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| Section | Weight | Objectives |
|---|---|---|
| Protect and Defend | 58% | - Security Implementation
|
| Analyze | 38% | - Threat and Log Analysis
|
| Forensics | 4% | - Incident Investigation and Reporting
|
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NEW QUESTION # 10
You are configuring gateway IDS/IPS settings in HPE Aruba Networking Central.
Why would you set the Fail Strategy to Bypass?
Answer: D
Explanation:
On HPE Aruba Networking Branch and Campus Gateways, the Gateway IDS/IPS subsystem executes inline deep packet inspection (DPI) and signature matching using a dedicated software container engine. The Fail Strategy configuration parameter governs the forwarding plane behavior in the catastrophic event that the IPS inspection engine experiences a failure, software crash, internal timeout, or severe memory/processing exhaustion.
ArubaOS provides two operational fail strategies:
* Block (Fail-Closed) : If the IPS engine fails or becomes unresponsive, all traffic requiring inspection is dropped. This ensures maximum security but risks severe service disruption during engine faults.
* Bypass (Fail-Open) : If the IPS engine fails or is unable to process incoming packets, the gateway bypasses the inspection pipeline, forwarding packets directly through standard routing and firewall switching paths without deep threat inspection.
Setting the Fail Strategy to Bypass prioritizes business continuity and network availability over strict security enforcement, preventing network downtime in the event of an IPS engine fault.
References: HPE Aruba Networking Central Help - Gateway IDS/IPS Configuration and Fail Strategy Policies.
NEW QUESTION # 11
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: C
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 # 12
An HPE Aruba Networking Mobility Controller is configured with the following commands:
`aaa rfc-3576-server 10.1.2.3 key mysecretkey &