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Q221. An organization wants Horizon Client to connect directly to a virtual desktop without using Horizon Connection Server. Which component can provide this capability?

1. Dynamic Environment Manager
   2. App Volumes Manager
   3. Horizon Enrollment Server
   4. Horizon Agent Direct-Connection Plug-In

Correct Answer: 4. Horizon Agent Direct-Connection Plug-In

Explanation: Horizon Agent Direct-Connection Plug-In extends Horizon Agent so supported Horizon Client applications can connect directly to a virtual desktop, published desktop, or application without requiring Horizon Connection Server to broker the session. It is installed on the desktop VM or supported multi-session host. This architecture can be useful for specific standalone, branch-office, testing, or specialized access scenarios. Dynamic Environment Manager controls user settings, App Volumes delivers applications, and Enrollment Server supports True SSO certificate enrollment. Direct-Connection Plug-In is specifically designed to enable the direct client-to-agent connection model.

Q222. What is the default HTTPS listening port for Horizon Agent Direct-Connection Plug-In?

1. 8443
   2. 4433
   3. 3389
   4. 4172

Correct Answer: 1. 8443

Explanation: Horizon Agent Direct-Connection Plug-In uses TCP port 8443 as its default HTTPS listening port for incoming Horizon Client requests. Administrators can modify the applicable configuration if their design requires a different port, but firewalls and endpoint connectivity must be configured consistently with the selected value. Port 3389 is conventionally associated with Microsoft RDP, while 4172 is commonly associated with PCoIP traffic. Understanding the Direct-Connection Plug-In network configuration is important because the client communicates directly with the Agent machine rather than relying on Connection Server to provide the normal brokered path.

Q223. An administrator wants Direct-Connection users to be disconnected after 15 minutes with no Horizon Client activity. Which setting should be configured?

1. SessionTimeout = 15
   2. ResetEnabled = TRUE
   3. UserIdleTimeout = 900
   4. MaxSessions = 15

Correct Answer: 3. UserIdleTimeout = 900

Explanation: UserIdleTimeout controls how long a Direct-Connection user’s desktop or application sessions can remain established without user activity in Horizon Client. The value is expressed in seconds, so 15 minutes equals 900 seconds. Current Omnissa documentation identifies 900 seconds as the default value. SessionTimeout instead defines the overall amount of time a user can keep a session open after logging in and is measured in minutes. ResetEnabled controls whether authenticated users can perform an operating-system reboot, while MaxSessions applies to multi-session host capacity rather than inactivity.

Q224. Which Direct-Connection Plug-In setting determines whether an authenticated Horizon Client user can initiate an operating-system reboot?

1. USBEnabled
   2. ResetEnabled
   3. SessionTimeout
   4. X509CertAuth

Correct Answer: 2. ResetEnabled

Explanation: ResetEnabled controls whether an authenticated Horizon Client user connecting through Horizon Agent Direct-Connection Plug-In can initiate an operating-system-level reboot. The setting accepts TRUE or FALSE, and Omnissa documentation states that the default is FALSE. This prevents users from restarting the remote machine unless an administrator explicitly enables the capability. USBEnabled governs USB-device access, SessionTimeout limits overall session duration, and X509CertAuth controls the supported level of smart-card X.509 certificate authentication. ResetEnabled is therefore the specific Direct-Connection setting associated with user-initiated reboot capability.

Q225. In Cloud Pod Architecture, which global entitlement scope allows Horizon to search every pod in the federation for an available resource?

1. LOCAL
   2. SITE
   3. HOME
   4. ANY

Correct Answer: 4. ANY

Explanation: A global entitlement’s scope policy defines how widely Horizon searches for an eligible desktop or application. A pod-local scope limits the search to the pod where the user connected, while a site scope limits the search to pods in that site. A federation-wide or ANY scope allows Horizon to search across all pods in the pod federation. This can maximize resource availability, though architects should consider WAN traffic, application dependencies, user location, and data locality when choosing the appropriate scope. Scope is one of the key controls affecting how Cloud Pod Architecture brokers globally entitled resources.

Q226. What is the effect of the SITE scope policy on a Horizon global entitlement?

1. It searches every pod in every federation
   2. It limits the resource search to pods in the same site as the user’s connected pod
   3. It searches only the user’s assigned desktop
   4. It bypasses home-site configuration

Correct Answer: 2. It limits the resource search to pods in the same site as the user’s connected pod

Explanation: The SITE scope policy limits Horizon’s global-entitlement resource search to pods that belong to the same Cloud Pod Architecture site as the pod through which the user is connected. This can be useful when several pods share a data-center location and administrators want users to consume resources within that site before crossing WAN or geographic boundaries. It differs from local-pod scope, which searches only the connected pod, and federation-wide scope, which can search across every participating pod. Site scope therefore provides a middle ground between local resource affinity and federation-wide availability.

Q227. For a global desktop entitlement containing dedicated desktop pools, when does the scope policy have its most important effect?

1. When Horizon initially searches for and allocates a dedicated desktop to the user
   2. Every time the user moves the mouse
   3. Only when App Volumes attaches an application
   4. Only after the user logs off permanently

Correct Answer: 1. When Horizon initially searches for and allocates a dedicated desktop to the user

Explanation: For a global desktop entitlement containing dedicated pools, the scope policy affects where Horizon searches when the user first requests and receives a dedicated desktop. Once a specific dedicated desktop has been allocated, later connections generally return that user to the same assigned machine rather than performing a completely new federation-wide allocation every time. This behavior reflects the persistent assignment relationship inherent in dedicated desktop pools. The policy is unrelated to mouse activity, App Volumes attachment, or permanent user logoff. Administrators should therefore carefully select scope before dedicated desktops are initially allocated.

Q228. What is the purpose of Horizon Home Site Redirection in a Cloud Pod Architecture environment?

1. To move desktop VMDKs automatically
   2. To change the user’s Active Directory site
   3. To redirect a user from the connected site to the designated home site without requiring reauthentication through UAG
   4. To replicate App Volumes databases

Correct Answer: 3. To redirect a user from the connected site to the designated home site without requiring reauthentication through UAG

Explanation: Home Site Redirection can redirect a user who connects through a site other than the user’s designated home site to the appropriate home-site access URL. Current Omnissa guidance notes that this can occur without requiring the user to reauthenticate through Unified Access Gateway, reducing unnecessary backhaul traffic. The feature requires the client to support home-site redirection and appropriate configuration, including the designated target URL. It does not move virtual disks, modify Active Directory topology, or replicate application databases. Its purpose is to direct user access toward the preferred Horizon site more efficiently.

Q229. Which user type is not supported by Horizon Home Site Redirection?

1. Standard authenticated desktop users
   2. Kiosk mode users
   3. Users with a normal home-site assignment
   4. Users connecting from another Horizon site

Correct Answer: 2. Kiosk mode users

Explanation: Current Omnissa documentation identifies kiosk mode as unsupported with the Home Site Redirection feature. Unauthenticated Access users are also not supported. Home Site Redirection is intended for supported authenticated users who connect through a Horizon site other than their designated home site and whose clients support the redirection capability. A normal authenticated user with a configured home site can therefore use the feature where all other prerequisites are satisfied. Administrators designing kiosk or unauthenticated-access workflows should use other access-routing approaches rather than depending on Home Site Redirection.

Q230. An administrator configures shortcuts for a global entitlement. On a supported Windows Horizon Client, where can these shortcuts appear?

1. Only inside Horizon Console
   2. Only inside the Windows Registry
   3. Only in vCenter Server
   4. In the Windows Start menu, on the desktop, or both

Correct Answer: 4. In the Windows Start menu, on the desktop, or both

Explanation: Cloud Pod Architecture global entitlements can be configured with client shortcuts. On supported Windows clients, Horizon Client can place those shortcuts in the Windows Start menu, on the user’s desktop, or both, depending on configuration. Administrators also select a category folder or root location for the shortcut, allowing resources to be organized in a meaningful way. Omnissa documentation supports multiple category-folder levels for this purpose. These shortcuts are user-facing launch conveniences and are not merely entries visible to Horizon Console, the Registry, or vCenter administrators.

Q231. What is the primary difference between a global entitlement and a traditional local Horizon entitlement?

1. A global entitlement can provide access to eligible resources across multiple pods in a federation
   2. A global entitlement removes the need for authentication
   3. Local entitlements work only with Linux
   4. Local entitlements are stored on Horizon Client devices

Correct Answer: 1. A global entitlement can provide access to eligible resources across multiple pods in a federation

Explanation: Traditional local entitlements grant users or groups access to a particular desktop or application pool within the local Horizon environment. In Cloud Pod Architecture, global entitlements can aggregate eligible pools from multiple pods and provide federation-level access. Global entitlement information is maintained in the Global Data Layer and becomes available across participating Connection Servers. This can simplify administration in multi-pod environments because user access can be managed at the federation level rather than independently in every pod. Global entitlements do not remove authentication, and local entitlements are not limited to Linux or stored on endpoint clients.

Q232. In a Cloud Pod Architecture environment, what happens when both local and global URL Content Redirection settings are assigned to the same user?

1. The local settings automatically delete the global settings
   2. Global settings always override every local rule
   3. The local and global settings are merged for the user’s URL-redirection behavior
   4. URL redirection stops working completely

Correct Answer: 3. The local and global settings are merged for the user’s URL-redirection behavior

Explanation: When a user signs in to a broker in a Cloud Pod Architecture federation, Horizon looks for both local URL Content Redirection settings and global URL Content Redirection settings assigned to that user. The applicable rules are merged and then used when the user selects matching URLs on the client machine. Global URL settings can target global desktop or application entitlements and are visible across the federation, whereas local settings are visible only in their local pod. Horizon does not simply delete one type or disable redirection when both exist.

Q233. Why can USB device splitting be useful in a Horizon environment?

1. It converts a USB device into a network drive
   2. It encrypts every USB device automatically
   3. It makes Connection Server function as a USB hub
   4. It allows components of a composite USB device to be handled separately for redirection policy purposes

Correct Answer: 4. It allows components of a composite USB device to be handled separately for redirection policy purposes

Explanation: Some USB devices are composite devices containing multiple functional interfaces. Device splitting allows Horizon administrators to treat those interfaces separately rather than redirecting or blocking the entire device as one unit. This makes it possible to permit a required component while preventing another interface from being redirected into the remote session. Horizon applies device-splitting policy before USB filter policy, allowing filtering decisions to be made against the resulting components. Device splitting does not transform USB hardware into storage, automatically encrypt traffic, or turn Connection Server into a hardware hub. It provides more granular peripheral-control policy.

Q234. Which USB policy approach is commonly used to prevent USB mass-storage devices from being redirected while still allowing other supported USB devices?

1. USB filter policy settings
   2. Horizon Event severity settings
   3. Global entitlement scope
   4. Connection Server backup settings

Correct Answer: 1. USB filter policy settings

Explanation: USB filter policies can allow or block specific USB device classes, hardware identifiers, vendors, products, or other supported device characteristics. One common security use case is blocking USB mass-storage devices while allowing selected peripherals required for business workflows. Horizon Agent and Horizon Client can both participate in USB policy enforcement, with Agent policy settings downloaded to the client and evaluated together with applicable client-side settings. Event severity, global entitlement scope, and backup configuration do not control device redirection. USB filtering provides administrators with granular control beyond simply enabling or disabling all USB redirection.

Q235. In what order does Horizon apply USB device splitting and USB filter policies?

1. Filter policies first, then splitting
   2. Device splitting first, then filter policies
   3. Both policies are ignored if Horizon Agent is installed
   4. The order changes randomly by client platform

Correct Answer: 2. Device splitting first, then filter policies

Explanation: Horizon applies USB device-splitting policies before applying USB filter policies. This order matters for composite devices because splitting first allows Horizon to separate the device into its individual interfaces. The resulting interfaces can then be evaluated independently against the configured allow and deny filters. Without understanding this sequence, an administrator might create a filter that behaves differently from what was intended. Policy processing is deterministic rather than random. Horizon Agent and supported Horizon Clients cooperate in applying the effective USB policies, and the documented splitting-before-filtering sequence enables detailed peripheral access control.

Q236. A highly secure organization wants to ensure no USB devices can be redirected from desktops created from a particular golden image. What is one effective approach during Horizon Agent installation?

1. Enable every USB filter
   2. Install a second Connection Server
   3. Leave the USB Redirection setup option deselected
   4. Change the desktop pool to dedicated assignment

Correct Answer: 3. Leave the USB Redirection setup option deselected

Explanation: Omnissa allows administrators to prevent USB redirection at the Horizon Agent installation level by leaving the USB Redirection setup option deselected. Current documentation notes that the feature is deselected by default. If the Agent component is not installed in a desktop image or RDS host, desktops and applications created from that source cannot use Horizon USB redirection. Administrators can also deny USB access through Horizon policy for narrower scopes such as particular pools or users. Installing additional brokers or changing assignment type does not disable the USB-redirection component itself.

Q237. What happens to an already established direct Horizon desktop session if Connection Server subsequently becomes unavailable?

1. A direct session can remain connected because session traffic is between the client and remote machine
   2. The session always terminates immediately
   3. The desktop is automatically deleted
   4. Horizon Client uninstalls itself

Correct Answer: 1. A direct session can remain connected because session traffic is between the client and remote machine

Explanation: When Horizon secure tunnel and gateway functions are disabled for a session, the client can establish the desktop or application connection directly with the remote machine after initial brokering. Current Omnissa documentation states that such direct desktop and application sessions can remain connected even if Horizon Connection Server later stops running. This differs from tunneled traffic, where Connection Server or the relevant gateway remains in the session data path. The broker is still important for initial authentication and resource selection in a standard brokered design, but an established direct protocol session does not depend continuously on Connection Server carrying that traffic.

Q238. Which protocol is required for all initial Horizon Client connections to Connection Server?

1. FTP
   2. Telnet
   3. Unencrypted HTTP
   4. TLS-protected HTTPS

Correct Answer: 4. TLS-protected HTTPS

Explanation: Horizon Client communicates with Connection Server over secure HTTPS for its initial connection. This connection is used for user authentication and resource selection before the remote desktop or application protocol session is established. Current Omnissa documentation states that TLS is required for all client connections to Horizon Connection Server hosts. Depending on the environment, later session traffic may flow through secure tunnels or gateways, or directly between the endpoint and remote machine. Unencrypted HTTP, FTP, and Telnet are not valid substitutes for the secure client-to-Connection Server authentication channel. Proper certificates and TLS configuration are therefore fundamental Horizon deployment requirements.

Q239. What is a key storage advantage of Linux instant clones compared with independent full virtual machines?

1. They require a separate complete operating-system disk for every clone
   2. They cannot use shared virtual disks
   3. They can share virtual-disk data through the instant-clone architecture, reducing storage consumption
   4. They store all data in the Connection Server LDAP directory

Correct Answer: 3. They can share virtual-disk data through the instant-clone architecture, reducing storage consumption

Explanation: Linux instant-clone pools use vSphere instant-clone technology and Horizon’s internal clone architecture to provision desktops rapidly from a golden image. Instant clones can share underlying virtual-disk data rather than requiring every desktop to begin with a completely independent full copy of the source disk. This substantially reduces storage consumption and accelerates provisioning. Horizon also creates internal objects such as template, replica, and potentially parent VMs to support the clone workflow. The desktop data is not stored in Horizon LDAP, and instant clones are specifically designed to take advantage of shared source components rather than requiring a complete full-clone disk for every VM.

Q240. In a Horizon Agent Direct-Connection multi-session Linux configuration, which setting limits the maximum number of published desktop or application sessions supported by the Agent?

1. SessionTimeout
   2. MaxSessions
   3. USBAutoConnect
   4. X509CertAuth

Correct Answer: 2. MaxSessions

Explanation: MaxSessions defines the maximum number of published desktop or published application sessions that Horizon Agent supports when the Linux machine is configured as a multi-session host in a Direct-Connection deployment. Current Omnissa documentation lists a default value of 50. SessionTimeout controls how long a user can remain connected after login, USBAutoConnect controls automatic attachment of USB devices, and X509CertAuth defines the level of smart-card certificate authentication support. MaxSessions is therefore the setting directly associated with multi-session capacity on the Direct-Connection Linux Agent host.