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| Section | Objectives |
|---|---|
| Identity and Access Management | - 802.1X authentication workflows - AAA concepts (Authentication, Authorization, Accounting) |
| Monitoring and Troubleshooting | - Security event monitoring - Network security diagnostics |
| Network Access Control | - Role-based access policies - Guest and device onboarding |
| Network Security Fundamentals | |
| Secure Connectivity | - Secure remote access design - VPN concepts and secure tunneling |
| Aruba Security Architecture | - Policy enforcement and access control concepts - Aruba ClearPass ecosystem overview |
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NEW QUESTION # 43
A company has AOS-CX switches and is implementing authentication to HPE Aruba Networking ClearPass Policy Manager (CPPM). The company wants to monitor each switch's connectivity to CPPM. If connectivity is lost, the switch should trigger an alert and collect some information with CLI commands.
What can you do to support this use case?
Answer: A
Explanation:
AOS-CX Network Analytics Engine is designed for local monitoring, alerting, and automated diagnostics. An NAE agent can monitor connectivity to a critical service such as ClearPass Policy Manager. If the switch loses connectivity to CPPM, the NAE agent can trigger an alert and run CLI commands to collect relevant troubleshooting information at the time of failure. CoPP protects the switch control plane but does not monitor CPPM reachability or collect diagnostics. RADIUS accounting and ClearPass Insight help with session reporting, not switch-side failure detection. Aruba Central alerts are useful for cloud visibility, but they do not provide the same local diagnostic automation. NAE is the correct tool for this monitoring workflow.
NEW QUESTION # 44
A company uses both HPE Aruba Networking ClearPass Policy Manager (CPPM) and HPE Aruba Networking ClearPass Device Insight (CPDI). What is one way integrating the two solutions can help the company implement Zero Trust Security?
Answer: C
Explanation:
* Integration of CPDI and CPPM for Zero Trust:
* CPDI (ClearPass Device Insight) identifies and profiles devices and applications on the network.
* CPDI can tag devices based on their behavior or detected applications.
* CPPM uses these tags to enforce policies, such as quarantining clients that violate security rules (e.g., using prohibited applications).
* Option Analysis:
* Option A: Incorrect. CPPM does not inform CPDI about role assignments; CPDI provides device context to CPPM.
* Option B: Correct. CPDI tags clients, and CPPM uses those tags to enforce quarantine or other Zero Trust actions.
* Option C: Incorrect. Custom fingerprint definitions are not part of this integration.
* Option D: Incorrect. CPDI provides information about devices, not user identities.
NEW QUESTION # 45
You are using Wireshark to view packets captured from HPE Aruba Networking infrastructure, but you're not sure that the packets are displaying correctly. In which circumstance does it make sense to configure Wireshark to ignore protection bits with the IV for the 802.11 protocol?
Answer: A
Explanation:
* 802.11 Traffic and Protection Bits:
* In the 802.11 protocol, protection bits and the Initialization Vector (IV) are used in encrypted wireless traffic.
* If the traffic is captured directly from an AP, the frames may include encrypted content.
* Wireshark may misinterpret these protection bits or fail to display the frames correctly unless it is configured to ignore protection bits and correctly parse the IV.
* Key Scenario:
* When traffic is captured directly from an AP managed by HPE Aruba Networking Central, the frames are often captured before decryption occurs.
* In such cases, you must configure Wireshark to ignore the protection bits and handle the IV properly for correct frame interpretation.
* Option Analysis:
* Option A: Incorrect. Data plane traffic sent to a remote IP is usually decrypted, so Wireshark does not require this adjustment.
* Option B: Incorrect. Switch port mirroring captures traffic at Layer 2/3, not raw 802.11 frames.
* Option C: Correct. Traffic captured directly from an AP via HPE Aruba Networking Central often includes encrypted wireless frames, requiring Wireshark adjustments.
* Option D: Incorrect. Control plane traffic is typically management data and not raw wireless frames needing IV interpretation.
NEW QUESTION # 46 
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?
Answer: A
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.
1.OSPF Authentication: Implementing MD5 authentication on Lag 1 ensures that OSPF updates are secured with a cryptographic hash. This prevents unauthorized OSPF routers from establishing peering sessions and injecting potentially malicious routing information.
2.Secure Communication: MD5 authentication provides a higher level of security compared to simple password authentication, as it uses a more robust hashing algorithm.
3.Applicability: Lag 1 is the primary link between Switch-1 and Switch-2, and securing this link helps protect the integrity of the OSPF routing domain.
Reference: Aruba's AOS-CX switch documentation and OSPF configuration guides detail how to set up MD5 authentication for OSPF to enhance network security against rogue devices.
NEW QUESTION # 47
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?
Answer: A
Explanation:
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.
NEW QUESTION # 48
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