1Y0-440 Exam Dumps : Architecting a Citrix Networking Solution

Scenario: A Citrix Architect has deployed two MPX devices. 12.0.53.13 nc and MPX 11500 models, in a high availability (HA) pair for the Workspace labs team. The deployment method is two-arm and the devices are installed behind a CISCO ASA 5585 Firewall. The architect enabled the following features on the Citrix ADC devices. Content Switching. SSL Offloading, Load Balancing, Citrix Gateway. Application Firewall in hybrid security and Appflow. All are enabled to send monitoring information to Citrix Application Delivery Management 12.0.53.13 nc build. The architect is preparing to configure load balancing for Microsoft Exchange 2016 server.

The following requirements were discussed during the implementation:

• All traffic needs to be segregated based on applications, and the fewest number of IP addresses should be utilized during the configuration.
• All traffic should be secured and any traffic coming Into FITTP should be redirected to HTTPS.
• Single Sign-on should be created for Microsoft Outlook web access (OWA).
• Citrix ADC should recognize Uniform Resource Identifier (URI) and close the session to Citrix ADC when users hit the Logoff button In Microsoft Outlook web access.
• Users should be able to authenticate using either user principal name (UPN) or sAMAccountName.
• The Layer 7 monitor should be configured to monitor the Microsoft Outlook web access servers and the monitor probes must be sent on SSL.

Which monitor will meet these requirements?

Scenario: A Citrix Architect has sent the following request to the NetScaler:

Which response would indicate the successful execution of the NITRO command?

Scenario: A Citrix Architect is asked by management at the Workspacelab organization to review their existing configuration and make the necessary upgrades. The architect recommends small changes to the pre-existing Citrix ADC configuration. Currently, the Citrix ADC MPX devices are configured in a high availability pair, and the outbound traffic is load balanced between two Internet service providers (ISPs). However, the failover is NOT happening correctly. The following requirements were discussed during the design requirement phase:

• The return traffic for a specific flow should be routed through the same path while using Link Load Balancing.

• The link should fail over even if the ISP router is up and intermediary devices to an ISP router are down.

• Traffic going through one ISP router should fail over to the secondary ISP, and the traffic should NOT flow through both routers simultaneously. What should the architect configure to meet this requirement?