Citrix 1Y0-440 Valid Test : Architecting a Citrix Networking Solution

Scenario: A Citrix Architect needs to design a NetScaler deployment in Microsoft Azure. An Active-Passive NetScaler VPX pair will provide load balancing for three distinct web applications. The architect has identified the following requirements:
Minimize deployment costs where possible.
Provide dedicated bandwidth for each web application.
Provide a different public IP address for each web application.
For this deployment, the architect should configure each NetScaler VPX machine to have ______ network interface(s) and configure IP address by using ________. (Choose the correct option to complete the sentence).

• A. 4; Port Address Translation
• B. 1; Port Address Translation
• C. 2; Network Address Translation
• D. 4; Network Address Translation
• E. 2; Port Address Translation
• F. 1; Network Address Translation

Scenario: Based on a discussion between a Citrix Architect and a team of Workspacelab members, the MPX Logical layout for Workspacelab has been created across three (3) sites.
They captured the following requirements during the design discussion held for a Citrix ADC design project:
All three (3) Workspacelab sites (DC, NDR, and DR) will have similar NetScaler configurations and design.
Both external and internal NetScaler MPX appliances will have Global Server Load Balancing (GSLB) configured and deployed in Active/Passive mode.
GSLB should resolve both A and AAA DNS queries.
In the GSLB deployment, the NDR site will act as backup for the DC site, whereas the DR site will act as backup for the NDR site.
When the external NetScaler replies to DNS traffic coming in through Cisco Firepower IPS, the replies should be sent back through the same path.
On the internal NetScaler, both the front-end VIP and backend SNIP will be part of the same subnet.
The external NetScaler will act as default gateway for the backend servers.
All three (3) sites, DC, NDR, and DR, will have two (2) links to the Internet from different service providers configured in Active/Standby mode.
Which design decision must the architect make the design requirements above?

• A. NSIP of the External NetScaler must be configured as the default gateway on the backend servers.
• B. The Internal NetScaler must be deployed in Transparent mode.
• C. The ADNS service must be configured with an IPv6 address.
• D. MAC-based Forwarding must be enabled on the External NetScaler Pair.

Scenario: A Citrix Architect needs to deploy a Citrix ADC appliance for Workspacelab, which will provide application load balancing services to Partnerlab and Vendorlab.
The setup requirements are as follows:
A pair of Citrix ADC MPX appliances will be deployed in the DMZ network.
High availability will be accessible on the Citrix ADC MPX in the DMZ Network.
Load balancing should be performed for the mail servers for Partnerlab and Vendorlab.
The traffic for both of the organizations must be isolated.
Separate Management accounts must be available for each client.
The load-balancing IP addresses must be identical.
A separate VLAN must be utilized for communication for each client.
Which solution can the architect utilize to meet the requirements?

• A. Traffic Domain
• B. Admin Partition
• C. VPX or MPX
• D. VLAN Filtering

Which four load-balancing methods support Citrix ADC Virtual Server-Level Slow Start? (Choose four.)

• A. Least Packets
• B. URLHash
• C. LRTM
• D. Least bandwidth
• E. Least Connection
• F. Least response time
• G. SRCIPSRCPORTHash

Scenario: A Citrix Architect needs to design a new Citrix Gateway deployment for a customer. During the design discussions, the architect documents the key requirements for the Citrix Gateway.

Click the Exhibit button to view the key requirements.
The architect should configure Citrix Gateway for __________________in order to meet the stated requirements. (Choose the correct option to complete the sentence.)

• A. Client access
• B. VPN access
• C. ROP proxy
• D. ICA proxy