Scenario: A Citrix Architect has designed an active/passive XenApp and XenDesktop environment for a customer, where the passive datacenter serves as the disaster recovery (DR) datacenter for all users.
The following has been configured:
NetScaler Gateways in both datacenters, each with a unique URL

NetScaler load balancing of StoreFront and Delivery Controller XML services

A separate XenApp and XenDesktop Site at each datacenter

Two StoreFront servers deployed in each datacenter aggregating resources from the Delivery

Controllers in the respective datacenter
During a disaster recovery strategy review, the IT infrastructure director recommends exploring cloud- based disaster recovery options for the XenApp and XenDesktop environment. The director reminds the team that the new solution would also have to support the following objectives:
The DR environment needs to be fully functional in the event that the primary datacenter goes

completely offline.
The DR environment should require minimal operating costs until it is needed to host active user

sessions.
In a DR event, active user sessions should connect directly to the resource location without going

through additional hops.
The architect develops four different conceptual diagrams to display the current architecture as well as

the potential cloud-based DR locations.
Click the Exhibit button to view the conceptual diagrams.

Based on the diagrams and above requirements, which Site architecture should the architect use?

Scenario: A Citrix Architect is designing a XenDesktop environment. The Engineer group uses graphical applications which require the use of AMD hardware shared virtualized GPU. Which two hypervisors can the architect select? (Choose two.)

Scenario: A Citrix Architect needs to manage the disaster recovery process for a XenApp and XenDesktop environment. The environment currently consists of an active datacenter which is typically accessed by used and a disaster recovery (DR) datacenter which would be used in the event that a disaster impacts the primary datacenter. The overall environment has been designed to actively replicate user data and application data from the primary datacenter recovery datacenter using Microsoft DFS-R. Management has made it a proirity to minimize the loss of data when failing over between datacenters.
Due to an earthquake, the primary datacenter suffers a major outage that affects multiple components. Management has decided to fail over the DR datacenter, and the architect has blocked access to the primary datacenter to prevent new attempts to connect to the XenApp and XenDesktop Site there.
Which three actions must the architect perform to meet the company priorities before enabling access to the DR datacenter? (Choose three.)

Scenario: A Citrix Architect is designing a new Citrix Virtual Apps and Desktops environment. The environment will utilize Citrix Provisioning (PVS) for image management of physical and virtual machines (VMs). Upon review of the current network infrastructure, the architect determined a number of considerations that will impact the overall imaging process.
Click the Exhibit button to view the existing internal network and PVS infrastructure details.

What should the architect do to optimize the Citrix Provisioning server to target device communication and the streaming process?

Scenario: A Citrix Architect is designing a single-Site Citrix Virtual Apps and Desktops production environment. Through earlier design discussions, the architect has determined the environment details listed in the exhibit Click the Exhibit button to view the details.

What should the architect change in the current environment to align with Citrix leading practices?