Scenario: A Citrix Architect needs to assess a XenApp and XenDesktop environment. The XenApp and XenDesktop diagram in the Exhibit gives details about the current Site and Zone design.

Scenario: A Citrix Architect needs to design a new XenApp and XenDesktop environment.

Scenario: A Citrix Architect needs to implement a new XenDesktop environment for an engineering company. The IT department has purchased 1,000 XenDesktop Enterprise licenses. They will deploy Microsoft Office productivity applications to all users. Users access XenApp sessions from company offices using thin client devices and remotely through NetScaler Gateway using personal devices.

Scenario: The IT team of a company needs to migrate to Microsoft Azure and has asked a Citrix Architect for a solution that offers protection from datacenter level failures.

Scenario: A Citrix Architect wants to set up double-hop access for an existing XenApp and XenDesktop Site. All communication across DMZ 1, DMZ 2, and the Internal Network is encrypted over port 443. The architect has proposed the design shown in the Exhibit, where DMZ 1 has NetScaler Gateway 1 and DMZ 2 has NetScaler Gateway 2 and StoreFront.

Scenario: A Citrix Architect needs to design a new XenApp and XenDesktop environment. The design has a primary zone and three satellite zones. Each satellite zone has a number of Virtual Delivery Agent (VDA) machines that belong to a single Delivery Group spanning across all three satellite zones.

Scenario: During an assessment, a Citrix Architect is asked to review a Citrix policy setting that is NOT being applied as intended. The policy was intended to allow any user from the Managers group who is accessing Virtual Delivery Agent (VDA) machines within the -Win2012 Desktops- Delivery Group to access local client drives from within the HDX session.

Scenario: A Citrix Architect needs to design a new XenApp and XenDesktop environment. The customer is interested in using Machine Creation Services with App Layering in the environment.

Scenario: A Citrix Architect needs to design a disaster recovery (DR) XenApp and XenDesktop Site that will be hosted in Citrix Cloud and Microsoft Azure. The DR Site is expected to support 2,000 Desktop OS Virtual Delivery Agent (VDA) machines.

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.