HPE7-A02

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The dumps for HPE7-A02 exam was last updated on Jun 03,2026 .

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Question#1

You are using Wireshark to view packets captured from HPE Aruba Networking infrastructure, but you are not sure that the packets are displaying correctly.
In which circumstance does it make sense to ensure that Wireshark has GRE enabled as one of its analyzed protocols?

A. When the traffic was captured on an HPE Aruba Networking gateway and sent to a remote IP

B. When the traffic was captured on an HPE Aruba Networking gateway dataplane and saved to a file

C. When the traffic was captured on an HPE Aruba Networking Mobility Controller (MC) control plane and saved to a file

D. When the traffic was captured on an HPE Aruba Networking MC dataplane and saved to a file

Explanation:
On Aruba Mobility Controllers, dataplane captures can include wireless frames encapsulated inside GRE (for example, ERM / remote mirroring or tunneled 802.11 data). If Wireshark does not have GRE dissection enabled, these packets may appear as generic IP/UDP payloads, and the inner traffic (client frames) will not decode correctly.
MC dataplane is exactly where GRE-encapsulated user traffic is likely to appear. Enabling GRE in Wireshark allows you to see and decode the inner payload (802.11/Ethernet/IP).
MC control plane traffic is generally not GRE encapsulated data traffic.
For gateways, captures exported as ERM over UDP often require different decoding (e.g., ARUBA_ERM, not generic GRE).
Thus, the most appropriate case to ensure GRE is enabled is when the capture came from the MC dataplane → Option D.

Question#2

A company wants to apply role-based access control lists (ACLs) on AOS-CX switches, which are implementing authentication to HPE Aruba Networking ClearPass Policy Manager (CPPM). The company wants to centralize configuration as much as possible.
Which correctly describes your options?

A. You can configure the role on CPPM; however, the CPPM role must reference a policy name that is configured on the switch.

B. You can configure the role name on CPPM; however, the role settings, including policy and classes, must be configured locally on the switch.

C. You can configure the role, its policy, and the classes referenced in the policy all on CPP

D. You can configure the role and its policy on CPPM; however, the classes referenced in the policy must be configured locally on the switch.

Explanation:
Centralized Role Configuration on CPPM:
CPPM can assign roles to clients dynamically during authentication.
However, the actual ACL policies (e.g., firewall policies) must already exist and be referenced locally on the switch.
CPPM cannot directly configure ACL details on AOS-CX switches.
Option Analysis:
Option A: Correct. The role is defined on CPPM, but it references a policy pre-configured on the switch.
Option B: Incorrect. This does not align with Aruba's centralized role-based access control design.
Option C: Incorrect. CPPM cannot configure the ACL policies and classes directly; they must exist locally.
Option D: Incorrect. Policies can be referenced centrally but not fully configured on CPPM.

Question#3

Refer to Exhibit.

(Note that the HPE Aruba Networking Central interface shown here might look slightly different from what you see in your HPE Aruba Networking Central interface as versions change; however, similar concepts continue to apply.)
An HPE Aruba Networking 9x00 gateway is part of an HPE Aruba Networking Central group that has the settings shown in the exhibit.
What would cause the gateway to drop traffic as part of its IDPS settings?

A. Its site-to-site VPN connections failing

B. Traffic matching a rule in the active ruleset

C. Its IDPS engine failing

D. Traffic showing anomalous behavior

Explanation:
In the exhibit, the HPE Aruba Networking Central settings for the 9x00 gateway show that traffic inspection is enabled, and the gateway is set to operate in IDS (Intrusion Detection System) mode with the fail strategy set to "Block". This configuration means that the gateway will drop traffic if it matches a rule in the active ruleset.

Question#4

You have run an Active Endpoint Security Report on HPE Aruba Networking ClearPass. The report indicates that hundreds of endpoints have MAC addresses but no known IP addresses.
What is one step for addressing this issue?

A. Set up network devices to implement RADIUS accounting to CPP

B. Add CPPM's IP address to the IP helper list on routing switches.

C. Set up switches to implement ARP inspection on client VLANs.

D. Configure CPPM as a Syslog destination on network devices.

Explanation:
When the Active Endpoint Security Report on HPE Aruba Networking ClearPass indicates that endpoints have MAC addresses but no known IP addresses, one effective step to address this issue is to add CPPM's (ClearPass Policy Manager) IP address to the IP helper list on routing switches. This configuration ensures that DHCP requests are forwarded to the ClearPass server, allowing it to track and report the IP addresses assigned to the endpoints. This helps ClearPass maintain an accurate mapping of MAC addresses to IP addresses, improving endpoint visibility and security management.
Reference: ClearPass configuration guides and best practices documentation outline the importance of integrating ClearPass with network infrastructure using IP helper addresses to ensure comprehensive endpoint visibility and management.

Question#5

A company has HPE Aruba Networking infrastructure devices. The devices authenticate clients to HPE Aruba Networking ClearPass Policy Manager (CPPM). You want CPPM to track information about clients, such as their IP addresses and their network bandwidth utilization.
What should you set up on the network infrastructure devices to help that happen?

A. Logging with CPPM configured as a Syslog server.

B. Dynamic authorization enabled in the RADIUS settings for CPP

C. RADIUS accounting to CPPM, including interim updates.

D. An IF-MAP interface with CPPM as the destination.

Explanation:
RADIUS Accounting:
RADIUS accounting enables network devices to report client session details (e.g., IP addresses, session duration, bandwidth usage) to CPPM.
Interim updates ensure CPPM receives ongoing updates about the client’s session, enabling accurate tracking.
Option Analysis:
Option A: Incorrect. Syslog logging sends general system logs, not client session details.
Option B: Incorrect. Dynamic authorization (CoA) handles session changes but does not provide usage tracking.
Option C: Correct. RADIUS accounting with interim updates tracks client IP addresses and bandwidth utilization.
Option D: Incorrect. IF-MAP interfaces are used for metadata sharing, not for RADIUS-based tracking.

Exam Code: HPE7-A02 Q & A: 156 Q&As Updated: Jun 03,2026

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Exam Code: HPE7-A02
Q & A: 156 Q&As
Updated: Jun 03,2026

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