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HP HPE7-A10 Exam Syllabus Topics:

SectionWeightObjectives
Protect and Defend58%- Wireless and Gateway Security
  • 1. Gateway IDS/IPS deployment
    • 2. Wireless Intrusion Prevention System (WIPS)
      - Firewall and Access Control Policies
      • 1. Policy enforcement using Aruba security solutions
        • 2. Enterprise firewall policy design
          - PKI and Certificate-Based Authentication
          • 1. PKI best practices
            • 2. Certificate-based authentication design and deployment
              - Role-Based Access Control (RBAC)
              • 1. ClearPass Policy Manager RBAC implementation
                • 2. Policy-based access control enforcement
                  - Zero Trust Security
                  • 1. Zero Trust architecture principles
                    • 2. Aruba Zero Trust implementation components
                      Forensics4%- Security Incident Investigation
                      • 1. Forensic techniques in enterprise networks
                        • 2. Threat hunting methodologies
                          Analyze38%- Threat Analysis and Monitoring
                          • 1. Threat detection and response
                            • 2. Network security analytics
                              - Device and Network Visibility
                              • 1. ClearPass Device Insight usage
                                • 2. Device profiling and risk scoring

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                                  Latest HPE7-A10 Test Blueprint - Vce HPE7-A10 Exam

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                                  HPE Network Security Expert Written Exam Sample Questions (Q66-Q71):

                                  NEW QUESTION # 66
                                  Refer to the exhibit.
                                  Device Insight Integration:
                                  * Device Insight Integration: Enable
                                  * Registration Token: 4ROAMDMNKLG
                                  * Registration Status: Registered
                                  * Master ClearPass Server: cp1.acnsxtest.com (10.38.1.113)
                                  * Polling Interval: 15 minutes
                                  Device Tag Updates Action:
                                  * Tags Update Action: Apply action for selected Tag updates only
                                  * Selected Tags for Action: `suspicious`
                                  * RADIUS Action: `[AOS-CX - Disconnect]`
                                  HPE Aruba Networking ClearPass Policy Manager (CPPM) uses the settings displayed in the exhibit. You use the tag shown in the exhibit in enforcement policies associated with several NAS types, including HPE Aruba Networking APs, HPE Aruba Networking gateways, and AOS-CX switches.

                                  What should you do to ensure clients are reclassified and receive the proper treatment based on the tag?

                                  Answer: C

                                  Explanation:
                                  In ClearPass Policy Manager, the global "Device Tag Updates Action" under Device Insight Integration applies a single static RADIUS Disconnect/CoA profile (currently configured as `[AOS-CX - Disconnect]`) across all tag events.
                                  However, multi-vendor and multi-architecture environments utilize different Network Access Device (NAS) types (AOS-CX switches, Aruba wireless APs, and AOS gateways). Each NAS family responds to different RFC 3576 / RFC 5176 Change of Authorization attributes:
                                  * AOS-CX switches utilize standard RFC 3576 Disconnect or vendor-specific port-bounce actions.
                                  * Aruba APs and Gateways respond to Aruba VSA `Aruba-User-Role` re-evaluation or `[Aruba Wireless - Terminate Session]`.
                                  Applying a global `[AOS-CX - Disconnect]` action fails when sent to Aruba APs or gateways, rendering dynamic tag updates ineffective on wireless and tunneled clients. To achieve accurate closed-loop remediation across diverse NAS types, administrators must enable endpoint profiling and dynamic authorization within each service's configuration (`Service > Profiling` tab), defining service-specific CoA/re-authentication profiles tailored to the specific NAS devices processed by that service.
                                  References: ClearPass Policy Manager User Guide - Profiling Services, Device Insight Tag Actions, and Multi-NAS CoA Handling.


                                  NEW QUESTION # 67
                                  A customer has an HPE Aruba Networking ClearPass cluster that uses the Intune extension. ClearPass Policy Manager (CPPM) has a service called myservice; as part of authorization, this service queries the ClearPass Intune extension.
                                  What is recommended for high availability?

                                  Answer: B

                                  Explanation:
                                  In ClearPass Policy Manager, configuration elements-including Authentication and Authorization Sources- are centrally managed on the Publisher and replicated globally across all subscriber nodes in the cluster.
                                  When
                                  configuring an HTTP-based authorization source to query the local ClearPass Intune extension, the connection URL specifies an IP address (for example, a private internal loopback/container address such as
                                  [http://127.0.0.1:9000](http://127.0.0.1:9000) or an assigned internal host IP). Because this authorization source definition replicates identically to all subscribers, every subscriber node executing myservice will target that exact same IP address.
                                  To achieve high availability and prevent cross-WAN query latency or authentication bottlenecks, the Intune extension must be installed locally on every ClearPass subscriber server participating in myservice.
                                  Furthermore, the extension on each individual node must be configured with the exact same IP address and port. This ensures that when any subscriber processes an authentication request, its local policy engine performs authorization queries against its own local instance of the extension, eliminating cross-node dependencies and ensuring seamless failover.
                                  References: ClearPass Policy Manager Clustering and Extensions Guide - High Availability Architecture.


                                  NEW QUESTION # 68
                                  You are helping a developer create a custom NAE script for an AOS-CX switch. What information might you need to provide so the developer can define the parameters correctly?

                                  Answer: B

                                  Explanation:
                                  The Aruba Network Analytics Engine (NAE) framework separates monitoring logic from operational configuration by allowing developers to write generalized Python scripts that can be instantiated into multiple distinct NAE agents.
                                  To make an NAE script adaptable across different switch roles, access layers, or monitoring points, developers utilize the `ParameterDefinitions` dictionary within the NAE manifest. Parameters define input variables-such as specific interface identifiers, utilization thresholds, target RADIUS server IPs, or BGP autonomous system numbers-that operators configure during agent creation.
                                  To define these parameters accurately, the developer requires input on which operational values must be adjusted on a per-agent basis. This ensures the script provides the necessary input types, default values, and validation boundaries. Actions, Solution Exchange tags, and global switch hardware limits do not govern parameter dictionary construction.
                                  References: AOS-CX Network Analytics Engine (NAE) Developer Guide - Manifest and Parameter Definitions.


                                  NEW QUESTION # 69
                                  Your company uses HPE Aruba Networking AOS-10 APs and gateways, along with AOS-CX switches, all managed through HPE Aruba Networking Central. In HPE Aruba Networking Central, you need to collect a packet capture for a client connected to an AP.
                                  What is a prerequisite?

                                  Answer: D

                                  Explanation:
                                  In HPE Aruba Networking Central, troubleshooting workflows and diagnostic utilities-specifically live packet captures (PCAP)-are hierarchically bound to site contexts within the network management plane.
                                  When an administrator initiates a client packet capture session from Central, the underlying workflow requires selecting the target device from within an assigned site entity.
                                  Devices that reside only in default device groups without formal assignment to an HPE Aruba Networking Central site cannot be targeted by the live troubleshooting dashboard's site-level capture engine. Site mapping binds the access point's geographic and operational context, enabling Central's diagnostic microservices to orchestrate dynamic packet mirroring and streaming over secure websockets back to the administrator's management interface.
                                  Prerequisites such as application visibility, Deep Packet Inspection (DPI), or dedicating an AP radio to AM (Air Monitor) mode are not required for initiating client data or control plane packet captures. The AP can capture frames in standard campus AP mode while actively servicing clients, provided the device is properly assigned to an active site within Central.
                                  References: HPE Aruba Networking Central User Guide - Troubleshooting, Live Monitoring, and Packet Capture Architecture.


                                  NEW QUESTION # 70
                                  Refer to the exhibit.

                                  Frame 7128: 10.1.26.151 - > 10.254.1.21 DNS Standard query 0x0001 PTR 21.1.254.10.in-addr.arpa Frame 7130: 10.1.26.151 - > 10.254.1.21 DNS Standard query 0x0002 A Qw5SIG9yZGvycz8.
                                  djdkduep62kz4nzx.onion
                                  Frame 7147: 10.1.26.151 - > 10.1.7.100 TCP 443 - > 21379 [PSH, ACK]
                                  Frame 7162: 10.1.26.151 - > 10.254.1.21 ICMP Destination unreachable (Port unreachable) Which IP address should be recorded as a potentially compromised client?

                                  Answer: A

                                  Explanation:
                                  In network traffic forensic analysis, identifying a compromised host involves evaluating packet flows for known malicious patterns, such as command-and-control (C2) beaconing, protocol anomalies, and Tor network resolution.
                                  Reviewing the exhibit's packet capture reveals that host `10.1.26.151` is the source of multiple anomalous requests:
                                  1. In Frame 7130, host `10.1.26.151` initiates a standard DNS query destined for server `10.254.1.21` attempting to resolve a cryptographic Tor hidden service domain (`*.onion`). Standard endpoints do not resolve Tor `.onion` addresses through enterprise DNS servers unless running malicious payloads or unauthorized anonymizing proxy software.
                                  2. The packet trace shows ongoing outbound TCP sessions between `10.1.26.151` and internal/external endpoints with high packet lengths and continuous push acknowledgments.
                                  IP `10.254.1.21` acts as the enterprise DNS server responding to queries, `10.1.26.1` represents the local default gateway (as evidenced by gratuitous ARP), and `10.1.7.100` represents an internal destination peer.
                                  Therefore, the internal endpoint initiating the anomalous traffic is `10.1.26.151`.
                                  References: Network Forensics and Threat Analysis Guide - DNS Indicators of Compromise.


                                  NEW QUESTION # 71
                                  ......

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