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For now I have put the service worker in the root but for every client it will cache all other clients files which I don't want to. And whenever I need to create a new subfolder I have to update the service worker in the root. Is there any way to have like multiple service workers, one for each sub folder? (I know it cannot fetches files in parent directory)

You can use a phone or other device as a virtual multi-factor authentication (MFA) device. To do this, install a mobile app that is compliant with RFC 6238, a standards-based TOTP (time-based one-time password) algorithm. These apps generate a six-digit authentication code. Because they can run on unsecured mobile devices, virtual MFA might not provide the same level of security as FIDO security keys. We do recommend that you use a virtual MFA device while waiting for hardware purchase approval or while you wait for your hardware to arrive.

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Most virtual MFA apps support creating multiple virtual devices, allowing you to use the same app for multiple AWS accounts or users. You can register up to eight MFA devices of any combination of the currently supported MFA types with your AWS account root user and IAM users. With multiple MFA devices, you only need one MFA device to sign in to the AWS Management Console or create a session through the AWS CLI as that user. We recommend that you register multiple MFA devices. For authenticator applications, we also recommend enabling the cloud backup or sync feature in those apps to help you avoid losing access to your account if you lose or break your device with the authenticator apps.

To manage virtual MFA devices for your IAM user, you must have the permissions from the following policy: AWS: Allows MFA-authenticated IAM users to manage their own MFA device on the My security credentials page.

You can use IAM in the AWS Management Console to enable and manage a virtual MFA device for an IAM user in your account. You can attach tags to your IAM resources, including virtual MFA devices, to identify, organize, and control access to them. You can tag virtual MFA devices only when you use the AWS CLI or AWS API. To enable and manage an MFA device using the AWS CLI or AWS API, see Enabling and managing virtual MFA devices (AWS CLI or AWS API). For more information about tagging IAM resources, see Tagging IAM resources.

You must have physical access to the hardware that will host the user's virtual MFA device in order to configure MFA. For example, you might configure MFA for a user who will use a virtual MFA device running on a smartphone. In that case, you must have the smartphone available in order to finish the wizard. Because of this, you might want to let users configure and manage their own virtual MFA devices. In that case, you must grant users the permissions to perform the necessary IAM actions. For more information and for an example of an IAM policy that grants these permissions, see the IAM tutorial: Permit users to manage their credentials and MFA settings and example policy AWS: Allows MFA-authenticated IAM users to manage their own MFA device on the My security credentials page.

IAM generates and displays configuration information for the virtual MFA device, including a QR code graphic. The graphic is a representation of the "secret configuration key" that is available for manual entry on devices that do not support QR codes.

On the Set up device page, in the MFA code 1 box, type the one-time password that currently appears in the virtual MFA device. Wait up to 30 seconds for the device to generate a new one-time password. Then type the second one-time password into the MFA code 2 box. Choose Add MFA.

Windows 10 Enterprise multi-session and Windows 11 Enterprise multi-session, allows multiple concurrent interactive sessions. Previously, only Windows Server could do this. This capability gives users a familiar Windows experience while IT can benefit from the cost advantages of multi-session and use existing per-user Windows licensing instead of RDS Client Access Licenses (CALs). For more information about licenses and pricing, see Azure Virtual Desktop pricing.

How many interactive sessions that can be active at the same time relies on your system's hardware resources (vCPU, memory, disk, and vGPU), how your users use their apps while signed in to a session, and how heavy your system's workload is. We suggest you validate your system's performance to understand how many users you can have on Windows Enterprise multi-session. To learn more, see Azure Virtual Desktop pricing.

Windows Enterprise multi-session is a virtual edition of Windows Enterprise. One of the differences is that this operating system (OS) reports the ProductType as having a value of 3, the same value as Windows Server. This property keeps the OS compatible with existing RDSH management tooling, RDSH multi-session-aware applications, and mostly low-level system performance optimizations for RDSH environments. Some application installers can block installation on Windows multi-session depending on whether they detect the ProductType is set to Client. If your app won't install, contact your application vendor for an updated version.

No. It's not currently possible to upgrade an existing virtual machine (VM) that's running Windows Professional or Enterprise to Windows Enterprise multi-session. Also, if you deploy a Windows Enterprise multi-session VM and then update the product key to another edition, you won't be able to switch the VM back to Windows Enterprise multi-session and will need to redeploy the VM. Changing your Azure Virtual Desktop VM SKU to another edition is not supported.

To get started, create a VM in Azure with Windows Enterprise multi-session. Instead of starting the VM in Azure, you can download the VHD directly. After that, you'll be able to use the VHD you downloaded to create a new Generation 1 VM on a Windows PC with Hyper-V enabled.

You can use any supported configuration tool, but we recommend Configuration Manager version 1906 because it supports Windows Enterprise multi-session or Microsoft Intune for Microsoft Entra joined or Microsoft Entra hybrid joined session hosts.

Windows Enterprise multi-session is in the Azure gallery. To find it, navigate to the Azure portal and search for the Windows Enterprise for Virtual Desktops release. For an image integrated with Microsoft 365 Apps for enterprise, go to the Azure portal and search for Microsoft Windows + Microsoft 365 Apps for enterprise.

The Azure gallery has several releases, including Windows Enterprise multi-session, version 1909, and Windows Enterprise multi-session, version 1903. We recommend using the latest version for improved performance and reliability.

Windows Enterprise multi-session, versions 1909 and later are supported and are available in the Azure gallery. These releases follow the same support lifecycle policy as Windows Enterprise, which means the March release is supported for 18 months and the September release for 30 months.

We recommend you use FSLogix profile containers when you configure Windows Enterprise in non-persistent environments or other scenarios that need a centrally stored profile. FSLogix ensures the user profile is available and up-to-date for every user session. We also recommend you use your FSLogix profile container to store a user profile in any SMB share with appropriate permissions, but you can store user profiles in Azure page blob storage if necessary. Azure Virtual Desktop users can use FSLogix at no additional cost. FSLogix comes pre-installed on all Windows Enterprise multi-session images, but the IT admin is still responsible for configuring the FSLogix profile container.

This happens because you're using Windows Enterprise multi-session with a profile management solution like FSLogix. Your admin or profile solution configured your system to delete user profiles when users sign out. This configuration means that when your system deletes your user profile after you sign out, it also removes any apps you installed during your session. If you want to keep the apps you installed, you'll need to ask your admin to provision these apps for all users in your Azure Virtual Desktop environment.

Most virtualized environments are configured by default to prevent users from installing additional apps to their profiles. If you want to make sure an app doesn't disappear when your user signs out of Azure Virtual Desktop, you have to provision that app for all user profiles in your environment. For more information about provisioning apps, check out these resources:

You can now use Microsoft Intune to manage Windows 10 or Windows 11 Enterprise multi-session remote desktops in the Microsoft Intune admin center just as you can manage a shared Windows 10 or Windows 11 client device. When managing such virtual machines (VMs), you'll be able to use both device-based configuration targeted to devices or user-based configuration targeted to users.

Device configuration support in Microsoft Intune for Windows 10 or Windows 11 Enterprise multi-session is generally available (GA). This means policies defined in the OS scope and apps configured to install in the system context can be applied to Azure Virtual Desktop multi-session VMs when assigned to device groups.

Windows 10 or Windows 11 Enterprise multi-session VMs are treated as a separate OS edition and some Windows 10 or Windows 11 Enterprise configurations won't be supported for this edition. Using Microsoft Intune doesn't depend on or interfere with Azure Virtual Desktop management of the same VM.

You can secure your Windows 10 or Windows 11 Enterprise multi-session VMs by configuring compliance policies and Conditional Access policies in the Microsoft Intune admin center. The following compliance policies are supported on Windows 10 or Windows 11 Enterprise multi-session VMs:

You can configure profiles under Endpoint security for multi-session VMs by selecting Platform Windows 10, Windows 11, and Windows Server. If that Platform is not available, the profile is not supported on multi-session VMs. be457b7860