Question 1

Which stage of the cyber-attack lifecycle makes it important to provide ongoing education to users on spear phishing links, unknown emails, and risky websites?

Accepted Answer

B

Explanation: The delivery stage of the cyber-attack lifecycle is when the attacker transmits the weaponized payload to the victim. Common delivery vectors include spear-phishing emails containing malicious links or attachments and directing users to risky websites. Ongoing user education is a critical preventative control at this specific stage. By training users to identify and avoid these threats, an organization can disrupt the attack before the payload is executed and the exploitation stage can begin. If the user does not click the link or open the attachment, the delivery fails.

Question 2

When HTTPS for management and GlobalProtect are enabled on the same interface, which TCP port is used for management access?

Accepted Answer

C

Explanation: When both the HTTPS management web interface and a GlobalProtect portal or gateway are configured on the same firewall interface, a port conflict arises as both services default to TCP port 443. To resolve this, PAN-OS prioritizes the GlobalProtect service, which continues to use the standard TCP port 443. The firewall automatically moves the HTTPS management service to the alternate port TCP 4443. This allows administrators to manage the firewall while remote users connect via GlobalProtect on the same IP address.

Question 3

https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_90_img_1.jpg Given the network diagram, traffic should be permitted for both Trusted and Guest users to access general Internet and DMZ servers using SSH. web-browsing and SSL applications Which policy achieves the desired results? A) https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_90_img_2.jpg B) https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_90_img_3.jpg C) https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_91_img_1.jpg D) https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_91_img_2.jpg

Accepted Answer

C

Explanation: The security requirement is to permit traffic from two source zones (Trusted and Guest) to two destination zones (DMZ and Untrust/Internet) for three specific applications (ssh, web-browsing, ssl). The policy in Option C is the only one that correctly and precisely implements all these requirements in a single, consolidated rule. It correctly lists Trusted and Guest as source zones, DMZ and Untrust as destination zones, and specifies the exact required applications. This configuration adheres to security best practices, such as the principle of least privilege, by explicitly defining the allowed traffic and avoiding overly permissive rules.

Question 4

The NetSec Manager asked to create a new firewall Local Administrator profile with customized
privileges named NewAdmin. This new administrator has to authenticate without inserting any
username or password to access the WebUI.
What steps should the administrator follow to create the New_Admin Administrator profile?

Accepted Answer

A

Explanation: To configure a local administrator account for passwordless authentication using a client certificate, the firewall must be configured to map the certificate to a locally defined user. This is achieved by creating an administrator account with the "Authentication" type set to "Certificate Based". The administrator's permissions are defined locally using a "Role Based" configuration, which links the account to a specific Admin Role profile. The firewall identifies the user by matching the Common Name (CN) field in the client's certificate to the administrator's username (NewAdmin).

Question 5

DRAG DROP Place the steps in the correct packet-processing order of operations. https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_101_img_1.jpg

Accepted Answer

Explanation: This sequence corresponds to the "Life of a Packet" processing logic in PAN-OS. Zone Protection: This occurs at the Ingress Stage , immediately after interface and zone lookup. It defends against floods and reconnaissance before the firewall commits resources to session setup. Decryption: Once a session is established, Decryption (specifically SSL Forward Proxy or Inbound Inspection) must occur to expose the encrypted payload for inspection. App-ID: After decryption, the App-ID engine analyzes the now-visible payload to definitively identify the application (e.g., distinguishing 'facebook-base' from generic 'ssl'), ensuring the correct rules are applied. Security profile enforcement: Finally, during the Content Inspection stage, the firewall applies security profiles (Antivirus, Vulnerability Protection, etc.) to the identified application traffic to detect and block threats before forwarding.

Question 6

Which firewall plane provides configuration, logging, and reporting functions on a separate processor?

Accepted Answer

A

Explanation: The Palo Alto Networks firewall architecture is built on the principle of separating the control plane and the data plane. The control plane is dedicated exclusively to management functions. It runs on its own processor and has dedicated memory to handle tasks such as configuration changes via the web interface or CLI, generating logs, and creating reports. This architectural separation ensures that resource-intensive management activities do not impact the performance or stability of the data plane, which is responsible for processing network traffic.

Question 7

Which data-plane processor layer of the graphic shown provides uniform matching for spyware and vulnerability exploits on a Palo Alto Networks Firewall? https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_6_img_1.jpg

Accepted Answer

A

Explanation: The Palo Alto Networks Single-Pass Parallel Processing (SP3) architecture utilizes a uniform signature format for multiple threat types, including spyware and vulnerability exploits. This is handled by the Content-ID engine within the Security Processing stage. The specific functional layer responsible for scanning the traffic stream once and matching it against this unified set of signatures is the Signature Matching engine. This stream-based process is a core component of the architecture, enabling high-performance threat prevention by avoiding the need for multiple, sequential scanning engines for different threats. The diagram shows the "Security Matching Processor" as the hardware dedicated to this function.

Question 8

DRAG DROP Match the cyber-attack lifecycle stage to its correct description.

Accepted Answer

Explanation: Act on the Objective: This is the final stage where the attacker fulfills their original goal (e.g., data theft, destruction, or defacement). This action explicitly reveals the "motivation" behind the attack. Reconnaissance: This is the planning phase where the attacker gathers intelligence. Scanning for network vulnerabilities and services to exploit is the defining activity of this stage. Installation: After exploitation, the attacker needs to ensure they can re-enter the system. They "explore methods" such as installing rootkits or backdoors to establish persistence so they are not removed by a reboot or security update. Command and Control (C2): This stage involves establishing a communication channel. The attacker has "access to a specific server/controller" to remotely manipulate the victim and pass data back and forth.

Question 9

DRAG DROP Match the network device with the correct User-ID technology. https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_44_img_1.jpg

Accepted Answer

Explanation: Microsoft Exchange (Server monitoring): The User-ID agent performs server monitoring by reading the Security Event logs of Microsoft Exchange servers to identify user login events (mapping IP to username) for clients verifying credentials against Exchange. Linux authentication (Syslog monitoring): Linux servers, which generally do not integrate directly with Active Directory event logs in the same way Windows servers do, are configured to send authentication logs to the User-ID agent via syslog . The agent parses these messages to map users. Windows clients (Client probing): When server log monitoring fails to identify a user for a specific IP, the User-ID agent can perform client probing (using WMI or NetBIOS) to query the Windows client directly and ascertain the currently logged-in user. Citrix client (Terminal Services agent): In multi-user environments like Citrix or Microsoft Terminal Services, multiple users share the same source IP address. The Terminal Services agent must be installed on the Citrix server to allocate specific port ranges to individual users, allowing the firewall to distinguish between them.

Question 10

Which link in the web interface enables a security administrator to view the security policy rules that match new application signatures?

Accepted Answer

D

Explanation: When a new "Applications and Threats" content update is downloaded but not yet installed, a "Review Policies" link appears on the Device > Dynamic Updates page. Clicking this link opens the "Policy Match for New Applications" window. This feature allows a security administrator to proactively see which existing security policy rules will be matched by the new application signatures included in the update. This is a critical step to assess the potential impact on network traffic and security posture before committing to the installation of the new content version.

Question 11

DRAG DROP Order the steps needed to create a new security zone with a Palo Alto Networks firewall. https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_15_img_1.jpg

Accepted Answer

Explanation: To create a security zone in PAN-OS, you must first navigate to the Network tab (Step 1) and select Zones from the left-hand navigation pane (Step 2). Clicking Add (Step 3) opens the Zone configuration dialog. Inside this dialog, the standard workflow matches the UI layout: you must first Specify Zone Name (Step 4), as it is the top-most field. Next, you Specify Zone Type (Step 5) (e.g., Layer 3, Layer 2, Tap) using the dropdown menu located below the name field. Finally, you Assign interfaces as needed (Step 6) in the "Interfaces" section at the bottom of the dialog to map physical or virtual interfaces to the new zone.

Question 12

When creating a Source NAT policy, which entry in the Translated Packet tab will display the options Dynamic IP and Port, Dynamic, Static IP, and None? https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_13_img_1.jpg

Accepted Answer

A

Explanation: When configuring a Source NAT policy on a Palo Alto Networks firewall, the "Translated Packet" tab is used to define how the source address of the original packet is modified. The "Translation Type" field is a dropdown menu that provides the core options for the translation method. These options are "Dynamic IP and Port" (many-to-one PAT), "Dynamic IP" (many-to-many NAT pool), and "Static IP" (one-to-one NAT). The selection made here dictates the subsequent configuration options, such as Address Type and specific IP addresses.

Question 13

DRAG DROP Match the Palo Alto Networks Security Operating Platform architecture to its description. https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_2_img_1.jpg

Accepted Answer

Explanation: The Palo Alto Networks Security Operating Platform architecture is defined by three core pillars that work together to prevent cyberattacks: Next-Generation Firewall (Network): Its primary function is to provide visibility and control over network traffic. It identifies and inspects all traffic (using App-ID and Content-ID) to block known threats regardless of port or protocol. Advanced Endpoint Protection (Endpoint): Historically referred to as Traps (now part of Cortex XDR), this component runs on the host. It inspects processes and files to prevent both known and unknown exploits and malware execution on the endpoint itself. Threat Intelligence Cloud (Cloud): This layer (exemplified by services like WildFire) gathers, analyzes, correlates, and disseminates threat intelligence. It aggregates data from the network and endpoints, analyzes it for zero-day threats, and automatically pushes protections back to the enforcement points.

Question 14

DRAG DROP Match each feature to the DoS Protection Policy or the DoS Protection Profile. https://kxbjsyuhceggsyvxdkof.supabase.co/storage/v1/object/public/file-images/Palo_Alto_Networks_NetSec-Analyst/page_70_img_1.jpg

Accepted Answer

Explanation: This architecture aligns with the Palo Alto Networks Security Operating Platform . The Next-Generation Firewall (NGFW) is responsible for network visibility, identifying applications, and inspecting traffic content to block threats at the perimeter or internal segments. The Threat Intelligence Cloud acts as the central analytics hub (e.g., WildFire), where threat data is gathered from global sensors, analyzed, correlated, and then disseminated back to enforcement points as protections. Advanced Endpoint Protection (e.g., Cortex XDR/Traps) sits on the individual device, inspecting local processes and files to prevent exploits and malware execution that might bypass network controls.

Question 15

An administrator is troubleshooting an issue with traffic that matches the intrazone-default rule, which is set to default configuration. What should the administrator do?

Accepted Answer

A

Explanation: By default, the predefined intrazone-default security policy rule in PAN-OS is configured to allow traffic but has logging disabled. To troubleshoot which specific traffic sessions are matching this rule, an administrator's first step must be to gain visibility. This is achieved by modifying the rule to enable logging (e.g., "Log at Session End"). Once logging is enabled, new sessions matching the rule will be recorded in the Traffic Log, allowing for proper analysis and troubleshooting. Without this change, no log data for the traffic in question will be generated.

Free Palo Alto Networks NetSec-Analyst Actual Exam Questions