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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Forensics | 4% | - Security Incident Investigation
|
| Topic 2: Protect and Defend | 58% | - Zero Trust Security
|
| Topic 3: Analyze | 38% | - Threat Analysis and Monitoring
|
>> HPE7-A10 New Practice Questions <<
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NEW QUESTION # 49
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: B
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 # 50
This customer enforces 802.1X on AOS-CX switches using HPE Aruba Networking ClearPass Policy Manager (CPPM). The customer wants the switches to download role settings from CPPM. The reception- domain role must have these settings:
* Assign clients to VLAN 14 on switch 1, VLAN 24 on switch 2, and so on.
* Filter client traffic as follows:
* Clients are allowed full access to 10.1.5.0/24 and the Internet.
* Clients are denied access to 10.1.0.0/16.
Refer to the scenario.
Where should you configure rules that allow clients to access the appropriate IP addresses?
Answer: D
NEW QUESTION # 51
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: A
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 # 52
A client connects to an AOS-CX switch that tunnels the client's traffic to an AOS-10 gateway. The gateway places the client in a role with these rules:
any any svc-dhcp permit
user alias host1 svc-dns permit
user alias net1 svc-https permit
user alias net2 tcp 8086 permit
user alias net3 any deny
user alias net4 svc-https permit
The gateway defines these aliases:
host1 = 10.0.6.8
net1 = 10.0.0.0 255.255.252.0
net2 = 10.0.3.0 255.255.255.0
net3 = 10.0.0.0 255.255.248.0
net4 = 10.0.0.0 255.255.0.0
The client sends these two packets:
1: tcp 8086 to 10.0.3.75
2: https to 10.0.7.24
What occurs?
Answer: A
Explanation:
In HPE Aruba Networking AOS-10 and AOS-8 architectures, user-role access control lists (ACLs) are processed sequentially using top-down first-match evaluation logic. Once a packet matches all criteria specified in an ACE (source, destination, protocol, and port), the defined action (permit or deny) is immediately executed, bypassing all subsequent rules.
Evaluating Packet 1: The client initiates a TCP connection on port 8086 destined for 10.0.3.75.
* Rule 1 matches DHCP (`svc-dhcp`), which does not apply.
* Rule 2 targets `host1` (10.0.6.8) for DNS, which does not match.
* Rule 3 targets `net1` (10.0.0.0/22, covering 10.0.0.0 to 10.0.3.255) for HTTPS (TCP 443); while the destination IP falls within the range, the destination port 8086 does not match.
* Rule 4 matches traffic to `net2` (10.0.3.0/24, covering 10.0.3.0 to 10.0.3.255) on `tcp 8086`. Because
10.0.3.75 falls within 10.0.3.0/24 and the port matches, the packet is explicitly permitted.
Evaluating Packet 2: The client sends HTTPS traffic (TCP 443) destined for 10.0.7.24.
* Rules 1 and 2 do not match.
* Rule 3 matches `net1` (10.0.0.0/22), which covers 10.0.0.0-10.0.3.255; 10.0.7.24 falls outside this subnet.
* Rule 4 matches TCP 8086, failing on port.
* Rule 5 matches destination `net3` (10.0.0.0/21, covering 10.0.0.0 to 10.0.7.255) for `any` service with an action of `deny`. Because 10.0.7.24 falls within 10.0.0.0/21, the packet hits this rule first and is dropped before reaching Rule 6.
Therefore, the first packet is permitted and the second is denied.
References: AOS-10 Gateway Firewall Policies, Policy Enforcement Firewall (PEF), Netdestination and Service Aliases.
NEW QUESTION # 53
A company uses an HPE Aruba Networking EdgeConnect SD-Branch solution. The customer wants to integrate the solution with HPE Aruba Networking SSE.
What is one step that must be completed in HPE Aruba Networking SSE and is not automated as part of the typical setup?
Answer: D
Explanation:
Integrating HPE Aruba Networking EdgeConnect SD-Branch gateways with HPE Aruba Networking Security Service Edge (SSE) leverages Cloud Connect orchestration within HPE Aruba Networking Central. Central automates the primary transport overlay, including discovering cloud Points of Presence (PoPs), provisioning IPsec tunnels between SD-Branch gateways and SSE nodes, mapping IPsec SLAs, and automatically generating Branch Locations within the SSE management portal.
However, once encrypted traffic arrives at the SSE cloud fabric, security policy enforcement is not automated and requires manual security administration. Deep packet inspection, Cloud Access Security Broker (CASB) application control, and Secure Web Gateway (SWG) filtering mandate decrypting TLS-encrypted flows.
Defining SSL/TLS inspection rules-such as specifying which URL categories, domains, or user groups undergo SSL decryption, and configuring necessary SSL bypass rules for sensitive financial/healthcare traffic-must be manually constructed directly within the HPE Aruba Networking SSE policy console.
Without explicitly authoring these SSL inspection rules and installing the SSE root certificate on client endpoints, the cloud platform cannot inspect payload contents or govern granular SaaS application actions.
References: HPE Aruba Networking SSE User Guide - SSL Decryption Policy and EdgeConnect SD-Branch Cloud Connect Integration.
NEW QUESTION # 54
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