HP HPE7-A02: Aruba Certified Network Security Professional Exam braindumps PDF & Testking echter Test

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HP HPE7-A02 Exam Syllabus Topics:

SectionWeightObjectives
Secure the WAN- Design WAN security architecture including VPN tunnels, encryption profiles, and traffic filtering to protect branch and remote connections
Secure WLAN- Configure and validate wireless security policies, encryption standards, and authentication mechanisms to protect data in transit across Aruba access points
Device Hardening- Apply configuration best practices to reduce attack surface, disable unnecessary services, and enforce strong credential policies on network devices
Threat Detection- Recognize attack patterns, anomalies, and indicators of compromise using Aruba monitoring and analytics capabilities
Define security terminology26%- Explain dynamic segmentation, including its benefits and use cases
- Explain how Aruba solutions apply to different security vectors
- Describe PKI dependencies
- Explain WIPS and WIDS, as well as describe the Aruba 9x00 Series
- Explain Zero Trust Security with Aruba solutions
- Explain the methods and benefits of profiling
- Explain VPN deployment types and IPsec concepts such as protocols, algorithms, certificate-based authentication with IKE, and reauth intervals
- Mitigate threats by using CPDI to identify traffic flows and apply tags and CPPM to take actions based on tags
- Describe log types and levels and use the CPPM ingress event engine to integrate with 3rd party logging solutions
Secure Wired AOS-CX- Implement port security, VLAN segmentation, and access control lists on Aruba switches to enforce network boundary controls
Forensics- Collect, preserve, and analyze network traffic and event data to investigate security incidents and support compliance audits
- Explain CPDI capabilities for showing network conversations on supported Aruba devices
Troubleshooting- Diagnose security-related connectivity issues, interpret logs and alerts, and resolve misconfigurations in production environments
Endpoint Classification- Identify and categorize devices on the network using profiling rules and threat intelligence to enable role-based access policies

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HPE7-A02: Aruba Certified Network Security Professional Exam Dumps & PassGuide HPE7-A02 Examen

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HP Aruba Certified Network Security Professional Exam HPE7-A02 Prüfungsfragen mit Lösungen (Q17-Q22):

17. Frage
A company has AOS-CX switches at the access layer, managed by HPE Aruba Networking Central. You have identified suspicious activity on a wired client. You want to analyze the client's traffic with Wireshark, which you have on your management station.
What should you do?

Antwort: B

Begründung:
Why a Mirror Session Is the Correct Choice
To analyze a wired client's traffic with Wireshark, you need the traffic mirrored to your management station where Wireshark is installed. The most effective way to achieve this is by configuring a mirror session on the AOS-CX switch, specifying the client port as the source and your management station as the destination.
Analysis of Each Option
A: Access the client's switch's CLI from your management station. Access the switch shell and run a TCP dump on the client port:
* Incorrect:
* AOS-CX switches do not natively support packet capture (e.g., tcpdump) directly on the switch CLI.
* This approach is not feasible for capturing and analyzing live client traffic.
B: Go to the client's switch in HPE Aruba Networking Central. Use the "Security" page to run a packet capture:
* Incorrect:
* HPE Aruba Networking Central provides security insights but does not directly support initiating packet captures for detailed analysis.
* Traffic analysis with tools like Wireshark requires local packet capture at the management station.
C: Set up a policy that implements a captive portal redirect to your management station. Apply that policy to the client's port:
* Incorrect:
* Captive portals are designed for user authentication and redirection, not traffic analysis.
* This would disrupt the client's network activity without enabling traffic analysis in Wireshark.
D: Set up a mirror session on the client's switch; set the client port as the source and your station IP address as the tunnel destination:
* Correct:
* Mirroring the client port to your management station is the standard method for analyzing live network traffic with Wireshark.
* Steps include:
* Configure a mirror session on the client's AOS-CX switch.
* Set the client's port as the source.
* Set your management station as the destination using its IP address (via GRE tunnel or physical interface).
* Start capturing traffic with Wireshark on the management station.
Final Recommendation
To analyze the client's traffic, configure a mirror session on the switch, set the client port as the source, and direct the traffic to your management station where Wireshark is running.
References
* AOS-CX Switch Port Mirroring Configuration Guide.
* HPE Aruba Networking Central Monitoring and Troubleshooting Best Practices.
* Wireshark Traffic Analysis and Capture Techniques.


18. Frage
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?

Antwort: A

Begründung:
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).


19. Frage
Refer to Exhibit:

All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?

Antwort: A

Begründung:
Why MD5 Authentication on Lag 1 is Preferred:
Lag 1 is the primary link between Switch-2 and Switch-1, both of which are Layer 3 switches running OSPF.
By enabling MD5 authentication, OSPF routers exchange authenticated packets, preventing unauthorized or rogue OSPF routers from forming adjacencies or injecting routes.
MD5 is a secure authentication method and ensures the integrity and authenticity of OSPF communications.
Other Options Analysis:
A). Configure OSPF authentication on VLANs 10-19 in password mode: While configuring authentication on VLAN interfaces could secure VLAN-specific OSPF traffic, it is less effective because the main threat of rogue OSPF comes from unauthorized L3 devices connected via the backbone (Lag 1).
C). Disable OSPF entirely on VLANs 10-19: Disabling OSPF on these VLANs is not a preferred solution because OSPF is needed to route traffic in this design.
D). Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1: While passive interfaces prevent OSPF from forming adjacencies, it does not directly prevent rogue routers. Passive mode only limits OSPF advertisements on specific interfaces.


20. Frage
A company has HPE Aruba Networking Central-managed APs. The APs enforce 802.1X authentication for clients connected to the MyCompany SSID. Some clients are assigned to the "contractors" role. You have created a firewall rule for the "contractors" role that uses this extended action: denylist, or blacklist in older software versions.
Which additional step must you take to ensure that the action is applied?

Antwort: C

Begründung:
A firewall rule can specify a denylist action, but the WLAN/SSID must also permit denylisting behavior for that action to take effect. The denylist feature is applied in the SSID client-access context because clients connect through that SSID. Enabling denylisting in the MyCompany SSID settings allows clients that match the contractors role firewall rule to be placed on the denylist when they violate the rule. Client IDS and Client IPS are separate wireless security detection features and are not the required setting for this role-based firewall action. Enabling a setting only inside the contractor role is not the correct control point. The required additional step is enabling denylisting in the SSID configuration.


21. Frage
What is one use case for implementing user-based tunneling (UBT) on AOS-CX switches?

Antwort: A

Begründung:
Implementing user-based tunneling (UBT) on AOS-CX switches is beneficial for applying enhanced security features such as deep packet inspection (DPI) to wired traffic. UBT allows the traffic from specific users or devices to be tunneled to a central controller or security appliance where advanced security policies, including DPI, can be applied. This approach ensures that even wired traffic benefits from the same level of security and inspection typically available for wireless traffic, thus enhancing overall network security.
Reference: Aruba's documentation on UBT and AOS-CX configuration guides detail how to set up user-based tunneling and the benefits of applying advanced security features like DPI to tunneled traffic.


22. Frage
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