conditional access platform to enforce multifactor authentication (MFA), device compliance, or a combination of the two. When compliant with conditional access policies, Azure Active Directory (Azure AD) issues a short-lived (by default, 60 minutes) IP Security (IPsec) authentication certificate that can then be used to authenticate to the VPN gateway. Device compliance uses Configuration Manager/Intune compliance policies, which can include the device health attestation state as part of the connection compliance check.
Azure MFAWhen combined with Remote Authentication Dial-In User Service (RADIUS) services and the Network Policy Server (NPS) extension for Azure MFA, VPN authentication can use strong MFA.Third-party VPN plug-inWith the Universal Windows Platform (UWP), third-party VPN providers can create a single application for the full range of Windows 10 devices. The UWP provides a guaranteed core API layer across devices, eliminating the complexity of and problems often associated with writing kernel-level drivers. Currently, Windows 10 UWP VPN plug-ins exist for Pulse Secure, F5 Access, Check Point Capsule VPN, FortiClient, SonicWall Mobile Connect, and GlobalProtect; no doubt, others will appear in the future.
SecurityThe primary improvements in security are in the following areas:
Key improvementDescription
Traffic filtersThrough traffic filters, you can specify client-side policies that determine which traffic is allowed into the corporate network. In this way, administrators can apply app or traffic restrictions on the VPN interface, limiting its use to specific sources, destination ports, and IP addresses. Two types of filtering rules are available:App-based rules. App-based firewall rules are based on a list of specified applications so that only traffic originating from these apps are permitted to go over the VPN interface.
Traffic-based rules. Traffic-based firewall rules are based on network requirements like ports, addresses, and protocols. Use these rules only for traffic that matches these specific conditions are permitted to go over the VPN interface.Note:
These rules apply only to traffic outbound from the device. Use of Traffic filters blocks inbound traffic from the corporate network to the client. 
Per-App VPNPer-App VPN is like having an app-based traffic filter, but it goes farther to combine application triggers with an app-based traffic filter so that VPN connectivity is constrained to a specific application as opposed to all applications on the VPN client. The feature automatically initiates when the app starts.
Support for customized IPsec cryptography algorithmsAlways On VPN supports the use of both RSA and elliptic curve cryptography–based custom cryptographic algorithms to meet stringent government or organizational security policies.
Native Extensible Authentication Protocol (EAP) supportAlways On VPN natively supports EAP, which allows you to use a diverse set of Microsoft and third-party EAP types as part of the authentication workflow. EAP provides secure authentication based on the following authentication types:Username and password
Smart card (both physical and virtual)
User certificates
Windows Hello for Business
MFA support by way of EAP RADIUS integration
The application vendor controls third-party UWP VPN plug-in authentication methods, although they have an array of available options, including custom credential types and OTP support.
VPN connectivityThe following are the primary improvements in Always On VPN connectivity:
Which Device Do You Plug InKey improvementDescription
Always OnAlways On is a Windows 10 feature that enables the active VPN profile to connect automatically and remain connected based on triggers—namely, user sign-in, network state change, or device screen active. Always On is also integrated into the connected standby experience to maximize battery life.
Application triggeringYou can configure VPN profiles in Windows 10 to connect automatically on the launch of a specified set of applications. You can configure both desktop and UWP applications to trigger a VPN connection.
Name-based triggeringWith Always On VPN, you can define rules so that specific domain name queries trigger the VPN connection. Windows 10 now supports name-based triggering for domain-joined and nondomain-joined machines (previously, only nondomain-joined machines were supported).
Trusted network detectionAlways On VPN includes this feature to ensure that VPN connectivity is not triggered if a user is connected to a trusted network within the corporate boundary. You can combine this feature with any of the triggering methods mentioned earlier to provide a seamless 'only connect when needed' user experience.
Device TunnelAlways On VPN gives you the ability to create a dedicated VPN profile for device or machine. Unlike User Tunnel, which only connects after a user logs on to the device or machine, Device Tunnel allows the VPN to establish connectivity before user sign-in. Both Device Tunnel and User Tunnel operate independently with their VPN profiles, can be connected at the same time, and can use different authentication methods and other VPN configuration settings as appropriate.

Key improvement	Description
Windows Information Protection (WIP)	Integration with WIP allows network policy enforcement to determine whether traffic is permitted to go over the VPN. If the user profile is active and WIP policies are applied, Always On VPN is automatically triggered to connect. Also, when you use WIP, there's no need to specify AppTriggerList and TrafficFilterList rules separately in the VPN profile (unless you want more advanced configuration) because the WIP policies and application lists automatically take effect.
Windows Hello for Business	Always On VPN natively supports Windows Hello for Business (in certificate-based authentication mode) to provide a seamless single sign-on experience for both sign-in to the machine and connection to the VPN. Therefore, no secondary authentication (user credentials) is needed for the VPN connection, making it possible to use an Always On connection with Windows Hello for Business authentication.
Microsoft Azure conditional access	The Always On VPN client can integrate with the Azure conditional access platform to enforce multifactor authentication (MFA), device compliance, or a combination of the two. When compliant with conditional access policies, Azure Active Directory (Azure AD) issues a short-lived (by default, 60 minutes) IP Security (IPsec) authentication certificate that can then be used to authenticate to the VPN gateway. Device compliance uses Configuration Manager/Intune compliance policies, which can include the device health attestation state as part of the connection compliance check.
Azure MFA	When combined with Remote Authentication Dial-In User Service (RADIUS) services and the Network Policy Server (NPS) extension for Azure MFA, VPN authentication can use strong MFA.	Third-party VPN plug-in	With the Universal Windows Platform (UWP), third-party VPN providers can create a single application for the full range of Windows 10 devices. The UWP provides a guaranteed core API layer across devices, eliminating the complexity of and problems often associated with writing kernel-level drivers. Currently, Windows 10 UWP VPN plug-ins exist for Pulse Secure, F5 Access, Check Point Capsule VPN, FortiClient, SonicWall Mobile Connect, and GlobalProtect; no doubt, others will appear in the future.

Key improvement	Description
Traffic filters	Through traffic filters, you can specify client-side policies that determine which traffic is allowed into the corporate network. In this way, administrators can apply app or traffic restrictions on the VPN interface, limiting its use to specific sources, destination ports, and IP addresses. Two types of filtering rules are available: App-based rules. App-based firewall rules are based on a list of specified applications so that only traffic originating from these apps are permitted to go over the VPN interface. Traffic-based rules. Traffic-based firewall rules are based on network requirements like ports, addresses, and protocols. Use these rules only for traffic that matches these specific conditions are permitted to go over the VPN interface. Note: These rules apply only to traffic outbound from the device. Use of Traffic filters blocks inbound traffic from the corporate network to the client.	Per-App VPN	Per-App VPN is like having an app-based traffic filter, but it goes farther to combine application triggers with an app-based traffic filter so that VPN connectivity is constrained to a specific application as opposed to all applications on the VPN client. The feature automatically initiates when the app starts.
Support for customized IPsec cryptography algorithms	Always On VPN supports the use of both RSA and elliptic curve cryptography–based custom cryptographic algorithms to meet stringent government or organizational security policies.
Native Extensible Authentication Protocol (EAP) support	Always On VPN natively supports EAP, which allows you to use a diverse set of Microsoft and third-party EAP types as part of the authentication workflow. EAP provides secure authentication based on the following authentication types: Username and password Smart card (both physical and virtual) User certificates Windows Hello for Business MFA support by way of EAP RADIUS integration The application vendor controls third-party UWP VPN plug-in authentication methods, although they have an array of available options, including custom credential types and OTP support.

Key improvement	Description
Always On	Always On is a Windows 10 feature that enables the active VPN profile to connect automatically and remain connected based on triggers—namely, user sign-in, network state change, or device screen active. Always On is also integrated into the connected standby experience to maximize battery life.
Application triggering	You can configure VPN profiles in Windows 10 to connect automatically on the launch of a specified set of applications. You can configure both desktop and UWP applications to trigger a VPN connection.
Name-based triggering	With Always On VPN, you can define rules so that specific domain name queries trigger the VPN connection. Windows 10 now supports name-based triggering for domain-joined and nondomain-joined machines (previously, only nondomain-joined machines were supported).
Trusted network detection	Always On VPN includes this feature to ensure that VPN connectivity is not triggered if a user is connected to a trusted network within the corporate boundary. You can combine this feature with any of the triggering methods mentioned earlier to provide a seamless 'only connect when needed' user experience.
Device Tunnel	Always On VPN gives you the ability to create a dedicated VPN profile for device or machine. Unlike User Tunnel, which only connects after a user logs on to the device or machine, Device Tunnel allows the VPN to establish connectivity before user sign-in. Both Device Tunnel and User Tunnel operate independently with their VPN profiles, can be connected at the same time, and can use different authentication methods and other VPN configuration settings as appropriate.

NetworkingThe following are some of the networking improvements in Always On VPN:

3 Best Fixes for Android MicroSD Card Not Showing up on PC -->Applies to: Windows Server (Semi-Annual Channel), Windows Server 2016, Windows 10
Always On VPN has many benefits over the Windows VPN solutions of the past. The following key improvements align Always On VPN with Microsoft's cloud-first, mobile-first vision:
Platform Integration: Always On VPN has improved integration with the Windows operating system and third-party solutions to provide a robust platform for countless advanced connection scenarios.
Security: Always On VPN has new, advanced security capabilities to restrict the type of traffic, which applications can use the VPN connection, and which authentication methods you can use to initiate the connection. When the connection is active most of the time, it is especially important to secure the connection. For more details, see VPN authentication options.
VPN Connectivity: Always On VPN, with or without Device Tunnel provides auto-trigger capability. Before Always On VPN, the ability to trigger an automatic connection through either user or device authentication was not possible.
Networking control: Always On VPN allows administrators to specify routing policies at a more granular level—even down to the individual application—which is perfect for line-of-business (LOB) apps that require special remote access. Always On VPN is also fully compatible with both Internet Protocol version 4 (IPv4) and version 6 (IPv6). Unlike DirectAccess, there is no specific dependency on IPv6.
Note
Before you get started, make sure to enable IPv6 on the VPN server. Otherwise, a connection cannot be established and an error message displays.
Configuration and compatibility: Always On VPN can be deployed and managed several ways, which gives Always On VPN several advantages over the other VPN client software.
Platform integrationMicrosoft has introduced or improved the following integration capabilities in Always On VPN:
Key improvementDescription
Windows Information Protection (WIP)Integration with WIP allows network policy enforcement to determine whether traffic is permitted to go over the VPN. If the user profile is active and WIP policies are applied, Always On VPN is automatically triggered to connect. Also, when you use WIP, there's no need to specify AppTriggerList and TrafficFilterList rules separately in the VPN profile (unless you want more advanced configuration) because the WIP policies and application lists automatically take effect.
Windows Hello for BusinessAlways On VPN natively supports Windows Hello for Business (in certificate-based authentication mode) to provide a seamless single sign-on experience for both sign-in to the machine and connection to the VPN. Therefore, no secondary authentication (user credentials) is needed for the VPN connection, making it possible to use an Always On connection with Windows Hello for Business authentication.
Microsoft Azure conditional accessThe Always On VPN client can integrate with the Azure conditional access platform to enforce multifactor authentication (MFA), device compliance, or a combination of the two. When compliant with conditional access policies, Azure Active Directory (Azure AD) issues a short-lived (by default, 60 minutes) IP Security (IPsec) authentication certificate that can then be used to authenticate to the VPN gateway. Device compliance uses Configuration Manager/Intune compliance policies, which can include the device health attestation state as part of the connection compliance check.
Azure MFAWhen combined with Remote Authentication Dial-In User Service (RADIUS) services and the Network Policy Server (NPS) extension for Azure MFA, VPN authentication can use strong MFA.Third-party VPN plug-inWith the Universal Windows Platform (UWP), third-party VPN providers can create a single application for the full range of Windows 10 devices. The UWP provides a guaranteed core API layer across devices, eliminating the complexity of and problems often associated with writing kernel-level drivers. Currently, Windows 10 UWP VPN plug-ins exist for Pulse Secure, F5 Access, Check Point Capsule VPN, FortiClient, SonicWall Mobile Connect, and GlobalProtect; no doubt, others will appear in the future.
SecurityThe primary improvements in security are in the following areas:
Key improvementDescription
Traffic filtersThrough traffic filters, you can specify client-side policies that determine which traffic is allowed into the corporate network. In this way, administrators can apply app or traffic restrictions on the VPN interface, limiting its use to specific sources, destination ports, and IP addresses. Two types of filtering rules are available:App-based rules. App-based firewall rules are based on a list of specified applications so that only traffic originating from these apps are permitted to go over the VPN interface.
Traffic-based rules. Traffic-based firewall rules are based on network requirements like ports, addresses, and protocols. Use these rules only for traffic that matches these specific conditions are permitted to go over the VPN interface.Note:
These rules apply only to traffic outbound from the device. Use of Traffic filters blocks inbound traffic from the corporate network to the client. 
Per-App VPNPer-App VPN is like having an app-based traffic filter, but it goes farther to combine application triggers with an app-based traffic filter so that VPN connectivity is constrained to a specific application as opposed to all applications on the VPN client. The feature automatically initiates when the app starts.
Support for customized IPsec cryptography algorithmsAlways On VPN supports the use of both RSA and elliptic curve cryptography–based custom cryptographic algorithms to meet stringent government or organizational security policies.
Native Extensible Authentication Protocol (EAP) supportAlways On VPN natively supports EAP, which allows you to use a diverse set of Microsoft and third-party EAP types as part of the authentication workflow. EAP provides secure authentication based on the following authentication types:Username and password
Smart card (both physical and virtual)
User certificates
Windows Hello for Business
MFA support by way of EAP RADIUS integration
The application vendor controls third-party UWP VPN plug-in authentication methods, although they have an array of available options, including custom credential types and OTP support.
VPN connectivityThe following are the primary improvements in Always On VPN connectivity:
Which Device Do You Plug InKey improvementDescription
Always OnAlways On is a Windows 10 feature that enables the active VPN profile to connect automatically and remain connected based on triggers—namely, user sign-in, network state change, or device screen active. Always On is also integrated into the connected standby experience to maximize battery life.
Application triggeringYou can configure VPN profiles in Windows 10 to connect automatically on the launch of a specified set of applications. You can configure both desktop and UWP applications to trigger a VPN connection.
Name-based triggeringWith Always On VPN, you can define rules so that specific domain name queries trigger the VPN connection. Windows 10 now supports name-based triggering for domain-joined and nondomain-joined machines (previously, only nondomain-joined machines were supported).
Trusted network detectionAlways On VPN includes this feature to ensure that VPN connectivity is not triggered if a user is connected to a trusted network within the corporate boundary. You can combine this feature with any of the triggering methods mentioned earlier to provide a seamless 'only connect when needed' user experience.
Device TunnelAlways On VPN gives you the ability to create a dedicated VPN profile for device or machine. Unlike User Tunnel, which only connects after a user logs on to the device or machine, Device Tunnel allows the VPN to establish connectivity before user sign-in. Both Device Tunnel and User Tunnel operate independently with their VPN profiles, can be connected at the same time, and can use different authentication methods and other VPN configuration settings as appropriate.
NetworkingThe following are some of the networking improvements in Always On VPN:
Key improvementDescription
Dual-stack support for IPv4 and IPv6Always On VPN natively supports the use of both IPv4 and IPv6 in a dual-stack approach. It has no specific dependency on one protocol over the other, which allows for maximum IPv4/IPv6 application compatibility combined with support for future IPv6 networking needs.Note: Before you get started, make sure to enable IPv6 on the VPN server. Otherwise, a connection cannot be established and an error message displays.
Application-specific routing policiesIn addition to defining global VPN connection routing policies for internet and intranet traffic separation, it is possible to add routing policies to control the use of split tunnel or force tunnel configurations on a per-application basis. This option gives you more granular control over which apps are allowed to interact with which resources through the VPN tunnel.
Exclusion routesAlways On VPN supports the ability to specify exclusion routes that specifically control routing behavior to define which traffic should traverse the VPN only and not go over the physical network interface.Notes:
- Exclusion routes currently work for traffic within the same subnet as the client, for example, LinkLocal.
- Exclusion routes only work in a Split Tunnel setup.
Configuration and compatibilityWhich Device Did You Plug In Keeps Popping Up Windows 10The following are some of the configuration and compatibility improvements in Always On VPN:
Which Device You Plug InKey improvementDescription
Third-party VPN gateway compatibilityThe Always On VPN client does not require the use of a Microsoft-based VPN gateway to operate. Through the support of the IKEv2 protocol, the client facilitates interoperability with third-party VPN gateways that support this industry-standard tunneling type. You can also achieve interoperability with third-party VPN gateways by using a UWP VPN plug-in combined with a custom tunneling type without sacrificing Always On VPN platform features and benefits.Note:
Consult with your gateway or third-party back-end appliance vendor on configurations and compatibility with Always On VPN and Device Tunnel using IKEv2.
Industry-standard IKEv2 VPN protocol supportThe Always On VPN client supports IKEv2, one of today's most widely used industry-standard tunneling protocols. This compatibility maximizes interoperability with third-party VPN gateways.
Platform supportAlways On VPN supports domain-joined, nondomain-joined (workgroup), or Azure AD–joined devices to allow for both enterprises and bring your own device (BYOD) scenarios. Also, Always On VPN is available in all Windows editions.
Diverse management and deployment mechanismsYou can use many management and deployment mechanisms to manage VPN settings (called a VPN profile), including Windows PowerShell, Microsoft Endpoint Configuration Manager, Intune or third-party mobile device management (MDM) tool, and Windows Configuration Designer. These options simplify the configuration of Always On VPN regardless of the client management tools you use.
Standardized VPN profile definitionAlways On VPN supports configuration using a standard XML profile (ProfileXML), providing a standard configuration template format that most management and deployment toolsets use.
Which Device Did You Plug In PromptNext steps

Key improvement	Description
Dual-stack support for IPv4 and IPv6	Always On VPN natively supports the use of both IPv4 and IPv6 in a dual-stack approach. It has no specific dependency on one protocol over the other, which allows for maximum IPv4/IPv6 application compatibility combined with support for future IPv6 networking needs. Note: Before you get started, make sure to enable IPv6 on the VPN server. Otherwise, a connection cannot be established and an error message displays.
Application-specific routing policies	In addition to defining global VPN connection routing policies for internet and intranet traffic separation, it is possible to add routing policies to control the use of split tunnel or force tunnel configurations on a per-application basis. This option gives you more granular control over which apps are allowed to interact with which resources through the VPN tunnel.
Exclusion routes	Always On VPN supports the ability to specify exclusion routes that specifically control routing behavior to define which traffic should traverse the VPN only and not go over the physical network interface. Notes: - Exclusion routes currently work for traffic within the same subnet as the client, for example, LinkLocal. - Exclusion routes only work in a Split Tunnel setup.

Key improvement	Description
Third-party VPN gateway compatibility	The Always On VPN client does not require the use of a Microsoft-based VPN gateway to operate. Through the support of the IKEv2 protocol, the client facilitates interoperability with third-party VPN gateways that support this industry-standard tunneling type. You can also achieve interoperability with third-party VPN gateways by using a UWP VPN plug-in combined with a custom tunneling type without sacrificing Always On VPN platform features and benefits. Note: Consult with your gateway or third-party back-end appliance vendor on configurations and compatibility with Always On VPN and Device Tunnel using IKEv2.
Industry-standard IKEv2 VPN protocol support	The Always On VPN client supports IKEv2, one of today's most widely used industry-standard tunneling protocols. This compatibility maximizes interoperability with third-party VPN gateways.
Platform support	Always On VPN supports domain-joined, nondomain-joined (workgroup), or Azure AD–joined devices to allow for both enterprises and bring your own device (BYOD) scenarios. Also, Always On VPN is available in all Windows editions.
Diverse management and deployment mechanisms	You can use many management and deployment mechanisms to manage VPN settings (called a VPN profile), including Windows PowerShell, Microsoft Endpoint Configuration Manager, Intune or third-party mobile device management (MDM) tool, and Windows Configuration Designer. These options simplify the configuration of Always On VPN regardless of the client management tools you use.
Standardized VPN profile definition	Always On VPN supports configuration using a standard XML profile (ProfileXML), providing a standard configuration template format that most management and deployment toolsets use.