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Citrix 1Y0-403 - Citrix Virtual Apps and Desktops 7 Assessment Design and Advanced Configurations

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Total 99 questions

Scenario: A Citrix Architect is designing a new Citrix Virtual Apps and Desktops environment. The environment will run on 2 Citrix Hypervisor platforms, each consisting of 3 NICs. The company maintains strict security standards for all business data traffic, so the architect is designing and configuring hypervisor network traffic to limit infrastructure vulnerabilities.

How should the architect configure the hypervisor network traffic to provide the best security for the environment?

A.

Use 1 physical NIC on the host for management, and a second NIC shared for storage and virtual machines (VMs). Create 2 subnets – 1 for management and the other for storage and VMs. Confirm that the storage and VMs use a NIC on the same network as the host NIC, and sort traffic between the host and storage/VM with a switch port.

B.

Use each physical NIC on the hosts – 1 for management, 1 for storage, and 1 for the virtual machines (VMs). Create 2 subnets – 1 for management and the other for storage. Confirm that the VMs use a NIC for guest traffic on a separate network, and connect all networks to separate network switches.

C.

Use each physical NIC on the hosts – 1 for management, 1 for storage, and 1 for the virtual machines (VMs). Keep all traffic on a single subnet. Confirm that the VMs use a NIC for guest traffic on the same network as the host NIC, and sort the traffic between the host and VMs with switch port.

D.

Use 1 physical NIC on the host for management, and a second NIC shared for storage and virtual machines (VMs). Keep all traffic on a single subnet. Confirm that the storage and VMs use a NIC on the same network as the host NIC, and sort the traffic between the host and storage/VM with a switch port.

Scenario: A Citrix Architect is designing a new Citrix Virtual Apps and Desktops environment. Currently, the environment is configured as 2 locations with identical Citrix Virtual Desktops Sites. Each Site has 2 Delivery Controllers, 2 StoreFront servers, and 1 Citrix ADC high-availability pair. The same applications have been published from both Sites for all users. Two zones (Zone A and Zone B) are configured in each Site with 1 Delivery Controller in each zone. The Microsoft Exchange server is only accessible from Virtual Delivery Agent (VDA) machines in Zone A in each Site.

Six access requirements have been identified:

    Users should have a single URL when accessing resources from different Sites.

    Users should always connect to the data center closest to their location.

    Applications added to Favorites within the Citrix Workspace app should be retained when accessed from different Sites.

    Launched applications and desktops should always connect through a local Citrix ADC.

    No duplication of applications published from different Sites.

    Microsoft Outlook should always launch in Zone A.

What should the architect recommend configuring to avoid duplication of the same applications being delivered from different Sites?

A.

‘Keywords: Featured’ in the properties of the published applications

B.

An Application Group

C.

Zone preferences for VDA machines hosting the applications

D.

Aggregate resources

A Citrix Architect is designing a new Citrix Virtual Apps and Desktops environment. The IT team maintains 12 Citrix Hypervisor hosts that are available to build the new Citrix environment. During the project kickoff meeting, management states:

“We need a robust infrastructure that can handle large user loads, improve IT efficiency, guarantee minimal downtime, and protect the network and its resources from corruption.”

Click the Exhibit button to view the existing infrastructure details.

Which configuration should the architect use to meet the requirements for the new Citrix environment?

A.

Create multiple resource pools with at least 3 hosts in each pool for the infrastructure and Citrix workloads, and enable high availability with clustered pools using local storage repositories.

B.

Create a single resource pool containing all hosts for the infrastructure and Citrix workloads, and enable

default high availability using GFS2 as the heartbeat storage repository.

C.

Create a single resource pool containing all hosts for the infrastructure and Citrix workloads, and enable default high availability using NFS as the heartbeat storage repository.

D.

Create multiple resource pools with at least 3 hosts in each pool for the infrastructure and Citrix workloads, and enable high availability with clustered pools using GFS2 as the heartbeat storage repositories.

Scenario: A Citrix Architect is designing a new Citrix Virtual Apps and Desktops environment. Currently, the environment is configured as 2 locations with identical Citrix Virtual Desktops Sites. Each Site has 2 Delivery Controllers, 2 StoreFront servers, and 1 Citrix ADC high-availability pair. The same applications have been published from both Sites for all users. Two zones (Zone A and Zone B) are configured in each Site with 1 Delivery Controller in each zone. The Microsoft Exchange server is only accessible from Virtual Delivery Agent (VDA) machines in Zone A in each Site.

Six access requirements have been identified:

    Users should have a single URL when accessing resources from different Sites.

    Users should always connect to the data center closest to their location.

    Applications added to Favorites within the Citrix Workspace app should be retained when accessed from different Sites.

    Launched applications and desktops should always connect through a local Citrix ADC.

    No duplication of applications published from different Sites.

    Microsoft Outlook should always launch in Zone A.

What should the architect recommend configuring subscription synchronization to retain applications added to Favorites?

A.

Within server groups of each Site

B.

Between stores across the Sites

C.

Between server groups across the Sites

D.

Within stores of each Site

Scenario: A Citrix Architect has developed the hardware requirements for a small production Citrix Virtual Apps and Desktops environment as follows:

    Access to the environment hosted in a single data center

    Ability to perform maintenance on the environment without requiring an outage

    Keep management efforts to a minimum

Which hardware requirement does the architect need to include for Citrix Hypervisor hosts to meet the customer's needs?

A.

N+1 Citrix Hypervisor hosts in a single cluster/pool

B.

Separate Citrix Hypervisor cluster/pool in an alternate data center

C.

Multiple individual Citrix Hypervisor hosts in the same data center

D.

Separate Citrix Hypervisor clusters/pools in the same data center

What are three things a Citrix Architect should when using thin clones with Machine Creation Services (MCS)? (Choose three.)

A.

Storage and virtual machine (VM) migration may be more complex when compared to full clones.

B.

Provisioning speed is slower when compared to full clones.

C.

Storage fragmentation may occur over time.

D.

Storage space should be closely monitored.

E.

Higher storage space is required when compared to full clones.

Scenario: A Citrix Architect is designing a new Citrix Virtual Apps and Desktops environment. The customer previously installed all applications locally on managed laptops and desktops, but is willing to evaluate other application delivery methods as part of the new deployment. The environment will be standardized on Windows 10 for the Virtual Delivery Agent (VDA) machines.

As part of an application analysis performed earlier in the project, the information in the exhibit was collected regarding 1 of the required applications.

Click the Exhibit button to view the information.

The customer's security policies mandate that all development software must run within the corporate data center, but should appear to the user as if it is running locally on the virtual machine (VM).

How should the architect recommend deploying the application?

A.

Use Desktop OS machines to deliver VM hosted applications.

B.

Install it directly on the endpoint devices, and include it in a virtual desktop session using the Local App Access feature.

C.

Install it in an Application Layer using Citrix App Layering, then present it to users as an Elastic Layer during a virtual a virtual desktop session.

D.

Stream it to a VDA machine using Microsoft App-V, and access it through a virtual desktop session.

E.

Push it to users with a Workspace Environment Management (WEM) action option.

Scenario: A Citrix Architect is designing a new infrastructure that will use Citrix Virtual Apps and Desktops to deploy applications in New York, Chicago and Seattle data centers. All 3 data centers will be active simultaneously.

Which feature should the architect recommend to connect the remote users to the closest or best-performing data center?

A.

Global Server Load Balancing

B.

StoreFront Resource Aggregation

C.

Zone Preference and Failover

D.

Optimal Gateway Routing

Scenario: A Citrix Architect is designing a new Citrix Virtual Apps and Desktops environment. The architect has identified the Resource Layer requirements shown in the exhibit.

Click the Exhibit button to view the requirements.

Additionally, management identified 2 general Resource Layer requirements:

    The time required to configure the solution should be minimized.

    Different user groups can use different profile solutions.

Which profile type should the architect consider for the Finance Group?

A.

Hybrid

B.

Mandatory

C.

Roaming

D.

Local

Scenario: The IT team of a company configured its Citrix environment on Microsoft Azure. Load on the servers is nominal during the off season, but during peak season, load increases on the infrastructure servers. This load varies from year to year. A Citrix Architect is asked to design a solution that dynamically increases and decreases the number of infrastructure servers.

What should the architect recommend the IT team create in Microsoft Azure to meet this demand?

A.

Availability sets

B.

Resource group

C.

Scale sets

D.

Availability domains