windows-itpro-docs/mdop/appv-v4/application-virtualization-server-based-scenario-overview.md
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* updates for new vdi stuff

* Adding important note to solve #3493

* Update windows/security/identity-protection/hello-for-business/hello-hybrid-key-whfb-settings-dir-sync.md

Co-Authored-By: Nicole Turner <39884432+nenonix@users.noreply.github.com>

* Typo "&lt;"→"<", "&gt;"→">"

https://docs.microsoft.com/en-us/windows/application-management/manage-windows-mixed-reality

* Issue #2297

* Update windows/security/identity-protection/hello-for-business/hello-identity-verification.md

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* Clarification

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* update troubleshoot-np.md

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* Line corections

* corrected formatting of xml code samples

When viewing the page in Win 10/Edge, the xml code samples stretched across the page, running into the side menu. The lack of line breaks also made it hard to read.

This update adds line breaks and syntax highlighting, replaces curly double quotes with standard double quotes, and adds a closing tag for <appv:appconnectiongroup>for each code sample

* Update windows/security/identity-protection/hello-for-business/hello-identity-verification.md

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* corrected formating of XML examples

The XML samples here present the same formatting problems as in about-the-connection-group-file51.md (see https://github.com/MicrosoftDocs/windows-itpro-docs/pull/3847/)

Perhaps we should open an issue to see if we have more versions of this code sample in the docs

* corrected formatting of XML example section

In the XML example on this page, the whitespace had been stripped out, so there were no spaces between adjacent attribute values or keys.

This made it hard to read, though the original formatting allowed for a scroll bar, so the text was not running into the side of the page (compare to https://github.com/MicrosoftDocs/windows-itpro-docs/pull/3847 and https://github.com/MicrosoftDocs/windows-itpro-docs/pull/3850, where the uncorrected formatting forced the text to run into the side menu).

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* Removing extra line in 25 

Suggested by

* update windows-analytics-azure-portal.md

* re: broken links, credential-guard-considerations

Context:
* #3513, MVA is being retired and producing broken links
* #3860 Microsoft Virtual Academy video links

This page contains two links to deprecated video content on Microsoft Virtual Academy (MVA).

MVA is being retired. 

In addition, the Deep Dive course the two links point to is already retired, and no replacement course exists.

I removed the first link, as I could not find a similar video available describing which credentials are covered by credential guard.

I replaced the second link with a video containing similar material, though it is not a "deep dive".

Suggestions on handling this problem, as many pages contain similar links, would be appreciated,.

* removed link to retired video re: #3867

Context:
* #3513, MVA is being retired and producing broken links
* #3867, Microsoft Virtual Academy video links

This page contains a broken link to deprecated video content on Microsoft Virtual Academy (MVA).

MVA is being retired. 

In addition, the Deep Dive course is already retired, and no replacement course exists.

I removed the whole _See Also_ section, as I could not find a video narrowly or deeply addressing how to protect privelaged users with Credential Guard. The most likely candidate is too short and general: https://www.linkedin.com/learning/cism-cert-prep-1-information-security-governance/privileged-account-management

* addressing broken mva links, #3817

Context:
* #3513, MVA is being retired and producing broken links
* #3817, Another broken link

This page contains two links to deprecated video content on Microsoft Virtual Academy (MVA).

MVA is being retired. 

In addition, the Deep Dive course the two links point to is already retired, and no replacement course exists.

I removed the first link, as we no longer have a video with similar content for a similar audience. The most likely candidate is https://www.linkedin.com/learning/programming-foundations-web-security-2/types-of-credential-attacks, which is more general and for a less technical audience. 

I removed the second link and the _See Also_ section, as I could not find a similar video narrowly focused on which credentials are covered by Credential Guard. Most of the related material available now describes how to perform a task.

* Update deployment-vdi-windows-defender-antivirus.md

* typo fix re: #3876; DMSA -> DSMA

* Addressing dead MVA links, #3818

This page, like its fellows in the mva-links label, contains links to a retired video course on a website that is retiring soon.

The links listed by the user in issue #3818 were also on several other pages, related to Credentials Guard. 

These links were addressed in the pull requests #3875, #3872, and #3871

Credentials threat & lateral threat link: removed (see PR #3875 for reasoning) 
Virtualization link: replaced (see #3871 for reasoning)
Credentials protected link: removed (see #3872 for reasoning)

* Adding notes for known issue in script

Solves #3869

* Updated the download link admx files Windows 10

Added link for April 2018 and Oct 2018 ADMX files.

* added event logs path

Referenced : https://docs.microsoft.com/en-us/windows/security/threat-protection/windows-defender-exploit-guard/event-views-exploit-guard

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Suggestions applied.

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* Update browsers/internet-explorer/ie11-deploy-guide/administrative-templates-and-ie11.md

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* Re: #3909

Top link is broken, #3909 

> The link here does not work:
> Applies to: Microsoft Defender Advanced Threat Protection (Microsoft Defender ATP)

The link to the pdf describing MDATP was broken.

Thankfully, PR #2897 updated the same link in another page some time ago, so I didn't have to go hunting for an equivalent

* CI Update

* Updated as per task 3405344

* Updated author

* Update windows-analytics-azure-portal.md

* added the example query

* Updated author fields

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* update video for testing

* update video

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line 134 Fixed  video link MD formatting

* fixing video url

* updates from Albert

* Bulk replaced author to manikadhiman

* Bulk replaced ms.author to v-madhi

* Latest content is published (#371)

* Added 1903 policy DDF link and fixed a typo

* Reverted the DDF version

* Latest update (#375)

* Update deployment-vdi-windows-defender-antivirus.md

* Update deployment-vdi-windows-defender-antivirus.md
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Application Virtualization Server-Based Scenario Overview Application Virtualization Server-Based Scenario Overview dansimp 2d91392b-5085-4a5d-94f2-15eed1ed2928 dansimp dansimp mdop, appcompat, virtualization deploy library w8 06/16/2016

Application Virtualization Server-Based Scenario Overview

If you plan to use a server-based deployment scenario for your Microsoft Application Virtualization environment, it is important to understand the differences between the Application Virtualization Management Server and the Application Virtualization Streaming Server. This topic describes those differences and also provides information about package delivery methods, transmission protocols, and external components that you will need to consider as you proceed with your deployment.

Application Virtualization Management Server

The Application Virtualization Management Server performs both the publishing function and the streaming function. The server publishes application icons, shortcuts, and file type associations to the App-V clients for authorized users. When user requests for applications are received the server streams that data on-demand to authorized users using RTSP or RTSPS protocols. In most configurations using this server, one or more Management Servers share a common data store for configuration and package information.

The Application Virtualization Management Servers use Active Directory groups to manage user authorization. In addition to Active Directory Domain Services, these servers have SQL Server installed to manage the database and data store. The Management Server is controlled through the Application Virtualization Management Console, a snap-in to the Microsoft Management Console.

Because the Application Virtualization Management Servers stream applications to end-users on demand, these servers are ideally suited for system configurations that have reliable, high-bandwidth LANs.

Application Virtualization Streaming Server

The Application Virtualization Streaming Server delivers the same streaming and package upgrade capabilities provided by the Management Server, but without its Active Directory or SQL Server requirements. However, the Streaming Server does not have a publishing service, nor does it have licensing or metering capabilities. The publishing service of a separate App-V Management Server is used in conjunction with the App-V Streaming Server. The App-V Streaming Server addresses the needs of businesses that want to use Application Virtualization in multiple locations with the streaming capabilities of the classic server configuration but might not have the infrastructure to support App-V Management Servers in every location.

The Application Virtualization Streaming Server can also be used in environments with an existing electronic software distribution system (ESD). You use the ESD to manage streaming applications. Unlike the Application Virtualization Management Server, the Streaming Server does not use SQL or a management console. These servers use access control lists (ACLs) to grant user authorization.

Package Delivery Methods

If you plan to use an Application Virtualization Server as the publishing delivery method, you need to determine which of the following package delivery methods your scenario employs:

  • Dynamic package delivery

  • Load from file package delivery

Dynamic Package Delivery

During dynamic package delivery, the server (Application Virtualization Management Server, Application Virtualization Streaming Server, or IIS server) delivers the virtualized applications to the end users through on-demand deployment. The server delivers the virtualized applications and packages to a client computer only when a user first attempts to launch an application (on demand). The server streams only the blocks needed to start the application (primary feature block). After the primary feature block is delivered to the client, the application runs; the client does not receive the complete application (incremental deployment) unless the client needs access to a part of the application that is not included in the primary feature block. When this occurs, the client performs an out-of-sequence request and the secondary feature block is streamed to the client. Dynamic package delivery allows for rapid application launch.

Load from File Package Delivery

For load from file package delivery, the server delivers the entire virtualized application package to a client computer before the user launches the application. In this scenario, virtualized applications are delivered as a full package, rather than through the dynamic, incremental method used by the dynamic delivery model.

Note   For each delivery method, the initial virtual application delivery process and the virtual application update process are the same; the updated virtual application package replaces the original application package.

The following table compares the advantages and disadvantages of each package delivery method.

Method Advantages Disadvantages Comments

Dynamic package delivery

Applications are delivered and updated on demand.

Applications are delivered and updated incrementally to optimize launch time.

Updates are delivered automatically to the client desktop.

Larger footprint in enterprise topology because of server requirements.

Application streaming should be over a LAN; deployment scenarios over a WAN or that use an unreliable or intermittent connection between the server and client might be unusable.

Requires a streaming infrastructure.

Windows Installer used to deploy Application Virtualization Desktop Client software to end-user computers.

Large enterprises should use Application Virtualization Streaming Servers as distribution points.

Load from file package delivery

Consistent with typical enterprise management practices.

Supports stand-alone configuration scenario.

Provides solution to microbranch office problem.

Application delivery and update is not possible on-demand.

Application delivery and update is not incremental; it increases resource consumption relative to dynamic delivery.

The IT organization is often responsible for managing application licenses, user authorization, and authentication.

The following table lists the server types that can be used in an Application Virtualization Server-based scenarios, along with their corresponding transmission protocols and the external components needed to support the specific server configuration. The table also includes the reporting mechanism and the active upgrade mechanism for each server type. Because these scenarios all use the Application Virtualization Management Server, you can use the internal reporting functionality that is built into the system. If you use an Application Virtualization Management or an Application Virtualization Streaming Server to deliver packages to the client, packages on the server are automatically upgraded when a user logs into the client; if you use IIS servers or a file to deliver the packages to the client, the packages on the client must be upgraded manually.

Server Type Protocols External Components Needed Reporting Active Upgrade

Application Virtualization Management Server

RTSP

RTSPS

When using HTTPS, use an IIS server to download ICO and OSD files and a firewall to protect the server from exposure to the Internet.

Internal

Supported

Application Virtualization Streaming Server

RTSP

RTSPS

Use a mechanism to synchronize the content between the Management Server and the Streaming Server. When using HTTPS, use an IIS server to download ICO and OSD files and use a firewall to protect the server from exposure to the Internet.

Internal

Supported

IIS server

HTTP

HTTPS

Use a mechanism to synchronize the content between the Management Server and the Streaming Server. When using HTTP or HTTPS, use an IIS server to download ICO and OSD files and a firewall to protect the server from exposure to the Internet.

Internal

Not Supported

File

SMB

You need a way to synchronize the content between the Management Server and the Streaming Server. You need a client computer with file sharing or streaming capability.

Internal

Not Supported

Electronic Software Distribution-Based Scenario

How to Configure Servers for Server-Based Deployment

How to Install the Servers and System Components