For which use case should network administrators set up Aruba access points (APs) as multi-zone APs?

• A.The company requires high availability for its wireless services, and APs must be able to be controlled by more than one Mobility Controller (MC) in case a controller fails.
• B.The company has a Mobility Manager (MM)-based solution that requires APs to terminate to multiple controllers that reside in different administrative domains.
• C.The company has some devices that support both 5GHz and 2.4GHz, and the APs must operate in both frequency bands.
• D.The company has multiple small branch offices where APs at each branch office must forward internet traffic locally and corporate traffic over a secure tunnel to a centralized Mobility Controller (MC).

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A company has a Mobility Master (MM)-based solution. A network administrator wants to monitor data transfer speed ranges of all currently connected clients.
Which dashboard page in the MM interface should the administrator visit?

• A.Security
• B.Performance
• C.Network
• D.Traffic Analysis

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An Aruba Mobility Master (MM)-based solution has a WLAN that uses WPA2-Enterprise security. A test login on a wireless client fails.
How can a network administrator determine whether the RADIUS server rejected the credentials or another issue occurred?

• A.Use the MM AAA Server Test Diagnostic tool.
• B.View Technical Support information for the MM.
• C.Use the tools in the MM Dashboard > Security window.
• D.Ping the IP address configured as the RADIUS server.

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What is a valid way to deploy an Aruba Mobility Master (MM)?

• A.as a subscription-based service through the Aruba cloud
• B.as a role on a Mobility Controller 7030 that is deployed as a standalone controller
• C.as a role on a Mobility Controller 7240 that is deployed as a master controller
• D.as a virtual appliance on a server that meets the recommended hardware requirements

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Refer to the exhibit.

The alias in the rule shown in the exhibit is network 10.1.1.0/24.
A wireless client is assigned IP address 10.1.2.10/24 and the "admins" role. The wireless client at 10.1.2.10 attempts to initiate a Web session with a server at 10.1.1.2. A wired client at 10.1.1.3 attempts to initiate an SSH session with the wireless client at 10.1.2.10.
How does the Aruba firewall handle these attempts?

• A.The firewall drops the traffic from the wireless client. The firewall drops the traffic from the wired client.
• B.The firewall permits the traffic from the wireless client and also permits the return traffic from the server. The firewall drops the traffic from the wired client.
• C.The firewall permits the traffic from the wireless client and also permits the return traffic from the server. The firewall permits the traffic from the wired client and also permits the return traffic from the wireless client.
• D.The firewall permits the traffic from the wireless client, but drops the return traffic from the server. The firewall drops the traffic from the wireless client.

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