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[General] 2026 Excellent HPE6-A78 Valid Exam Materials | Aruba Certified Network Security

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【General】 2026 Excellent HPE6-A78 Valid Exam Materials | Aruba Certified Network Security

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HPE6-A78 exam consists of 60 multiple-choice questions that must be answered within 90 minutes. HPE6-A78 exam is available in English and costs $200. The passing score for the exam is 65%. HPE6-A78 Exam can be taken at any Pearson VUE testing center, and candidates must register for the exam on the Pearson VUE website.
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HPE6-A78 exam is a computer-based test that consists of multiple-choice questions. HPE6-A78 Exam Duration is 90 minutes, and candidates must score a minimum of 65% to pass the exam. HPE6-A78 exam fee varies depending on the region, and candidates can register for the exam through the Pearson VUE website. Aruba Certified Network Security Associate Exam certification is valid for three years, after which the candidate must recertify by taking a recertification exam or completing continuing education credits.
HP Aruba Certified Network Security Associate Exam Sample Questions (Q109-Q114):NEW QUESTION # 109
What is a reason to set up a packet capture on an HPE Aruba Networking Mobility Controller (MC)?
  • A. The security team believes that a wireless endpoint connected to the MC is launching an attack and wants to examine the traffic more closely.
  • B. The company wants to use HPE Aruba Networking ClearPass Policy Manager (CPPM) to profile devices and needs to receive HTTP User-Agent strings from the MC.
  • C. You want the MC to analyze wireless clients' traffic at a lower level, so that the AOS firewall can control the traffic based on application.
  • D. You want the MC to analyze wireless clients' traffic at a lower level, so that the AOS firewall can control Web traffic based on the destination URL.
Answer: A
Explanation:
Packet captures on an HPE Aruba Networking Mobility Controller (MC) are a powerful troubleshooting and analysis tool, allowing administrators to capture and analyze network traffic at various levels (e.g., control plane or data plane). The MC supports packet captures for both wired and wireless traffic, which can be filtered based on criteria such as IP address, MAC address, or port.
Option A, "The security team believes that a wireless endpoint connected to the MC is launching an attack and wants to examine the traffic more closely," is correct. Packet captures are commonly used in security investigations to analyze the traffic of a specific endpoint suspected of malicious activity. For example, if a wireless client is suspected of launching an attack (e.g., a DoS attack or data exfiltration), a packet capture on the MC can capture the client's traffic (filtered by MAC or IP address) for detailed analysis, helping the security team identify the nature of the attack.
Option B, "The company wants to use HPE Aruba Networking ClearPass Policy Manager (CPPM) to profile devices and needs to receive HTTP User-Agent strings from the MC," is incorrect. While CPPM can use HTTP User-Agent strings for device profiling, this is typically achieved by mirroring HTTP traffic to CPPM (e.g., using a datapath mirror on the MC), not by setting up a packet capture. Packet captures are for manual analysis, not for feeding data to CPPM.
Option C, "You want the MC to analyze wireless clients' traffic at a lower level, so that the AOS firewall can control Web traffic based on the destination URL," is incorrect. The AOS firewall on the MC can control traffic based on applications or services (e.g., using deep packet inspection, DPI), but it does not support URL-based filtering directly. URL filtering typically requires an external solution (e.g., a web proxy or firewall). Packet captures are not used to enable URL-based control by the firewall.
Option D, "You want the MC to analyze wireless clients' traffic at a lower level, so that the AOS firewall can control the traffic based on application," is incorrect. The AOS firewall can already perform application-based control using DPI (if enabled), without requiring a packet capture. Packet captures are for manual analysis, not for enabling firewall functionality.
The HPE Aruba Networking AOS-8 8.11 User Guide states:
"Packet captures on the Mobility Controller are useful for troubleshooting and security investigations. For example, if the security team suspects that a wireless endpoint is launching an attack, you can set up a packet capture on the MC's data plane to capture the endpoint's traffic. Use the command packet-capture datapath <filter> (e.g., filter by the client's MAC address) to capture the traffic, which can then be analyzed to identify malicious activity." (Page 515, Packet Capture Section) Additionally, the HPE Aruba Networking Security Guide notes:
"Packet captures are a critical tool for security teams to investigate potential attacks. By capturing traffic from a specific wireless client suspected of malicious behavior, administrators can analyze the packets to determine the nature of the attack, such as a DoS attack or unauthorized data exfiltration." (Page 65, Security Troubleshooting Section)
:
HPE Aruba Networking AOS-8 8.11 User Guide, Packet Capture Section, Page 515.
HPE Aruba Networking Security Guide, Security Troubleshooting Section, Page 65.

NEW QUESTION # 110
What is a difference between radius and TACACS+?
  • A. RADIUS uses TCP for Its connection protocol, while TACACS+ uses UDP tor its connection protocol.
  • B. RADIUS encrypts the complete packet, white TACACS+ only offers partial encryption.
  • C. RADIUS uses Attribute Value Pairs (AVPs) in its messages, while TACACS+ does not use them.
  • D. RADIUS combines the authentication and authorization process while TACACS+ separates them.
Answer: D
Explanation:
RADIUS and TACACS+ are both protocols used for networking authentication, but they handle the processes of authentication and authorization differently. RADIUS (Remote Authentication Dial-In User Service) combines authentication and authorization into a single process, whereas TACACS+ (Terminal Access Controller Access-Control System Plus) separates these processes. This separation in TACACS+ allows more flexible policy enforcement and better control over commands a user can execute. This difference is well-documented in various network security resources, including Cisco's technical documentation and security protocol manuals.

NEW QUESTION # 111
An AOS-CX switch currently has no device fingerprinting settings configured on it. You want the switch to start collecting DHCP and LLDP information. You enter these commands:
Switch(config)# client device-fingerprint profile myprofile
Switch(myprofile)# dhcp
Switch(myprofile)# lldp
What else must you do to allow the switch to collect information from clients?
  • A. Configure the switch as a DHCP relay
  • B. Apply the policy to edge ports
  • C. Add at least one DHCP option to the policy
  • D. Add at least one LLDP option to the policy
Answer: B
Explanation:
Device fingerprinting on an AOS-CX switch allows the switch to collect information about connected clients to aid in profiling and policy enforcement, often in conjunction with a solution like ClearPass Policy Manager (CPPM). The commands provided create a device fingerprinting profile named "myprofile" and enable the collection of DHCP and LLDP information:
client device-fingerprint profile myprofile: Creates a fingerprinting profile.
dhcp: Enables the collection of DHCP information (e.g., DHCP options like Option 55 for fingerprinting).
lldp: Enables the collection of LLDP (Link Layer Discovery Protocol) information (e.g., system name, description).
However, creating the profile and enabling DHCP and LLDP collection is not enough for the switch to start collecting this information from clients. The profile must be applied to the interfaces (ports) where clients are connected.
Option C, "Apply the policy to edge ports," is correct. In AOS-CX, the device fingerprinting profile must be applied to the edge ports (ports where clients connect) to enable the switch to collect DHCP and LLDP information from those clients. This is done using the command client device-fingerprint profile <profile-name> under the interface configuration. For example, on port 1/1/1, you would enter:
text
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Switch(config)# interface 1/1/1
Switch(config-if)# client device-fingerprint profile myprofile
This ensures that the switch collects DHCP and LLDP data from clients connected to the specified ports.
Option A, "Configure the switch as a DHCP relay," is incorrect. While a DHCP relay (using the ip helper-address command) is needed if the DHCP server is on a different subnet, it is not a requirement for the switch to collect DHCP information for fingerprinting. The switch can snoop DHCP traffic on the local VLAN without being a relay, as long as the profile is applied to the ports.
Option B, "Add at least one LLDP option to the policy," is incorrect. The lldp command in the fingerprinting profile already enables the collection of LLDP information. There is no need to specify individual LLDP options (e.g., system name, description) in the profile; the switch collects all available LLDP data by default.
Option D, "Add at least one DHCP option to the policy," is incorrect. The dhcp command in the fingerprinting profile already enables the collection of DHCP information, including options like Option 55 (Parameter Request List), which is commonly used for fingerprinting. There is no need to specify individual DHCP options in the profile.
The HPE Aruba Networking AOS-CX 10.12 Security Guide states:
"To enable device fingerprinting on an AOS-CX switch, create a device fingerprinting profile using the client device-fingerprint profile <name> command, and specify the protocols to collect, such as dhcp for DHCP information and lldp for LLDP information. To start collecting data from clients, apply the profile to edge ports where clients connect using the command client device-fingerprint profile <name> under the interface configuration. For example, interface 1/1/1 followed by client device-fingerprint profile myprofile enables fingerprinting on port 1/1/1." (Page 160, Device Fingerprinting Configuration Section) Additionally, the HPE Aruba Networking AOS-CX 10.12 System Management Guide notes:
"The device fingerprinting profile must be applied to the ports where clients are connected to collect DHCP and LLDP information. The dhcp and lldp commands in the profile enable the collection of all relevant data for those protocols, such as DHCP Option 55 for fingerprinting, without requiring additional options to be specified." (Page 95, Device Fingerprinting Setup Section)
:
HPE Aruba Networking AOS-CX 10.12 Security Guide, Device Fingerprinting Configuration Section, Page 160.
HPE Aruba Networking AOS-CX 10.12 System Management Guide, Device Fingerprinting Setup Section, Page 95.

NEW QUESTION # 112
Refer to the exhibit.

This company has ArubaOS-Switches. The exhibit shows one access layer switch, Swllcn-2. as an example, but the campus actually has more switches. The company wants to slop any internal users from exploiting ARP What Is the proper way to configure the switches to meet these requirements?
  • A. On Switch-1, enable ARP protection globally, and enable ARP protection on ail VLANs.
  • B. On Switch-2, make ports connected to employee devices trusted ports for ARP protection
  • C. On Swltch-2, enable DHCP snooping globally and on VLAN 201 before enabling ARP protection
  • D. On Swltch-2, configure static PP-to-MAC bindings for all end-user devices on the network
Answer: C
Explanation:
To prevent users from exploiting Address Resolution Protocol (ARP) on a network with ArubaOS-Switches, the correct approach would be to enable DHCP snooping globally and on VLAN 201 before enabling ARP protection, as stated in option C. DHCP snooping acts as a foundation by tracking and securing the association of IP addresses to MAC addresses. This allows ARP protection to function effectively by ensuring that only valid ARP requests and responses are processed, thus preventing ARP spoofing attacks. Trusting ports that connect to employee devices directly could lead to bypassing ARP protection if those devices are compromised.
The company's goal is to prevent internal users from exploiting ARP within their ArubaOS-Switch network. Let's break down the options:
Option A (Incorrect): Enabling ARP protection globally on Switch-1 and all VLANs is not the best approach. ARP protection should be selectively applied where needed, not globally. It's also not clear why Switch-1 is mentioned when the exhibit focuses on Switch-2.
Option B (Incorrect): Making ports connected to employee devices trusted for ARP protection is a good practice, but it's not sufficient by itself. Trusted ports allow ARP traffic, but we need an additional layer of security.
Option C (Correct): This is the recommended approach. Here's why:
DHCP Snooping: First, enable DHCP snooping globally. DHCP snooping helps validate DHCP messages and builds an IP-MAC binding table. This table is crucial for ARP protection to function effectively.
VLAN 201: Enable DHCP snooping specifically on VLAN 201 (as shown in the exhibit). This ensures that DHCP messages within this VLAN are validated.
ARP Protection: Once DHCP snooping is in place, enable ARP protection. ARP requests/replies from untrusted ports with invalid IP-to-MAC bindings will be dropped. This prevents internal users from exploiting ARP for attacks like man-in-the-middle.
Option D (Incorrect): While static ARP bindings can enhance security, they are cumbersome to manage and don't dynamically adapt to changes in the network.
:
ArubaOS-Switch Management and Configuration Guide for WB_16_10 - Chapter 15: IP Routing Features Aruba Security Guide

NEW QUESTION # 113
What is a benefit or using network aliases in ArubaOS firewall policies?
  • A. You can adjust the IP addresses in the aliases, and the rules using those aliases automatically update
  • B. You can associate a reputation score with the network alias to create rules that filler traffic based on reputation rather than IP.
  • C. You can use the aliases to conceal the true IP addresses of servers from potentially untrusted clients.
  • D. You can use the aliases to translate client IP addresses to other IP addresses on the other side of the firewall
Answer: B

NEW QUESTION # 114
......
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