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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Analyze | 38% | - Threat and Log Analysis
|
| Topic 2: Protect and Defend | 58% | - Security Implementation
|
| Topic 3: Forensics | 4% | - Incident Investigation and Reporting
|
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NEW QUESTION # 62
An organization wants an AOS-CX switch to generate an alert when its RADIUS server (cp.acnsxtest.local) rejects an abnormal number of client authentication requests each hour. After discussing this with other HPE Aruba Networking administrators, you still do not know how many rejections should be considered normal or abnormal. You expect this value may vary for every switch.
You are assisting the developer with developing an NAE script for this use case.
Refer to the scenario.
You are helping a customer define an NAE script for AOS-CX switches. The script will monitor statistics from a RADIUS server configured on the switch. To future-proof the script, you want administrators to be able to choose a different hostname or IP address for the monitored RADIUS server when they create an agent from the script.
What should you recommend?
Answer: C
Explanation:
The Aruba Network Analytics Engine (NAE) framework allows network engineers to build programmatic monitoring, troubleshooting, and alerting agents using Python-based scripts that interface directly with the AOS-CX REST database.
To make an NAE script reusable across diverse switches without modifying Python code, developers define configurable inputs using the `ParameterDefinitions` dictionary. By defining a script parameter (e.g.,
`radius_server`), administrators creating an agent via the WebUI or CLI can specify the desired RADIUS server IP or FQDN.
In the script's monitor definition, this parameter is referenced dynamically in the REST URI (e.g., `/rest/v10.04
/system/radius_servers/{}...`.format(self.params['radius_server'])). This parameterization allows administrators to instantiate multiple agents from a single static script while monitoring distinct servers per switch. Hardcoded variables, making scripts manually editable, or attempting to gather data via callbacks fail to leverage the NAE agent initialization model.
References: AOS-CX Network Analytics Engine (NAE) Guide - Script Parameterization and Resource Monitoring URIs.
NEW QUESTION # 63
A hospital has an AOS-10 architecture managed by HPE Aruba Networking Central. The customer has deployed a pair of HPE Aruba Networking 9000 Series gateways with Security licenses at each clinic. The gateways implement IDS/IPS in IDS mode.
The Security Dashboard shows several recent events with the same signature, as shown below:
Occurred On: 2023-01-12 | Gateway: gw2 | Type: DNS | Source: 10.1.36.152 | Destination: 10.254.1.21 | Action: allowed | Description: DNS Query for TOR Hidden...
Refer to the scenario.
You have learned that nurse call stations are the source of the events. What can you conclude?
Answer: C
Explanation:
The Onion Router (Tor) hidden service architecture utilizes randomized pseudo-top-level `.onion` domains to establish anonymized, encrypted communication channels. In enterprise healthcare networks, dedicated clinical IoT equipment-such as nurse call stations-operates with deterministic, proprietary communication profiles (e.g., local SIP, MQTT, or HTTP/HTTPS to local healthcare application servers).
Nurse call systems have zero operational requirement to resolve or communicate with Tor hidden services.
When an intrusion detection system (IDS) triggers alerts for Tor DNS queries originating from these specialized endpoints, it represents high-confidence anomalous behavior. Advanced malware, ransomware staging engines, and command-and-control (C2) frameworks frequently leverage Tor infrastructure to obfuscate outbound communication, exfiltrate data, or bypass perimeter firewalls.
Because IDS mode only detects and logs threats without blocking them (as evidenced by `Action: allowed` in the dashboard), these endpoints remain active and potentially compromised. The security and networking teams must immediately quarantine and forensically investigate these stations.
References: HPE Aruba Networking Central - Threat Intelligence and Signature Analysis, Healthcare IoT Security Best Practices.
NEW QUESTION # 64
A customer uses an AOS-10 architecture that includes HPE Aruba Networking APs. The customer recently enabled WIDS at the High level on the APs. Administrators observe many "detect disconnect station" events.
What should you explain?
Answer: B
Explanation:
The "detect disconnect station" signature in HPE Aruba Networking Wireless Intrusion Detection System (WIDS) is intended to identify 802.11 Layer 2 Denial-of-Service (DoS) attacks, such as an attacker injecting spoofed unicast deauthentication or disassociation frames to tear down client associations.
When WIDS is set to the **High** sensitivity profile, the detection threshold for disassociation framing anomalies is configured with aggressive timing and frequency limits. In dense wireless deployments, poorly implemented client Wi-Fi drivers, aggressive roaming algorithms, and transient radio frequency (RF) multipath interference routinely cause client devices to rapidly disconnect and reconnect, triggering high volumes of false positive alerts.
Observing isolated or high-volume "disconnect station" events without correlating indicators does not establish an active attack. Senior security architects advise administrators to corroborate these alerts with higher-confidence signatures-such as excessive broadcast deauthentication bursts (`detect disassoc broadcast`), AP spoofing, or active rogue AP detections-before taking containment measures.
References: ArubaOS 10 Security Architecture Guide - WIDS Detection Signatures, False Positive Remediation.
NEW QUESTION # 65
You must install a certificate on a standalone HPE Aruba Networking Mobility Controller (MC). The MC must use the certificate for the Web UI and to implement RadSec with HPE Aruba Networking ClearPass Policy Manager. You have received a certificate with these settings:
Subject: CN=mc49.site30.example.com
No SANs
Issuer: CN=ca89.example.com
EKUs: Server Authentication, Client Authentication
What problem does this certificate have for its intended uses?
Answer: D
Explanation:
Modern Public Key Infrastructure (PKI) standards, including RFC 6125 and modern browser TLS verification specifications, mandate the presence of the Subject Alternative Name (SAN) extension for validating host identities. The legacy practice of relying exclusively on the Subject Common Name (CN) attribute has been deprecated across standard cryptographic implementations.
When the Mobility Controller utilizes the certificate for its administrative WebUI, modern administrative browsers will reject the certificate and throw invalid certificate warnings if a corresponding DNS Subject Alternative Name (`DNS:mc49.site30.example.com`) is not present in the X.509 extension payload.
Furthermore, while the Enhanced Key Usage (EKU) fields are appropriately defined-`Server Authentication` for the WebUI TLS session and `Client Authentication` for the RadSec client handshake with ClearPass Policy Manager-the absence of a DNS SAN remains a critical structural defect. Using a private CA is fully supported provided the root CA is in the trust store, and combining Server and Client Authentication EKUs is common practice for network infrastructure devices performing dual-role TLS operations.
References: ArubaOS 8 / AOS-10 Security Architecture Guide - PKI Certificates, RadSec Requirements, and
X.509 Extensions.
NEW QUESTION # 66
A customer uses an AOS-10 architecture managed by HPE Aruba Networking Central. HPE Aruba Networking infrastructure devices authenticate clients against an HPE Aruba Networking ClearPass cluster.
In HPE Aruba Networking Central, you are reviewing network traffic flows for a wireless IoT device categorized as a "Raspberry Pi" client. You observe SSH traffic. You then inspect several additional wireless IoT clients and find that they are also sending SSH.
Refer to the scenario.
What potential issue does this indicate?
Answer: A
Explanation:
In standard enterprise architectures, wireless IoT devices (such as Raspberry Pi controllers, sensors, or display nodes) operate as endpoints or servers receiving management connections, or they initiate outbound application transactions using lightweight protocols such as MQTT, HTTPS, or CoAP. Under normal operations, IoT endpoints do not originate outbound SSH (TCP port 22) connections to external destinations.
Observing outbound SSH traffic originating from multiple IoT devices strongly indicates the establishment of reverse SSH tunnels. State-sponsored adversaries and botnet operators routinely compromise embedded Linux IoT devices running default or weak credentials and script them to open persistent outbound SSH tunnels to external command-and-control (C2) servers. Because stateful perimeter and role-based firewalls typically permit outbound connections while blocking unsolicited inbound sessions, an outbound reverse SSH tunnel allows remote attackers to establish an interactive shell back into the enterprise network, effectively bypassing edge ingress firewall protections.
References: HPE Aruba Networking Threat Analysis Guide - IoT Security and Tunneling Indicators of Compromise.
NEW QUESTION # 67
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