Refer to the scenario.
A customer has an AOS10 architecture that is managed by Aruba Central. Aruba infrastructure devices authenticate clients to an Aruba ClearPass cluster.
In Aruba Central, you are examining network traffic flows on a wireless IoT device that is categorized as ''Raspberry Pi'' clients. You see SSH traffic. You then check several more wireless IoT clients and see that they are sending SSH also.
You want a relatively easy way to communicate the information that an IoT client has used SSH to Aruba CPPM.
What is one prerequisite?
The customer needs a way for users to enroll new wired clients in Intune. The clients should have limited access that only lets them enroll and receive certificates. You plan to set up these rights in an AOS-CX role named ''provision.''
The customer's security team dictates that you must limit these clients' Internet access to only the necessary sites. Your switch software supports IPv4 and IPv6 addresses for the rules applied in the ''provision'' role.
What should you recommend?
Refer to the scenario.
A customer requires these rights for clients in the ''medical-mobile'' AOS firewall role on Aruba Mobility Controllers (MCs):
External devices should not be permitted to initiate sessions with ''medical-mobile'' clients, only send return traffic.
The exhibits below show the configuration for the role.
There are multiple issues with this configuration. What is one change you must make to meet the scenario requirements? (In the options, rules in a policy are referenced from top to bottom. For example, ''medical-mobile'' rule 1 is ''ipv4 any any svc-dhcp permit,'' and rule 8 is ''ipv4 any any any permit''.)
A customer's admins have added RF Protect licenses and enabled WIDS for a customer's AOS 8-based solution. The customer wants to use the built-in capabilities of APs without deploying dedicated air monitors (AMs). Admins tested rogue AP detection by connecting an unauthorized wireless AP to a switch. The rogue AP was not detected even after several hours.
What is one point about which you should ask?
RF Protect is a feature that enables wireless intrusion detection and prevention system (WIDS/WIPS) capabilities on AOS 8-based solutions. WIDS/WIPS allows detecting and mitigating rogue APs, unauthorized clients, and other wireless threats. RF Protect requires RF Protect licenses to be installed and WIDS to be enabled on the Mobility Master (MM).
To use the built-in capabilities of APs for WIDS/WIPS, without deploying dedicated air monitors (AMs), admins need to set at least one radio on each AP to air monitor mode. Air monitor mode allows the AP to scan the wireless spectrum and report any wireless activity or anomalies to the MM. Air monitor mode does not affect the other radio on the AP, which can still serve clients in access mode. By setting at least one radio on each AP to air monitor mode, admins can achieve full coverage and visibility of the wireless environment and detect rogue APs.
If admins do not set any radio on the APs to air monitor mode, the APs will not scan the wireless spectrum or report any wireless activity or anomalies to the MM. This means that the APs will not be able to detect rogue APs, even if they are connected to the same network. Therefore, admins should check whether they have set at least one radio on each AP to air monitor mode.
Refer to the scenario.
A customer requires these rights for clients in the ''medical-mobile'' AOS firewall role on Aruba Mobility Controllers (MCs):
External devices should not be permitted to initiate sessions with ''medical-mobile'' clients, only send return traffic.
The exhibits below show the configuration for the role.
There are multiple issues with this configuration. What is one change you must make to meet the scenario requirements? (In the options, rules in a policy are referenced from top to bottom. For example, ''medical-mobile'' rule 1 is ''ipv4 any any svc-dhcp permit,'' and rule 8 is ''ipv4 any any any permit''.)
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