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| Section | Weight | Objectives |
|---|---|---|
| Analyze | 38% | - Threat and Log Analysis
|
| Protect and Defend | 58% | - Security Implementation
|
| Forensics | 4% | - Incident Investigation and Reporting
|
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NEW QUESTION # 13
The customer needs a secure wireless solution that lets users onboard new wireless clients. You are recommending a new WLAN that will give users limited access for this process.
Which WLAN security should you recommend, assuming users have a mixture of WPA2- and WPA3-capable devices?
Answer: C
Explanation:
When provisioning an onboarding or provisioning SSID designed to accommodate un-enrolled personal endpoints, the wireless infrastructure must provide baseline over-the-air cryptographic protection while ensuring broad compatibility across heterogeneous client hardware.
Configuring WPA3-Personal with backward compatibility to WPA2 (commonly designated as WPA3- Personal Transition Mode) satisfies both operational criteria:
* Modern devices supporting WPA3 negotiate Simultaneous Authentication of Equals (SAE), securing the association against offline dictionary attacks and providing forward secrecy.
* Legacy endpoints that only support WPA2-Personal associate using standard WPA2-PSK (Pre-Shared Key) handshakes on the same SSID.
This transitional capability allows enterprise users to connect their diverse personal devices to the onboarding network to complete enrollment and certificate provisioning. In contrast, Enhanced Open without backward compatibility breaks connectivity for legacy clients that do not support Opportunistic Wireless Encryption (OWE), while pure Open networks provide no RF encryption. WPA3-Enterprise requires operational 802.1X supplicant configurations and certificates upfront, which clients do not yet possess prior to onboarding.
References: HPE Aruba Networking WLAN Design Guide - WPA3 Deployment and Transition Modes.
NEW QUESTION # 14
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 # 15
How does HPE Aruba Networking Central secure site-to-site connections between AOS-10 gateways?
Answer: A
Explanation:
In an AOS-10 SD-WAN enterprise deployment, site-to-site network interconnectivity between Branch Gateways (VPNC clients) and Headend Gateways / VPNCs (Hubs) is established using automated IPsec overlay tunnels.
HPE Aruba Networking Central acts as the cloud orchestrator and control plane for this overlay fabric. Rather than requiring manual IKE phase 1/2 preshared key (PSK) negotiation, crypto-map binding, or complex public key infrastructure (PKI) enrollment across hundreds of distributed gateways, Central automates the entire IPsec lifecycle. Central securely generates, provisions, and distributes dynamic keying material and encryption parameters to all authorized gateways over encrypted management channels.
Gateways leverage these keys to dynamically establish standard authenticated IPsec VPN tunnels across public Internet, broadband, and private transport circuits. Central does not use proprietary encryption schemes (relying instead on industry-standard AES-GCM/CBC IPsec standards) nor does it encapsulate site-to-site WAN overlays inside TLS tunnels.
References: AOS-10 Architecture Guide - SD-WAN Overlay Orchestration and Automated IPsec Tunneling.
NEW QUESTION # 16
An organization wants an AOS-CX switch to trigger an alert when its RADIUS server (cp.acnsxtest.local) rejects an unusual number of client authentication requests each hour. After discussions with other HPE Aruba Networking administrators, you still do not know how many rejections are normal or unusual. You expect the value might differ on every switch.
You are helping the developer understand how to create an NAE script for this use case.
Refer to the scenario.
The developer explains that they intend to define the rule with logic like this: `monitor > value` However, the developer asks what value to include.
What should you recommend?
Answer: A
Explanation:
A key strength of the AOS-CX Network Analytics Engine (NAE) is dynamic anomaly detection using statistical baselining. When writing an NAE rule to alert on metrics where normal operating thresholds cannot be predicted-such as RADIUS rejection rates that vary between high-density and branch switches- hardcoding static integer values (such as 10 per hour) yields false positives or missed anomalies.
NAE provides the `Baseline` class (`aruba_cx.baseline`), which continuously learns network operational parameters over a specified learning duration (e.g., 24 hours or 7 days). The baseline tracks average rates and standard deviations for the target monitor URI (RADIUS rejects).
In the rule condition, referencing the dynamic baseline instead of a fixed integer allows the agent to evaluate deviation thresholds (e.g., `monitor > baseline.value * 1.5`). If client rejections spike abnormally relative to that specific switch's historical normal baseline, an alert is triggered automatically.
References: AOS-CX NAE Python Framework Reference - Baseline Creation and Dynamic Anomaly Detection.
NEW QUESTION # 17
A customer is migrating from on-premises AD to Microsoft Entra ID (Azure AD) as its only domain solution.
The customer also manages wired and wireless devices with Microsoft Endpoint Manager (Intune).
The customer wants to strengthen network-edge security. You are assisting with the design of an HPE Aruba Networking ClearPass deployment for this purpose. HPE Aruba Networking devices will authenticate wireless and wired clients to a ClearPass Policy Manager (CPPM) cluster that uses version 6.10.
The customer has several authentication requirements. Clients should pass EAP-TLS authentication only when a query to Microsoft Entra ID (Azure AD) confirms that they have accounts in Microsoft Entra ID (Azure AD). To further refine client privileges, ClearPass must also use information gathered by Intune to make access-control decisions.
Extension Configuration:
graphEndpoint: graph.microsoft.com
syncPageSize: 50
enableSyncAll: true
syncAllSchedule: "*/60 * * * *"
syncUpdatedOnly: false
syncAllOnStart: true
enableEndpointCache: true
endpointCacheTimeSeconds: 3600
enableUserGroups: false
Refer to the scenario.
The Intune extension is configured as shown in this exhibit.
The customer wants to reduce the overhead of polling information from Intune to CPPM, but requires client information to be current at least once per hour. What should you recommend?
Answer: A
Explanation:
The ClearPass Microsoft Intune Extension synchronizes device posture, compliance status, and hardware attributes from Microsoft Graph API into ClearPass Policy Manager's local database.
In the exhibited configuration, `syncUpdatedOnly` is set to `false`, and `syncAllSchedule` is set to poll every
60 minutes (`*/60 * * * *`). With `syncUpdatedOnly` disabled, the extension executes a full synchronization on every hourly interval, pulling the entire inventory of Intune endpoints. This generates significant network overhead, consumes excessive Graph API throttling limits, and creates unnecessary database write cycles on ClearPass.
Changing `syncUpdatedOnly` to `true` activates delta querying via the Microsoft Graph delta API. Under this setting, the extension queries and downloads only endpoint records that have changed, updated, or enrolled since the previous synchronization run. Because the synchronization schedule remains configured for once every hour, the data remains fully refreshed at least hourly while drastically reducing API calls, processing latency, and server overhead.
References: ClearPass Policy Manager 6.10 - Microsoft Intune Extension Configuration Guide.
NEW QUESTION # 18
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