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HPE Campus Access Switching Expert Written Exam Sample Questions (Q69-Q74):

NEW QUESTION # 69
The clientwouldlike to automate the process of troubleshooting issues to have better visibility. Which solution would you recommend for your client?

A. HPE Aruba Networking Switch Multi-Edit Software
B. AlOps integrated into HPE Aruba Networking Central
C. HPE Aruba Networking F3bric Compose
D. Automate processes with scripting like Python.

Answer: B

Explanation:
The client wants to automate troubleshooting processes and gain better visibility into their network. We need to identify the recommended Aruba solution.
* Analysis of Options:
* A. HPE Aruba Networking Fabric Composer: A tool primarily for data center fabric provisioning and management, not general campus troubleshooting automation.
* B. HPE Aruba Networking Switch Multi-Edit Software: Likely refers to configuration management features (e.g., in Central or NetEdit) for applying changes to multiple switches, not primarily focused on automated troubleshooting or visibility.
* C. Automate processes with scripting like Python: AOS-CX supports on-box scripting (NAE) and REST APIs, enabling custom automation for monitoring and troubleshooting. While powerful, it requires development effort.
* D. AIOps integrated into HPE Aruba Networking Central: Aruba Central's AIOps capabilities are specifically designed to enhance visibility and automate aspects of troubleshooting. It uses AI
/ML to analyze network data, detect anomalies, provide insights into potential issues, correlate events, and offer prescriptive recommendations, directly addressing the client's need for better visibility and automated assistance with troubleshooting.
* Conclusion:While custom scripting (C) allows automation, Aruba Central AIOps (D) is the platform- integrated solution specifically marketed and designed by HPE Aruba Networking to provide enhanced visibility and automated insights fortroubleshooting campus networks. It is the most direct and recommended solution among the options for achieving these goals within the Aruba ecosystem.
References:Aruba Central documentation (AIOps features), AOS-CX NAE and REST API documentation.
This relates to "Troubleshooting" (10%) and "Performance Optimization" (6%) objectives.

NEW QUESTION # 70
Match the BGP connection slates to the conditions thatcould have caused that state.

Answer:

Explanation:

Explanation:
The router is able to process update messages. -->established
The router is waiting for the neighbor's open message. -->open sent
Routers have agreed on matching feature sets. -->open confirm
The session establishment has timed out. -->idle
This question requires matching BGP connection states from the BGP Finite State Machine (FSM) to descriptions of conditions that occur within or lead to those states.
* Idle:This is the initial state where BGP awaits a start event or retries after a failure. It's also the state entered upon error detection or session closure, including timeouts during connection attempts.
* Matches:"The session establishment has timed out." - A timeout during the connection process forces the BGP process back to the Idle state to potentially retry later.
* OpenSent:After a TCP connection is established, the local router sends a BGP OPEN message with its parameters (AS number, capabilities, etc.) and transitions to the OpenSent state while waiting to receive an OPEN message from its BGP neighbor.
* Matches:"The router is waiting for the neighbor's open message."
* OpenConfirm:Once the router receives an OPEN message from its neighbor and validates the parameters (e.g., matching AS, compatible capabilities), it sends a KEEPALIVE message and moves to the OpenConfirm state. It waits for a KEEPALIVE from the neighbor to confirm the session. Basic parameter checks and capability negotiations are successfully completed in this phase.
* Matches:"Routers have agreed on matching feature sets." - This agreement happens upon successful validation of the OPEN messages exchanged.
* Established:This is the final, stable state where BGP peering is successful. Both routers have accepted each other's parameters via the OPEN messages and confirmed the session with KEEPALIVEs. In this state, the routers can exchange UPDATE messages containing routing information.
* Matches:"The router is able to process update messages."
References:RFC 4271 (BGP4 specification - Section 8, Finite State Machine), BGP configuration and troubleshooting guides for AOS-CX. This relates to the "Routing" (16%) and "Troubleshooting" (10%) objectives.

NEW QUESTION # 71
Youare configuring an HPE Aruba NetworkingGateway Ouster with AOS-10. What is true about 802.1 X functionality incombination with gateways? (Select two.)

A. The UDG remains fixed on L2-connected gateways but not on 1.3-connected gateways.
B. The gateways actasRADIUS Proxy only in Tunnel and Bridged Mode.
C. Regardless of using gateways, the CoA message is always sent to the APs.
D. Users onL3-oonnoctod gateways need to perform a full authentication after re-association on theAP.
E. The gateways areused as a RADIUS proxy, while the AP is theauthenticator.

Answer: A,E

Explanation:
This question asks about 802.1X functionality in an AOS-10 environment involving Gateway Clusters.
* AOS-10 Gateway/802.1X Architecture:
* Authenticator:The Access Point (AP) typically acts as the 802.1X authenticator, handling EAPoL frames with the client.
* RADIUS Proxy:The Gateway Cluster (specifically the cluster leader or UDG anchor) often acts as a RADIUS proxy, forwarding RADIUS messages between the APs and the central RADIUS server (e.g., ClearPass). This simplifies RADIUS configuration as the server only needs to know about the gateway cluster.
* CoA:Change of Authorization messages from the RADIUS server are typically sent to the device acting as the RADIUS client, which is the Gateway Cluster when operating in proxy mode.
* Mobility (L2 vs L3):Roaming behavior and User Designated Gateway (UDG) assignment can differ based on whether clients maintain their IP address (L2 mobility) or potentially require new IP information (L3 mobility). L2-connected gateway deployments generally allow for more seamless UDG persistence compared to L3-connected deployments where the client might roam across subnet boundaries managed by different gateways.
* Re-authentication:Seamless roaming mechanisms aim to minimize full re-authentications during roaming events.
* Analysis of Options:
* A: Full re-authentication after re-association on L3-connected gateways might occur in some scenarios but contradicts the goal of seamless roaming.
* B: States the UDG remains fixed on L2-connected but not on L3-connected gateways. This aligns with the architectural differences in handling mobility across L2 vs L3 boundaries within a cluster.
* C: Incorrect. CoA is generally sent to the RADIUS client/proxy (the Gateway Cluster), not always directly to the APs.
* D: Correct. Gateways commonly act as a RADIUS proxy, while the AP remains the authenticator handling EAPoL with the client.
* E: Incorrect. The RADIUS proxy function is not limited to only Tunnel and Bridged modes.
* Conclusion:Options B and D accurately describe common characteristics of 802.1X operation within an AOS-10 Gateway Cluster architecture.
References:Aruba AOS-10 documentation (Gateway Clusters, User-Based Tunneling, 802.1X/RADIUS interaction, L2/L3 Mobility). This relates to "Authentication/Authorization" (9%), "Connectivity" (9%), and
"WLAN" (9%) objectives.

NEW QUESTION # 72
the administrator of a largo company noticed thatthere are some problems with UCC sessions on a wired network. Some employees complain about dropped calls and poor quality. The administrator wants to monitor, jitter on AOS-CX switches with iP SLA. but notices results spiking to 100% What should the administrator check first to correct monitoring to run as desired?

A. source IP and source port combination
B. memory and processor usage
C. CoPP settings
D. number of NAE agents

Answer: B

Explanation:
The administrator observes IP SLA jitter monitoring results spiking to 100% when monitoring UCC sessions.
This indicates either extremely severe network jitter or, more likely, a problem with the IP SLA operation or measurement itself on the AOS-CX switch.
* IP SLA & Jitter:IP SLA measures jitter by analyzing the inter-packet delay variation of probe packets.
Accurate measurements depend on the switch generating and processing these probes consistently.
* Factors Affecting IP SLA Accuracy:
* Switch Resource Contention:If the switch's CPU or memory is heavily utilized, the operating system might not schedule the IP SLA process promptly. This can lead to inconsistent generation or processing of probe packets, causing highly inaccurate measurements, including extreme jitter values like 100%.
* Control Plane Policing (CoPP):IP SLA packets are control plane traffic. If CoPP policies are too restrictive, they might drop or delay IP SLA probes, skewing results.
* Network Path Issues:Actual severe jitter on the network path would also cause high readings, but 100% spikes often suggest measurement error first.
* Troubleshooting Steps:When encountering unexpectedly high or erratic IP SLA results, the first step is often to rule out issues with the monitoring device itself.
* Analysis of Options:
* A. memory and processor usage: Checking the switch's resource utilization is crucial. High CPU
/memory load can directly impact the timing accuracy of IP SLA operations.
* B. source IP and source port combination: Unlikely to cause 100% jitter spikes unless fundamentally misconfigured causing probe failure.
* C. number of NAE agents: NAE agents consume resources, but checking overall CPU/memory (A) is more direct.
* D. CoPP settings: A valid concern, as CoPP affects control plane traffic. However, checking overall system load (A) is typically a primary check before delving into specific policies like CoPP.
* Conclusion:High memory and processor usage (Option A) on the switch running the IP SLA operation is a common cause for inaccurate timing and resulting erroneous jitter measurements. This should be checked first to ensure the monitoring platform itself is functioning correctly.
References:AOS-CX IP SLA Guide, AOS-CX Management and Configuration Guide (Monitoring CPU
/Memory, CoPP). This relates to "Performance Optimization" (6%) and "Troubleshooting" (10%).

NEW QUESTION # 73
Exhibit.

The customer has VSX clusters intwo locations interconnected over an MC-LAG interface.
If active-gateway configuration uses the same virtual IP address and vMAC on each of the VSX nodes, what must you take into consideration0

A. Transit traffic will Increase over the VSX interconnect MC-LAG.
B. Each ARP request will result in four responses.
C. Outbound traffic will be load-balancedover all VSX members for each session.
D. The configuration would end up in an async setup.

Answer: D

Explanation:
The scenario describes two separate VSX clusters interconnected via MC-LAG, where both clusters are configured to use theexact samevirtual IP address and virtual MAC address for their respective Active Gateway SVIs.
* Active Gateway Scope & Conflict:Active Gateway provides a highly available default gatewaywithina single VSX cluster (L2 domain). The vIP/vMAC combination should be unique within its L2 broadcast domain.
* Interconnecting Clusters with Same vIP/vMAC:When two VSX clusters using the identical Active Gateway vIP/vMAC are interconnected at Layer 2 (even via MC-LAG), this creates a situation where the same active L2 (vMAC) and L3 (vIP) address exists in multiple places within the extended broadcast domain.
* Consequences:This leads to MAC address conflicts and L3 ambiguity. ARP resolution becomes unreliable, potentially causing ARP tables to flap on connected devices. Traffic forwarding becomes unpredictable, as packets destined for the vIP/vMAC might be delivered to the "wrong" cluster. This unstable and unpredictable state is sometimes referred to as an asymmetric or "async" setup.
* Analysis of Options:
* A: ISL traffic might change, but it's a symptom, not the root problem.
* B: Multiple ARP replies would occur, contributing to the confusion.
* C: The configuration results in an "async setup," accurately describing the unstable state caused by duplicate active L2/L3 addresses across the interconnected L2 domain.
* D: Load-balancing happens within a cluster; this setup causes conflict, not predictable load balancing across clusters.
* Conclusion:Reusing the same Active Gateway vIP and vMAC across interconnected VSX clusters is not a valid design and leads to an unstable, asymmetric ("async") environment due to address duplication within the extended L2 domain. Option C best describes this problematic outcome.
References:Aruba VSX Design and Best Practices Guides (Active Gateway uniqueness, Interconnecting VSX clusters). This relates to "Network Resiliency and virtualization" (8%), "Routing" (16%), and
"Troubleshooting" (10%) objectives.

NEW QUESTION # 74
......

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