HP HPE7-A02 Practice Exams
Last updated on Oct 22,2026- Exam Code: HPE7-A02
- Exam Name: HPE Network Security Professional Exam
- Certification Provider: HP
- Latest update: Oct 22,2026
Question #20
A company wants to use HPE Aruba Networking ClearPass Policy Manager (CPPM) to profile Linux devices. You have decided to schedule a subnet scan of the devices’ subnets.
Which additional step should you complete before scheduling the scan?
- A . Set up SSH accounts on CPPM and map them to the Linux devices’ subnets.
- B . Enable WMI probing in the cluster-wide parameters.
- C . Enable the Data Port in the ClearPass server settings and connect that port to the network.
- D . Configure SNMP in the network device settings for the switches that support the Linux devices.
Correct Answer: C
C
Explanation:
Subnet Scan Requirements for Profiling:
For ClearPass to scan and profile devices in a subnet, the Data Port must be enabled on the ClearPass server and connected to the network.
This ensures that ClearPass can send and receive the required packets for device discovery and profiling.
Option Analysis:
Option A: Incorrect. SSH accounts are not required for subnet scanning.
Option B: Incorrect. WMI probing is for Windows systems, not Linux devices.
Option C: Correct. The Data Port is essential for subnet scans and must be properly configured and connected.
Option D: Incorrect. SNMP is used for network device monitoring, not Linux device profiling.
C
Explanation:
Subnet Scan Requirements for Profiling:
For ClearPass to scan and profile devices in a subnet, the Data Port must be enabled on the ClearPass server and connected to the network.
This ensures that ClearPass can send and receive the required packets for device discovery and profiling.
Option Analysis:
Option A: Incorrect. SSH accounts are not required for subnet scanning.
Option B: Incorrect. WMI probing is for Windows systems, not Linux devices.
Option C: Correct. The Data Port is essential for subnet scans and must be properly configured and connected.
Option D: Incorrect. SNMP is used for network device monitoring, not Linux device profiling.
Question #22
A company has AOS-CX switches, which authenticate clients to HPE Aruba Networking ClearPass Policy Manager (CPPM). CPPM is set up to receive a variety of information about clients’ profile and posture. New information can mean that CPPM should change a client’s enforcement profile.
What should you set up on the switches to help the solution function correctly?
- A . Enable RADIUS accounting to CPPM, including interim RADIUS accounting.
- B . Configure a RADIUS track that references CPPM’s FQDN or IP address.
- C . Enable dynamic authorization, and specify CPPM as a dynamic authorization client.
- D . Re-configure the authentication server on the switch specifying CPPM as a TACACS server.
Correct Answer: C
C
Explanation:
Dynamic Authorization for Enforcement Profile Updates:
When CPPM receives updated client posture or profile data, it can initiate a Change of Authorization (CoA) to update enforcement profiles dynamically. To support this:
Dynamic Authorization must be enabled on the switches.
CPPM must be configured as a dynamic authorization client to send CoA requests.
Option C: Correct. Dynamic authorization ensures that the switch can apply updated enforcement profiles based on new information from CPPM.
Option A: Incorrect. RADIUS accounting provides session updates but does not enable dynamic changes to enforcement profiles.
Option B: Incorrect. RADIUS track is for monitoring RADIUS server availability, not dynamic enforcement updates.
Option D: Incorrect. TACACS is not used for dynamic authorization; RADIUS handles this functionality.
C
Explanation:
Dynamic Authorization for Enforcement Profile Updates:
When CPPM receives updated client posture or profile data, it can initiate a Change of Authorization (CoA) to update enforcement profiles dynamically. To support this:
Dynamic Authorization must be enabled on the switches.
CPPM must be configured as a dynamic authorization client to send CoA requests.
Option C: Correct. Dynamic authorization ensures that the switch can apply updated enforcement profiles based on new information from CPPM.
Option A: Incorrect. RADIUS accounting provides session updates but does not enable dynamic changes to enforcement profiles.
Option B: Incorrect. RADIUS track is for monitoring RADIUS server availability, not dynamic enforcement updates.
Option D: Incorrect. TACACS is not used for dynamic authorization; RADIUS handles this functionality.
Question #23
A company has HPE Aruba Networking APs running AOS-10 and managed by HPE Aruba Networking Central. The company also has AOS-CX switches. The security team wants you to capture traffic from a particular wireless client. You should capture this client’s traffic over a 15-minute time period and then send the traffic to them in a PCAP file.
What should you do?
- A . Access the CLI for the client’s AP. Set up a mirroring session between its radio and a management station running Wireshark.
- B . Go to the client’s AP in HPE Aruba Networking Central. Use the "Security" page to run a packet capture.
- C . Go to that client in HPE Aruba Networking Central. Use the "Live Events" page to run a packet capture.
- D . Access the CLI for the client’s AP’s switch. Set up a mirroring session between the AP’s port and a management station running Wireshark.
Correct Answer: B
B
Explanation:
Packet Capture in Aruba Central:
Aruba Central provides tools for remote packet captures directly from the APs.
On the "Security" page for the AP, you can initiate a packet capture session, specifying the client device and capture duration.
The traffic is captured into a PCAP file, which can be downloaded and analyzed using tools like Wireshark.
Option Analysis:
Option A: Incorrect. While possible via CLI, Aruba Central provides a simpler method for packet captures.
Option B: Correct. Aruba Central’s "Security" page allows you to capture and export client traffic efficiently.
Option C: Incorrect. The "Live Events" page focuses on monitoring events, not packet captures. Option D: Incorrect. Port mirroring on the switch captures AP traffic but requires more manual configuration and does not isolate client-specific wireless traffic easily.
B
Explanation:
Packet Capture in Aruba Central:
Aruba Central provides tools for remote packet captures directly from the APs.
On the "Security" page for the AP, you can initiate a packet capture session, specifying the client device and capture duration.
The traffic is captured into a PCAP file, which can be downloaded and analyzed using tools like Wireshark.
Option Analysis:
Option A: Incorrect. While possible via CLI, Aruba Central provides a simpler method for packet captures.
Option B: Correct. Aruba Central’s "Security" page allows you to capture and export client traffic efficiently.
Option C: Incorrect. The "Live Events" page focuses on monitoring events, not packet captures. Option D: Incorrect. Port mirroring on the switch captures AP traffic but requires more manual configuration and does not isolate client-specific wireless traffic easily.
Question #24
You need to set up HPE Aruba Networking ClearPass Policy Manager (CPPM) to provide certificate-based authentication of 802.1X supplicants.
How should you upload the root CA certificate for the supplicants’ certificates?
- A . As a ClearPass Server certificate with the RADIUS/EAP usage.
- B . As a ClearPass Server certificate with the Database usage.
- C . As a Trusted CA with the AD/LDAP usage.
- D . As a Trusted CA with the EAP usage.
Correct Answer: D
D
Explanation:
D
Explanation:
Question #25
What is one use case that companies can fulfill using HPE Aruba Networking ClearPass Policy Manager’s (CPPM’s) Device Profiler?
- A . OIdentifying device security vulnerabilities by CVE ID and receiving remediation recommendations
- B . Leveraging artificial intelligence to more accurately identify Internet of Things (loT) devices
- C . Quarantining devices that do not have the required antivirus software installed on them
- D . Assigning different AOS firewall roles to users on computers and the same users on smartphones
Correct Answer: B
B
Explanation:
One use case that companies can fulfill using HPE Aruba Networking ClearPass Policy Manager’s (CPPM’s) Device Profiler is leveraging artificial intelligence to more accurately identify Internet of Things (IoT) devices. ClearPass Device Profiler uses AI and machine learning to analyze network traffic and device behavior, providing detailed and accurate identification of IoT devices on the network. This helps in managing and securing diverse and numerous IoT devices by ensuring they are correctly profiled and assigned appropriate access policies.
Reference: Aruba ClearPass documentation highlights the use of AI and machine learning in device profiling to enhance the identification and management of IoT devices.
B
Explanation:
One use case that companies can fulfill using HPE Aruba Networking ClearPass Policy Manager’s (CPPM’s) Device Profiler is leveraging artificial intelligence to more accurately identify Internet of Things (IoT) devices. ClearPass Device Profiler uses AI and machine learning to analyze network traffic and device behavior, providing detailed and accurate identification of IoT devices on the network. This helps in managing and securing diverse and numerous IoT devices by ensuring they are correctly profiled and assigned appropriate access policies.
Reference: Aruba ClearPass documentation highlights the use of AI and machine learning in device profiling to enhance the identification and management of IoT devices.
Question #25
What is one use case that companies can fulfill using HPE Aruba Networking ClearPass Policy Manager’s (CPPM’s) Device Profiler?
- A . OIdentifying device security vulnerabilities by CVE ID and receiving remediation recommendations
- B . Leveraging artificial intelligence to more accurately identify Internet of Things (loT) devices
- C . Quarantining devices that do not have the required antivirus software installed on them
- D . Assigning different AOS firewall roles to users on computers and the same users on smartphones
Correct Answer: B
B
Explanation:
One use case that companies can fulfill using HPE Aruba Networking ClearPass Policy Manager’s (CPPM’s) Device Profiler is leveraging artificial intelligence to more accurately identify Internet of Things (IoT) devices. ClearPass Device Profiler uses AI and machine learning to analyze network traffic and device behavior, providing detailed and accurate identification of IoT devices on the network. This helps in managing and securing diverse and numerous IoT devices by ensuring they are correctly profiled and assigned appropriate access policies.
Reference: Aruba ClearPass documentation highlights the use of AI and machine learning in device profiling to enhance the identification and management of IoT devices.
B
Explanation:
One use case that companies can fulfill using HPE Aruba Networking ClearPass Policy Manager’s (CPPM’s) Device Profiler is leveraging artificial intelligence to more accurately identify Internet of Things (IoT) devices. ClearPass Device Profiler uses AI and machine learning to analyze network traffic and device behavior, providing detailed and accurate identification of IoT devices on the network. This helps in managing and securing diverse and numerous IoT devices by ensuring they are correctly profiled and assigned appropriate access policies.
Reference: Aruba ClearPass documentation highlights the use of AI and machine learning in device profiling to enhance the identification and management of IoT devices.
Question #27
Admins have recently turned on Wireless IDS/IPS infrastructure detection at the high level on HPE Aruba Networking APs. When you check WIDS events, you see several RTS rate and CTS rate anomalies, which were triggered by neighboring APs.
What can you interpret from this event?
- A . These neighboring APs are likely to be wireless clients that are inappropriately bridging their wired and wireless NICs; you should track down and remove them.
- B . These neighboring APs might be hackers trying to launch a DoS, but are more likely operating normally; you should start by tuning the event thresholds.
- C . These neighboring APs are actually rogue APs, and you should enable wireless tarpit containment on them.
- D . These neighboring APs are actually rogue APs, and you should enable wireless de-authentication containment on them.
Correct Answer: B
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.
Question #27
Admins have recently turned on Wireless IDS/IPS infrastructure detection at the high level on HPE Aruba Networking APs. When you check WIDS events, you see several RTS rate and CTS rate anomalies, which were triggered by neighboring APs.
What can you interpret from this event?
- A . These neighboring APs are likely to be wireless clients that are inappropriately bridging their wired and wireless NICs; you should track down and remove them.
- B . These neighboring APs might be hackers trying to launch a DoS, but are more likely operating normally; you should start by tuning the event thresholds.
- C . These neighboring APs are actually rogue APs, and you should enable wireless tarpit containment on them.
- D . These neighboring APs are actually rogue APs, and you should enable wireless de-authentication containment on them.
Correct Answer: B
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.
Question #27
Admins have recently turned on Wireless IDS/IPS infrastructure detection at the high level on HPE Aruba Networking APs. When you check WIDS events, you see several RTS rate and CTS rate anomalies, which were triggered by neighboring APs.
What can you interpret from this event?
- A . These neighboring APs are likely to be wireless clients that are inappropriately bridging their wired and wireless NICs; you should track down and remove them.
- B . These neighboring APs might be hackers trying to launch a DoS, but are more likely operating normally; you should start by tuning the event thresholds.
- C . These neighboring APs are actually rogue APs, and you should enable wireless tarpit containment on them.
- D . These neighboring APs are actually rogue APs, and you should enable wireless de-authentication containment on them.
Correct Answer: B
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.
Question #27
Admins have recently turned on Wireless IDS/IPS infrastructure detection at the high level on HPE Aruba Networking APs. When you check WIDS events, you see several RTS rate and CTS rate anomalies, which were triggered by neighboring APs.
What can you interpret from this event?
- A . These neighboring APs are likely to be wireless clients that are inappropriately bridging their wired and wireless NICs; you should track down and remove them.
- B . These neighboring APs might be hackers trying to launch a DoS, but are more likely operating normally; you should start by tuning the event thresholds.
- C . These neighboring APs are actually rogue APs, and you should enable wireless tarpit containment on them.
- D . These neighboring APs are actually rogue APs, and you should enable wireless de-authentication containment on them.
Correct Answer: B
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.
B
Explanation:
When Wireless IDS/IPS infrastructure detection reports RTS (Request to Send) and CTS (Clear to Send) rate anomalies triggered by neighboring APs, it is often an indication of unusual, but not necessarily malicious, behavior. These anomalies can be caused by neighboring APs operating normally but under specific conditions that trigger the alerts. Before assuming a security threat, it is recommended to tune the event thresholds to better match the environment and reduce false positives. This approach helps to distinguish between normal operations and potential DoS attacks.
Reference: Aruba’s Wireless IDS/IPS configuration guides provide information on interpreting events,
adjusting thresholds, and distinguishing between legitimate and malicious activities in a wireless network environment.