View Full Omnissa 1H0_25 Exam Dumps and Practice Test Dumps.

Q321. An administrator wants newly created machines in an automated desktop pool to remain unavailable to users until each machine has been individually tested. Which configuration best supports this requirement?

1. Use a naming pattern and enable automatic assignment
   2. Enable all machines for users immediately
   3. Disable Horizon Agent after provisioning
   4. Specify machine names manually and start the machines in maintenance mode

Correct Answer: 4. Specify machine names manually and start the machines in maintenance mode

Explanation: Horizon allows administrators to create an automated desktop pool with manually specified machine names and place the new machines into maintenance mode as they are created. Maintenance mode prevents users from accessing those desktops while administrators perform customization, validation, or testing. After a machine has been approved, the administrator can exit maintenance mode and make it available to users. Current Omnissa documentation notes that the start-in-maintenance-mode option is associated with manually specified machine names rather than a naming pattern. This provides a controlled method for individually validating desktops before production use.

Q322. An administrator reduces the maximum size of a floating automated desktop pool that was provisioned with a naming pattern. What happens to unused machines above the new maximum?

1. Horizon deletes unused machines as the pool is reduced
   2. Horizon converts them into dedicated desktops
   3. Horizon moves them to another pool automatically
   4. Horizon permanently disables provisioning

Correct Answer: 1. Horizon deletes unused machines as the pool is reduced

Explanation: When an automated floating-assignment pool created with a naming pattern is reduced in size, Horizon can delete unused machines to move toward the new maximum. If more users are currently logged in than the newly configured maximum allows, Horizon does not abruptly remove their active desktops. Instead, the pool size decreases as users log off and those machines become available for removal. This behavior provides a controlled way to scale down desktop capacity without unnecessarily interrupting active sessions. Administrators should still consider user demand and spare-machine requirements before significantly reducing pool size.

Q323. An administrator decreases the maximum size of a dedicated-assignment automated pool. Which machines are deleted first as Horizon reduces the pool?

1. Machines belonging to the oldest users
   2. Machines with the highest CPU utilization
   3. Unassigned machines
   4. All assigned machines immediately

Correct Answer: 3. Unassigned machines

Explanation: When the maximum size of a dedicated-assignment automated pool is reduced, Horizon first removes machines that are not assigned to users. Assigned desktops maintain their user relationships and are not simply deleted to satisfy the new limit. If the number of assigned machines is greater than the new maximum, the actual pool can temporarily remain larger than the configured maximum until administrators unassign users or the assignment count decreases. This protects dedicated users from unexpectedly losing their desktops. The behavior differs from floating pools, where unused machines can be deleted as users log off.

Q324. In a dedicated-assignment pool, an administrator sees different values in the Assigned User and Connected User columns for a machine. What is a valid explanation?

1. Dedicated desktops do not support assigned users
   2. An administrator might currently be connected to a machine assigned to another user
   3. The desktop has automatically become floating
   4. Horizon has deleted the original user’s entitlement

Correct Answer: 2. An administrator might currently be connected to a machine assigned to another user

Explanation: The Assigned User column represents the user to whom the dedicated desktop is assigned. The Connected User column represents the identity currently connected to that virtual machine. Most of the time, the two values match because the assigned user is using the desktop. However, an administrator can connect to the machine for maintenance or troubleshooting, in which case the Connected User may show the administrator while the Assigned User continues to show the normal desktop owner. This does not change the pool’s assignment type or automatically remove the user’s entitlement.

Q325. What is an advantage of placing a dedicated full-clone desktop into maintenance mode before an administrator customizes it?

1. The administrator can access and modify the machine without reassigning ownership away from its user
   2. The desktop automatically becomes an instant clone
   3. The user’s Active Directory account is deleted temporarily
   4. The VM is removed from vCenter during maintenance

Correct Answer: 1. The administrator can access and modify the machine without reassigning ownership away from its user

Explanation: Maintenance mode provides a controlled way to work on individual Horizon desktops while preventing normal user access. For a dedicated-assignment pool of full virtual machines, an administrator can place a user’s assigned machine into maintenance mode and access it for customization or testing without first transferring ownership to the administrator. When the work is complete, the administrator exits maintenance mode, and the existing user assignment remains intact. This avoids unnecessary assignment changes and reduces administrative overhead. Maintenance mode does not convert cloning technology, delete user accounts, or remove the VM from the virtualization platform.

Q326. What is the purpose of the Stop Provisioning on Error setting in an automated Horizon pool?

1. To stop every Horizon service after a desktop error
   2. To disable user authentication when provisioning fails
   3. To delete the golden image automatically
   4. To prevent the same provisioning error from repeatedly affecting additional machines

Correct Answer: 4. To prevent the same provisioning error from repeatedly affecting additional machines

Explanation: Stop Provisioning on Error instructs Horizon to halt further virtual-machine provisioning after a provisioning failure. This can prevent a configuration, image, infrastructure, or customization error from being repeated across many additional desktops. Administrators can investigate and correct the root cause before resuming provisioning. The setting is particularly useful during new-pool creation or major configuration changes because a single faulty setting can otherwise affect numerous machines. It does not shut down all Horizon services, disable authentication, or automatically delete the source image. It specifically controls whether Horizon continues creating machines after provisioning encounters an error.

Q327. What is the purpose of selecting Add vTPM Device to VMs when configuring a supported Windows Horizon desktop pool?

1. To replace the VM’s virtual network adapter
   2. To add a virtual Trusted Platform Module to the provisioned virtual machines
   3. To enable Horizon Client authentication automatically
   4. To create a separate UAG appliance for every desktop

Correct Answer: 2. To add a virtual Trusted Platform Module to the provisioned virtual machines

Explanation: The Add vTPM Device to VMs setting adds a virtual Trusted Platform Module to supported provisioned virtual machines. A vTPM can support operating-system and security features that depend on trusted-platform functionality, including certain Windows security requirements. Administrators should verify related vSphere, encryption, operating-system, and application compatibility requirements before enabling the option. Current Horizon documentation lists the vTPM option in supported automated Windows desktop-pool configuration. The setting does not create network adapters, authenticate Horizon Client automatically, or deploy Unified Access Gateway appliances. It is specifically a virtual-machine security hardware configuration option.

Q328. Which setting is unavailable for registered physical machines and registered non-vSphere machines in a manual Horizon desktop pool?

1. Automatically log off after disconnect
   2. Connection Server restrictions
   3. Remote machine power policy
   4. Default display protocol

Correct Answer: 3. Remote machine power policy

Explanation: Horizon can apply remote machine power policies to supported vSphere-managed virtual machines because Horizon and vCenter can coordinate virtual-machine power operations. Registered machines, which can include physical computers and non-vSphere virtual machines, do not expose the same Horizon-managed power functionality. As a result, the Remote machine power policy setting is not available for those manual-pool machine types. Other settings such as Connection Server restrictions, automatic logoff behavior, and display-protocol configuration can still be available. Administrators should therefore understand the machine source before expecting vSphere-specific power-management capabilities in a manual pool.

Q329. In which type of manual desktop pool can Multi-User Assignment be enabled?

1. Floating-assignment pools only
   2. Dedicated-assignment pools
   3. RDS application pools only
   4. Instant-clone farms only

Correct Answer: 2. Dedicated-assignment pools

Explanation: Multi-User Assignment is a capability for dedicated-assignment desktop pools. It allows multiple users to be assigned to the same machine rather than restricting the dedicated desktop to one named user. However, multi-user assignment is not supported in combination with automatic user assignment. Also, if one assigned user already has a connected or disconnected session on the multi-user machine, other assigned users cannot start another session on that same machine until the existing session is appropriately handled. Floating pools follow a different allocation model and therefore do not use Multi-User Assignment in this way.

Q330. Which manual desktop-pool assignment model can allow one user to initiate separate sessions from different client devices?

1. Floating assignment
   2. Dedicated assignment only
   3. Automatic dedicated assignment only
   4. Multi-user dedicated assignment only

Correct Answer: 1. Floating assignment

Explanation: Horizon manual floating-assignment pools can support the setting that allows a user to initiate separate sessions from different client devices. The setting is available for both supported vSphere-managed floating machines and registered floating machines. It is not listed as an option for dedicated manual desktop pools. This behavior can be useful when users need separate sessions from multiple endpoint devices rather than being reconnected to a single assigned machine. Administrators should evaluate the additional resource consumption that multiple sessions can produce and make sure the design aligns with licensing, capacity, security, and session-management requirements.

Q331. What does True SSO Unlock allow a Horizon user to do after a Windows desktop becomes locked?

1. Disable the lock screen permanently
   2. Unlock the desktop without performing any authentication
   3. Change the Connection Server administrator password
   4. Reauthenticate through a browser using the identity-provider credentials associated with the True SSO login

Correct Answer: 4. Reauthenticate through a browser using the identity-provider credentials associated with the True SSO login

Explanation: True SSO Unlock allows users to unlock a Windows Horizon desktop through an identity-provider authentication workflow rather than requiring them to enter Active Directory credentials directly at the locked desktop. The user reauthenticates in a browser using the same identity mechanism associated with the original True SSO login. This is particularly useful in environments where users authenticate through Workspace ONE Access or another supported identity provider and may not know or regularly use an AD password. The feature does not eliminate authentication; it provides a secure alternative authentication path consistent with the True SSO design.

Q332. Current Horizon True SSO Unlock support for SP-initiated SSO with a third-party identity provider is specifically available on which client platform?

1. Horizon Client for Android only
   2. Horizon Client for iOS only
   3. Horizon Client for Windows
   4. Horizon Web Client only

Correct Answer: 3. Horizon Client for Windows

Explanation: Current Omnissa documentation states that True SSO Unlock can work with Workspace ONE Access across several Horizon Client platforms. In addition, SP-initiated SSO with a third-party identity provider that accepts an HTTP POST-bound SAML AuthnRequest is currently supported specifically on Horizon Client for Windows. Administrators planning third-party IdP-based unlock workflows should therefore distinguish this capability from the broader Workspace ONE Access support available on other clients. Platform compatibility matters because the authentication flow depends on capabilities implemented in the Horizon Client and the identity provider as well as the True SSO infrastructure.

Q333. Where are the primary Horizon Client for Windows log files stored for troubleshooting?

1. %LOCALAPPDATA%\Omnissa\Horizon\logs
   2. C:\Windows\System32\HorizonLogs
   3. The Connection Server installation directory only
   4. The Horizon Events SQL database only

Correct Answer: 1. %LOCALAPPDATA%\Omnissa\Horizon\logs

Explanation: Horizon Client for Windows stores its primary client log files in the user’s local application-data path under %LOCALAPPDATA%\Omnissa\Horizon\logs. The log filenames include timestamps and process information so administrators or support personnel can correlate events with a reported connection problem. Additional protocol-specific and Real-Time Audio-Video logs can exist in other documented locations. Client logs are useful for investigating authentication problems, protocol establishment, client-side errors, and other endpoint behavior. They are separate from the server-side Horizon Events database and Connection Server logs. Understanding the client log location can greatly accelerate troubleshooting of endpoint-specific problems.

Q334. Which tag can an administrator search for in supported Horizon Client log files to identify specific Horizon Blast connection-failure information?

1. HORIZON_AGENT_DOWN
   2. Blast_Connect_Failure_Alert
   3. UAG_DATABASE_ERROR
   4. APPVOLUME_ATTACH_FAIL

Correct Answer: 2. Blast_Connect_Failure_Alert

Explanation: Current Horizon Client documentation identifies Blast_Connect_Failure_Alert as a log tag associated with specific Horizon Blast connection-failure information. Administrators can search for this tag in relevant Horizon Client and protocol logs when troubleshooting a Blast session that fails during connection establishment. The tag helps focus the investigation on meaningful protocol failure details rather than requiring administrators to manually review every line in a potentially large log file. The other strings listed are not the documented Horizon Client Blast connection-failure tag. Effective log filtering can significantly reduce troubleshooting time in complex remote-access environments.

Q335. What is the easiest built-in method for packaging Horizon Client for Windows logs for support analysis?

1. Run vdmimport
   2. Export the Horizon LDAP repository
   3. Open About Horizon Client and select Collect Support Data
   4. Restart the Connection Server with debug mode enabled

Correct Answer: 3. Open About Horizon Client and select Collect Support Data

Explanation: Horizon Client for Windows includes a built-in support-data collection workflow. From Horizon Client, the administrator or user opens the options menu, chooses About Horizon Client, and selects Collect Support Data. The collection process gathers relevant logs into a packaged file and reports the resulting file location. This is useful when multiple client logs need to be supplied to Omnissa Technical Support or analyzed together. vdmimport restores Horizon configuration, while LDAP exports concern Connection Server backup. Restarting the broker is neither necessary nor appropriate merely to gather endpoint logs. The client collection workflow is designed specifically for this purpose.

Q336. What is the default Horizon Console Session and API Timeout value in current Horizon global settings?

1. 2 minutes
   2. 30 minutes
   3. 60 minutes
   4. 10 minutes

Correct Answer: 4. 10 minutes

Explanation: Current Horizon global settings define the default Horizon Console Session and API Timeout as 10 minutes. Administrators can configure this timeout within the supported range, which extends up to 4320 minutes, or 72 hours. The setting controls how long the relevant Horizon Console or API session can continue before timing out. Increasing the value can reduce the inconvenience of frequent administrative reauthentication, but overly long session timeouts increase the risk of unauthorized use of an unattended administrative session. Organizations should select a value that balances operational usability with their administrative security requirements.

Q337. An administrator wants their personal Horizon Console idle timeout to differ from the Connection Server’s normal configured value. Where can this be configured?

1. In the App Volumes Manager database
   2. In Horizon Console My Preferences using Connection Server Session Timeout Override
   3. In the UAG Tunnel External URL
   4. In the desktop pool naming pattern

Correct Answer: 2. In Horizon Console My Preferences using Connection Server Session Timeout Override

Explanation: Horizon Console allows an administrator to override the normal Connection Server idle session timeout for their own console experience through My Preferences. The administrator opens Settings from the Horizon Console header and configures the Connection Server Session Timeout Override value. The effective value remains constrained by the applicable API session timeout. This gives individual administrators some flexibility without requiring a global timeout change for every Horizon administrator. App Volumes, Unified Access Gateway URLs, and desktop naming patterns have no role in Horizon Console administrative idle-session behavior. Security implications should still be considered before selecting a long personal timeout.

Q338. What is the purpose of the Cloud Entitlement On-Ramp setting in current Horizon global configuration?

1. To convert instant clones to full clones
   2. To replace Horizon Client with a browser
   3. To support entitling users and groups to both Horizon 8 and Horizon Cloud on Azure desktops when the feature is activated
   4. To replicate App Volumes Writable Volumes between sites

Correct Answer: 3. To support entitling users and groups to both Horizon 8 and Horizon Cloud on Azure desktops when the feature is activated

Explanation: Cloud Entitlement On-Ramp is a Horizon global capability associated with the Horizon Cloud Control Plane. When activated in the appropriate cloud environment, it supports entitlement workflows that allow users and groups to access both Horizon 8 resources and Horizon Cloud on Azure desktops. The setting is therefore part of hybrid or cloud-connected entitlement management rather than desktop cloning, browser-only access, or App Volumes storage replication. Administrators considering the feature must also ensure the Horizon pod is appropriately connected to the cloud control plane and that the necessary licensing and service prerequisites are satisfied.

Q339. What happens after an administrator removes a user’s assignment from a machine in a dedicated-assignment desktop pool?

1. The machine becomes available to be assigned to another user
   2. The machine is permanently deleted
   3. The pool automatically becomes floating
   4. The user becomes a Horizon administrator

Correct Answer: 1. The machine becomes available to be assigned to another user

Explanation: In a dedicated-assignment desktop pool, a machine is associated with one or more specific users according to the pool’s assignment configuration. When the administrator unassigns the user from that machine, the machine becomes available for assignment to another user. Horizon Console provides the Unassign User(s) action for this purpose, and the assignment can also be managed through supported vdmadmin operations. Unassigning a user does not inherently delete the desktop or change the pool into floating assignment. It simply removes the existing user-to-machine relationship so the resource can be reassigned.

Q340. In a dedicated-assignment desktop pool with Enable Automatic Assignment selected, when is an available machine normally assigned to a user?

1. When Connection Server is installed
   2. When the desktop pool’s golden image is created
   3. When an administrator manually resets the machine
   4. When the user first logs in to the desktop pool

Correct Answer: 4. When the user first logs in to the desktop pool

Explanation: Enable Automatic Assignment simplifies management of dedicated desktop pools by assigning an available machine to a user when that user first logs in to the pool. Once assigned, the user normally returns to that same machine on subsequent sessions. Administrators can still explicitly assign machines manually even when automatic assignment is enabled. If automatic assignment is disabled, an administrator must assign desktops to users explicitly before those users can use them. Multi-User Assignment is a separate feature and is not supported with automatic user-assignment pools. This configuration provides dedicated persistence without requiring every initial assignment to be performed manually.