HP HPE6-A79 valid study dumps : Aruba Certified Mobility Expert Written Exam

An Aruba WiFi solution for a football stadium includes 2500 APs, two Mobility Masters (MM), and eight Mobility Controllers (MCs). Key requirements are seamless roaming and even distribution of APs and clients, even during a MC failure.
Which MC's deployment option offers seamless roaming, and even AP client distribution among all MCs before and after a MC failure?

• A. a two-member HA group in dual mode
• B. an eight-member L2-connected cluster
• C. two four-member L2-connected clusters
• D. an eight-member HA group in dual mode

Refer to the exhibits.
Exhibit 1

Exhibit 2

Exhibit 3

Exhibit 4

A captive portal-based solution is deployed in a Mobility Master (MM) - Mobility Controller (MC) network. A wireless station connects to the network and attempts the authentication process. The outputs are shown in the exhibits.
Which names correlate with the authentication and captive portal servers?

• A. ClearPass.23 is the authentication server, and MC2 is the captive portal server.
• B. ClearPass.23 is the authentication server, and cp.mycompany.com is the captive portal server.
• C. cp.mycompany.com is the authentication server, and ClearPass.23 is the captive portal server.
• D. Internal database in MC2 is the authentication server, and cp.mycompany.com is the captive portal server.

An Aruba WiFi solution for a football stadium includes 2500 APs, two Mobility Masters (MM), and eight Mobility Controllers (MCs). Key requirements are seamless roaming and even distribution of APs and clients, even during a MC failure.
Which MC's deployment option offers seamless roaming, and even AP client distribution among all MCs before and after a MC failure?

• A. a two-member HA group in dual mode
• B. an eight-member L2-connected cluster
• C. two four-member L2-connected clusters
• D. an eight-member HA group in dual mode

Refer to the exhibit.

A network administrator has a Mobility Master (MM) Mobility Controller (MC) architecture along with the MC in the DMZ for terminating RAPs. The network firewall has been provisioned to allow access to the MC in the DMZ for both UDP 500 and 4500. Then he proceeds to provision an AP as shown in the exhibit.
Which additional configuration steps must the administrator to assure RAPs successfully contact the MC? (Choose two.)

• A. Add the RAP1 entry in the CPsec whitelist at the MM level.
• B. Create an IP local pool and PSK at the device node level.
• C. Create the RAP1 account in the InternalDB of the MC.
• D. Create an IP local pool and PSK at the /mm/mynode level.
• E. Create the RAP1 account in the InternalDB of the MM.

A network administrator assists with the migration of a WLAN from a third-party vendor to Aruba in different locations throughout the country. In order to manage the solution from a central point, the network administrator decides to deploy redundant Mobility Masters (MMs) in a datacenter that are reachable through the Internet.
Since not all locations own public IP addresses, the security team is not able to configure strict firewall polices at the datacenter without disrupting some MM to Mobility Controller (MC) communications. They are also concerned about exposing the MMs to unauthorized inbound connection attempts.
What should the network administrator do to ensure the solution is functional and secure?

• A. Deploy an MC at the datacenter as a VPN concentrator.
• B. Block all ports to the MMs except UDP 500 and 4500.
• C. Install a PEFV license, and configure firewall policies that protect the MM.
• D. Block all inbound connections, and instruct the MM to initiate the connection to the MCs.