Citrix 1Y0-440 Exam With Confidence Using Practice Dumps

Scenario: A Citrix Architect needs to design a new solution within Microsoft Azure. The architect would like to create a highly available Citrix ADC VPX pair to provide load balancing for applications hosted in the Azure deployment which will receive traffic arriving from the Internet. In order to maximize its investment, the organization would like both Citrix ADC VPX instances to actively load-balance connection requests. Which two approaches are possible solutions for the architect to use to design the solution? (Choose two.)

Scenario: A Citrix Architect and a team of Workspacelab members met to discuss a NetScaler design project. They captured the following requirements from this design discussion:

• A pair of NetScaler MPX appliances will be deployed in the DMZ network.
• High Availability will be accessible in the NetScaler MPX in the DMZ Network.
• Load balancing should be performed for the internal network services like Microsoft Exchange Client Access Services and Microsoft App-V.
• The load balancing should be performed for StoreFront.
• The NetScaler Gateway virtual server will be utilizing the StoreFront load-balancing virtual server.
• The NetScaler Gateway virtual server and StoreFront.
• The NetScaler Gateway virtual service and StoreFront and load-balancing services are publicly accessible.
• The traffic for internal and external services must be isolated.

Click the Exhibit button to review the logical network diagram.

Which two design decisions are incorrect based on these requirements? (Choose two.)

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?