When an Aruba 6000 controller has two M3 modules installed, for which uses may the
modules be used? (Choose two)

Referring to the diagram provided for this question, an employee brought an unauthorized
AP from home and attached the LAN port to the cubicle Ethernet port. All Aruba APs and
AMs as well as the employee AP are in VLAN 80 and within RF range of each other. No
traffic from the wired or wireless network has passed through the unauthorized AP yet, but
the AP began wireless broadcasts.

How will the Aruba system initially classify the employee’s non-Aruba AP?

Referring to the diagram provided for this question, an employee brought an unauthorized
AP from home and attached it to the cubicle Ethernet port as shown in the diagram. The APs
are in VLANs as shown in the diagram. Only AP1 is within RF range.

How will the Aruba controller classify this AP?

Referring to the diagram provided for this question, an employee brought an unauthorized
AP from home, but did not attach it to the LAN infrastructure. The APs are in the VLANs as
shown in the diagram. Only AP1 is within RF range of the employee AP.

By default, how will the Aruba system classify the employee’s AP?

What can an AM do that an AP cannot do?

(group8) #show ap active
Active AP Table
—————
Name Group IP Address 11g Clients 11g Ch/EIRP/MaxEIRP 11a Clients 11a
Ch/EIRP/MaxEIRP
—- —– ———- ——— ——————- ———– ——————-
AP1 building1 10.1.80.150 0 AM 0 AM
AP2 building1 10.1.80.151 0 AM 0 AM
A user called technical support because they cannot see any of their APs in building one.
You perform the “show” command as illustrated above.
What can you conclude about these two APs from this output?

Exhibit:

Based on the above screen capture for Interfering APs, what can you conclude?

As illustrated in the above diagram and screen capture, a wireless hacker injects messages
into your network to detach a client from your Aruba AP.

What action should you take to identify and prevent the Intruder from connecting to your system? (Choose two)

(group8) #show ap arm history ap-name AP1
Interface :wifi0
ARM History
———–
Time of Change Old Channel New Channel Old Power New Power Reason
————– ———– ———– ——— ——— ——
2010-10-28 07:58:53 157+ 149+ 21 21 I
2010-10-28 07:52:06 149+ 157+ 21 21 M
2010-10-28 07:16:59 157+ 149+ 21 21 I
Interface :wifi1
ARM History
———–
Time of Change Old Channel New Channel Old Power New Power Reason
————– ———– ———– ——— ——— ——
2010-10-28 08:52:53 6 1 21 21 I
Referring to the output above. What can you conclude about AP1?

Which of the following parameters can be specified in a rule for AP classification? (Choose
three)