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| Section | Weight | Objectives |
|---|---|---|
| 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 | |
| Secure WLAN | - Configure and validate wireless security policies, encryption standards, and authentication mechanisms to protect data in transit across Aruba access points | |
| Define security terminology | 26% | - Describe log types and levels and use the CPPM ingress event engine to integrate with 3rd party logging solutions - Explain Zero Trust Security with Aruba solutions - Explain the methods and benefits of profiling - Explain dynamic segmentation, including its benefits and use cases - Explain WIPS and WIDS, as well as describe the Aruba 9x00 Series - Describe PKI dependencies - Explain how Aruba solutions apply to different security vectors - 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 |
| Troubleshooting | - Diagnose security-related connectivity issues, interpret logs and alerts, and resolve misconfigurations in production environments | |
| Secure Wired AOS-CX | - Implement port security, VLAN segmentation, and access control lists on Aruba switches to enforce network boundary controls | |
| Secure the WAN | - Design WAN security architecture including VPN tunnels, encryption profiles, and traffic filtering to protect branch and remote connections | |
| Endpoint Classification | - Identify and categorize devices on the network using profiling rules and threat intelligence to enable role-based access policies | |
| Forensics | - Explain CPDI capabilities for showing network conversations on supported Aruba devices - Collect, preserve, and analyze network traffic and event data to investigate security incidents and support compliance audits |
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NEW QUESTION # 114
You are proposing HPE Aruba Networking ZTNA to an organization that currently uses a third-party, IPsec- based client-to-site VPN.
What is one advantage of ZTNA that you should emphasize?
Answer: C
Explanation:
HPE Aruba Networking ZTNA (delivered as part of Aruba SSE) replaces traditional network-level VPN access with application-level access. Key security advantages highlighted in Aruba ZTNA/SSE collateral include:
Applications are no longer exposed directly to the internet; instead, they are fronted by the ZTNA service.
Inbound connectivity to private apps is outbound-only via connectors, eliminating open listening ports and shrinking the external attack surface. www6.h3c.com Users are granted access only to specific applications, not entire subnets, thereby limiting lateral movement and the blast radius of a compromise.
Aruba documentation explicitly notes that ZTNA "reduces the overall attack surface" and avoids the broad network exposure inherent in classic client-to-site VPNs.
Thus, the most accurate advantage is: ZTNA shrinks the attack surface, eliminating publicly exposed ports and reducing the extent of the private network exposed to remote users # Option D.
NEW QUESTION # 115
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?
Answer: C
Explanation:
To capture traffic from a particular wireless client for a 15-minute period and then send the traffic in a PCAP file, you should go to the client's AP in HPE Aruba Networking Central and use the
"Security" page to run a packet capture. This method allows you to directly capture the client's traffic from the AP managing the wireless connection, ensuring that you gather the relevant traffic data for analysis.
1. Centralized Management: HPE Aruba Networking Central provides a centralized interface for managing and monitoring APs, making it easy to initiate packet captures.
2. Security Page: The "Security" page in Aruba Central includes tools for running packet captures, allowing you to specify the duration and other parameters.
3. Ease of Use: This approach simplifies the process by using the built-in features of Aruba Central, avoiding the need for complex CLI commands or additional hardware.
NEW QUESTION # 116
A company has HPE Aruba Networking APs, which authenticate users to HPE Aruba Networking ClearPass Policy Manager (CPPM).
What does HPE Aruba Networking recommend as the preferred method for assigning clients to a role on the AOS firewall?
Answer: C
Explanation:
The preferred method for assigning clients to a role on the AOS firewall is to configure HPE Aruba Networking ClearPass Policy Manager (CPPM) to assign the role using a RADIUS enforcement profile with an Aruba-User-Role VSA (Vendor-Specific Attribute). This method allows ClearPass to dynamically assign the appropriate user roles to clients during the authentication process, ensuring that role-based access policies are consistently enforced across the network.
NEW QUESTION # 117
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?
Answer: A
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.
NEW QUESTION # 118
A company is implementing a client-to-site VPN based on tunnel-mode IPsec.
Which devices are responsible for the IPsec encapsulation?
Answer: D
Explanation:
In a client-to-site VPN based on tunnel-mode IPsec, the remote clients and a gateway at the main site are responsible for the IPsec encapsulation. The remote clients initiate the VPN connection and encapsulate their traffic in IPsec, which is then decapsulated by the gateway at the main site.
1.IPsec Encapsulation: The remote clients encapsulate their traffic using IPsec protocols before sending it over the internet to the main site.
2.Gateway Role: The gateway at the main site receives the encapsulated traffic, decapsulates it, and forwards it to the internal network. Similarly, traffic from the main site to the remote clients is encapsulated by the gateway and decapsulated by the clients.
3.Security: This setup ensures that data is securely transmitted between the remote clients and the main site, protecting it from eavesdropping and tampering.
Reference: Aruba and general IPsec VPN configuration guides provide detailed information on setting up client-to-site VPNs, highlighting the roles of remote clients and gateways in IPsec encapsulation.
NEW QUESTION # 119
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