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Updated PDF (New 2025) Actual Palo Alto Networks NetSec-Analyst Exam Questions [Q15-Q31]

Updated PDF (New 2025) Actual Palo Alto Networks NetSec-Analyst Exam Questions [Q15-Q31]

December 6, 2025 adminNetSec-Analyst, Palo Alto Networksdownload free dumps for NetSec-Analyst, NetSec-Analyst Exam Review, NetSec-Analyst latest study plan, NetSec-Analyst reliable exam dumps pdf, NetSec-Analyst reliable visual cert exam, NetSec-Analyst sample questions answers, NetSec-Analyst valid exam testking, NetSec-Analyst valid test dumps.zipLeave a Comment on Updated PDF (New 2025) Actual Palo Alto Networks NetSec-Analyst Exam Questions [Q15-Q31]

Updated PDF (New 2025) Actual Palo Alto Networks NetSec-Analyst Exam Questions

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NO.15 A cybersecurity team suspects a sophisticated, custom malware campaign targeting specific internal hosts. Traditional signature-based AV and WildFire submissions show no hits, yet anomalous network behavior persists, and host forensics confirm compromise. The Palo Alto Networks firewall’s Threat Prevention policies are enabled. Which specific, less common misconfiguration or oversight on the firewall’s advanced threat prevention features could be allowing this stealthy malware to bypass detection, and what troubleshooting step would best confirm it?

 
 
 
 
 
The core of the problem is ‘custom malware campaign’ and ‘anomalous network behavior persists’ despite AV/WildFire not detecting it, suggesting a bypass of traditional file-based or generic exploit detection. DNS Sinkhole (D) is a powerful feature specifically designed to disrupt C2 communication, a hallmark of sophisticated custom malware, by redirecting malicious DNS queries. If it’s misconfigured or disabled, the internal hosts would successfully resolve the C2 domains and connect, leading to persistent anomalous network behavior. This is a common and critical oversight for malware that relies heavily on bespoke C2 infrastructure. While other options (A, B, C, E) describe general threat prevention misconfigurations, they don’t directly address the ‘custom malware’ and ‘anomalous network behavior persists’ as effectively as a C2 bypass mechanism like a misconfigured DNS Sinkhole. The troubleshooting step is also highly specific to confirming this feature’s operational status.

NO.16 A Palo Alto Networks firewall is configured with an External Dynamic List (EDL) sourced from an internal web server. The web server is located in a different security zone. Which of the following security policy rules must be in place to allow the firewall to successfully fetch updates for this EDL?

 
 
 
 
 
EDL fetching is initiated by the firewall’s management plane. Therefore, a security policy rule must allow traffic from the firewall’s management interface (or the zone it belongs to, typically ‘management’ or ‘trust’) to the web server’s IP address on the appropriate HTTP/HTTPS port (80 or 443). Options B and C are incorrect as they refer to data plane or untrust zones, which are not typically the source for EDL fetching. Option D is incorrect as security policies do apply. Option E is incorrect as NAT is not required for the firewall to initiate a connection.

NO.17 A Palo Alto Networks firewall is configured with an Anti-Spyware profile that includes a custom signature designed to detect a specific command-and-control (C2) beacon. The signature is defined with a ‘Context’ of ‘Server’ and a ‘Direction’ of ‘C2’. During a security incident investigation, you observe traffic from an internal compromised host initiating an outbound connection to a known C2 server, but the custom signature is not triggering. Which of the following could be potential reasons for the signature not triggering, assuming the C2 beacon itself matches the signature’s pattern?

 
 
 
 
 
This is a multiple-response question. Let’s analyze each option: A. The traffic is encrypted, and SSL decryption is not enabled or failing for this traffic. If the C2 beacon is within encrypted traffic, and SSL decryption isn’t in place, the firewall cannot inspect the payload, thus the signature won’t trigger. This is a very common reason for signatures to fail. B. The Anti-Spyware profile is not applied to the security policy allowing the outbound traffic. Security profiles, including Anti-Spyware, must be explicitly attached to security policies for them to be enforced. If it’s missing, the signature won’t be evaluated. C. The custom signature’s ‘Context’ is ‘Server’, but the compromised host is acting as a ‘Client’ in the C2 connection. Custom signatures can be context-sensitive (Client, Server, or Both). If the signature is defined with ‘Server’ context, it will only inspect patterns from the server’s side of the conversation. If the compromised host is initiating the C2 connection (acting as the client) and sending the beacon, a ‘Server’ context signature won’t detect it. This is a common misconfiguration. D. The custom signature’s ‘Direction’ is ‘C2’, but the C2 traffic is flowing from the C2 server to the compromised host. The ‘Direction’ of ‘C2’ means Command and Control, which typically refers to traffic initiated by the compromised host (client) to the C2 server. If the signature is for outbound C2, and the traffic observed is inbound, it might not match depending on the exact signature logic, but more critically, ‘C2’ direction implies outbound. The ‘Client’ vs. ‘Server’ context is usually more impactful here. E. The C2 server is using a non-standard port, and the firewall’s application identification (App-ID) is incorrectly identifying the application. While App-ID can affect policy enforcement, custom signatures operate at a deeper level and can inspect traffic regardless of App-ID if the relevant security profile is applied. The signature is designed to match a pattern, not rely solely on App-ID for its detection logic. Incorrect App-ID might affect policy application, but not necessarily the signature’s ability to match the byte pattern itself if the security profile is applied to the ‘any’ application or the correct identified application.

NO.18 A financial institution has a requirement to send all traffic originating from the ‘Finance’ security zone, destined for external banking APIs (known IP ranges), through a dedicated, high-throughput internet link. Simultaneously, all other internet traffic from the ‘Finance’ zone should use the standard, lower-cost internet uplink. A PBF rule is configured as follows:

After deployment, users in the ‘Finance’ zone report that some API traffic is still going over the standard link. What is the most probable cause for this misbehavior?

 
 
 
 
 
PBF rules, like security policy rules, are processed in order from top to bottom. If the ‘Finance_Default_Route’ (which has a broader ‘Destination Address: any’) is placed above ‘Finance_API_Route’ (which has specific API IP ranges), all traffic from the ‘Finance’ zone destined for ‘Untrust’ will match the ‘Finance_Default_Route’ first and be forwarded out the standard link, before the more specific API rule is ever evaluated. To fix this, ‘Finance_API_Route’ must be placed above ‘Finance_Default_Route’. Option A is incorrect; PBF rules are processed before security policy rules. Option C is incorrect; ‘Untrust’ is typically the correct zone for external destinations. Option D is plausible for better granularity but not the most probable cause of all API traffic misdirection, especially if the API traffic is using standard HTTP/HTTPS. Option E is incorrect; PBF applies to traffic that matches the rule criteria, regardless of intra-zone or inter-zone if the destination is external and matches the rule.

NO.19 Based on the show security policy rule would match all FTP traffic from the inside zone to the outside zone?

 
 
 
 

NO.20 An organization uses an on-premises web application for internal sensitive data processing. They need to ensure that only authenticated users from specific Active Directory groups (e.g., ‘Finance-Admins’) can access the application. Furthermore, the application requires a custom HTTP header ‘X-App-Auth: ‘ to be present in all requests for successful operation. If this header is missing or incorrect, the request should be blocked. Which configuration combines these requirements most effectively on a Palo Alto Networks firewall?

 
 
 
 
 
Option C is the most robust and accurate solution. 1. User-ID Integration: Specifying ‘Source User (User-ID for ‘Finance-Admins’)’ directly integrates with Active Directory for group-based access control. 2. Application Identification: While ‘web-browsing’ can be a base, for a custom web application, creating a ‘Custom Application’ based on its unique characteristics (e.g., specific URLs, response patterns) is best practice for accurate App-ID. 3. Custom HTTP Header Validation: The critical part. Palo Alto Networks allows ‘Custom Application’ signatures to include pattern matching (like regular expressions) for HTTP headers and their values. This means the firewall can directly inspect for ‘X-App- Auth: ‘ within the HTTP stream as part of the application identification itself. If the header is missing or incorrect, the custom application won’t match, and the policy (if it only allows this specific custom application) will implicitly block the traffic. 4. SSL Decryption: Crucial for inspecting HTTPS traffic, as the custom HTTP header would be encrypted without it. Option A and D are incorrect as URL filtering and Vulnerability Protection profiles are not designed for deep, conditional HTTP header inspection for application authentication. Option B’s ‘Application Override’ is for reclassifying an application, not for enforcing header presence or dynamically injecting headers. Option E’s ‘Data Filtering’ is primarily for sensitive data content, not for validating specific HTTP header presence for application access control.

NO.21 An administrator has configured a Security policy where the matching condition includes a single application and the action is deny If the application s default deny action is reset-both what action does the firewall take*?

 
 
 
 

NO.22 You are deploying a new application on a Palo Alto Networks firewall and need to create a custom Application (App-ID) for it. The application communicates over TCP port 8443, uses TLS, and sends a specific HTTP header ‘X-App-ID: MyWebApp’ in all its requests. The application also uses a unique URI path structure, To ensure the most accurate and robust App-ID, which custom application signature configuration would be most appropriate?

 
 
 
 
 
This question assesses the ability to create robust custom App-IDs by combining multiple matching criteria for higher confidence. Analysis of Requirements: TCP port 8443 Uses TLS Specific HTTP header: ‘X-App-ID: MyWebApp’ Unique URI path: Evaluation of Options: A: Detects the header, but only relies on one element. This is good but can be improved for robustness. B: ‘ssl-server-hello’ context is for inspecting the TLS handshake, not application-layer HTTP headers or URIs. Also, ‘MyWebApp’ might not appear directly in the server hello. C: Detects the URI path, but only relies on one element. Good, but can be improved. D: any’ pattern context with ‘ssr type and just ‘MyWebApp’ as pattern is too broad and likely to cause false positives. ‘MyWebApp’ could appear anywhere in the TLS payload. E (Correct): This option proposes combining the header and URI patterns using an ‘AND’ logic. Palo Alto Networks custom App-IDs support combining multiple patterns. This is the most robust approach because it requires both the unique header and the unique URI structure to be present. This significantly reduces the chance of false positives compared to relying on just one of these elements, while still correctly identifying the application. The App-ID will first identify the session as SSL/TLS (implicitly due to port 8443 and the nature of the application) and then, after decryption (if configured), it will look for the HTTP-layer patterns. The type remains Shttps for matching HTTP-layer attributes, and the port is ‘tcp/8443’. The ability to define multiple patterns with AND/OR logic within a single custom App-ID provides this precision.

NO.23 Which two DNS policy actions in the anti-spyware security profile can prevent hacking attacks through DNS queries to malicious domains? (Choose two.)

 
 
 
 
A DNS policy action is a setting in an Anti-Spyware security profile that defines how the firewall handles DNS queries to malicious domains. A malicious domain is a domain name that is associated with a known threat, such as malware, phishing, or botnet1.
There are four possible DNS policy actions: alert, allow, block, and sinkhole1.
The alert action logs the DNS query and allows it to proceed to the intended destination. This action does not prevent hacking attacks, but only notifies the administrator of the potential threat1.
The allow action allows the DNS query to proceed to the intended destination without logging it. This action does not prevent hacking attacks, but only bypasses the DNS security inspection2.
The block action blocks the DNS query and sends a response to the client with an NXDOMAIN (non-existent domain) error code. This action prevents hacking attacks by preventing the client from resolving the malicious domain1.
The sinkhole action redirects the DNS query to a predefined IP address (the sinkhole IP address) that is under the control of the administrator. This action prevents hacking attacks by isolating the client from the malicious domain and allowing the administrator to monitor and remediate the infected host1.
The override action is not a valid DNS policy action, but a setting in an Anti-Spyware security profile that allows the administrator to create exceptions for specific spyware signatures that they want to override the default action or log settings3.
Therefore, the two DNS policy actions that can prevent hacking attacks through DNS queries to malicious domains are block and sinkhole.
Reference:
1: Enable DNS Security – Palo Alto Networks 2: How To Disable the DNS Security Feature from an Anti-Spyware Profile – Palo Alto Networks 3: Security Profile: Anti-Spyware – Palo Alto Networks

NO.24 A Palo Alto Networks firewall is performing SSL Forward Proxy decryption. An analyst observes that certain legitimate SaaS applications (e.g., specific Microsoft 365 services) are experiencing intermittent connectivity issues when decryption is enabled, despite having valid certificates. After reviewing the traffic logs, the analyst sees ‘Application not recognized’ or ‘Unknown’ for these connections. Which advanced decryption profile setting is most likely to resolve this issue without disabling decryption entirely for these critical applications?

 
 
 
 
 
Certain applications, particularly those that employ certificate pinning or have complex TLS implementations (like some Microsoft 365 services), can break when subjected to SSL Fomard Proxy decryption. The ‘SSL Decryption Exclusion’ list within the Decryption Profile (under ‘SSL Forward Proxy’) is specifically designed for this purpose. By adding the FQDNs of these sensitive applications to this list, the firewall will automatically bypass decryption for traffic destined to those domains, allowing the original TLS session to proceed directly to the destination without interruption. This is more granular and preferred over broad ‘No Decryption’ rules.

NO.25 You are auditing a Palo Alto Networks firewall configuration. An External Dynamic List for ‘Domain’ type is configured to fetch from
https://threatfeed.example.com/domains.txt
with an update interval of 1 hour. The firewall’s system logs show repeated messages like ‘EDL Refresh Error: ssI_error_ssI:ssI_routines: ss13_read_bytes: sslv3 alert handshake failure’. What is the most probable root cause for this specific error?

 
 
 
 
 
The error ‘ssl_error_ssl: ssl_routines: ss13_read_bytes: sslv3 alert handshake failure’ specifically points to an SSL/TLS handshake issue. Option B (Correct): Many modern servers disable older, insecure protocols like SSLv3. If the firewall is attempting to connect using SSLv3 and the server only supports TLS 1.2/1.3, this handshake failure will occur. This is a very common reason for this specific error message. Option A (Correct): An expired or untrusted certificate on the server side would also lead to a handshake failure, as the firewall cannot establish a secure, trusted connection. The client (firewall) rejects the server’s certificate during the handshake. Option C is unlikely to cause an SSL handshake failure; it would manifest as connection refused or rate limiting. Option D would prevent any connection, not specifically an SSL handshake failure. Option E would cause parsing errors after a successful fetch, not a handshake failure during the initial connection.

NO.26 To what must an interface be assigned before it can process traffic?

 
 
 
 

NO.27 When is an event displayed under threat logs?

 
 
 
 
https://docs.paloaltonetworks.com/pan-os/9-1/pan-os-admin/monitoring/view-and-manage-logs/log-types-and-severity-levels/threat-logs#:~:text=Threat%20logs%20display%20entries%20when,security%20rule%20on%20the%20firewall.

NO.28 Which three configuration settings are required on a Palo Alto networks firewall management interface?

 
 
 
 
 
Explanation/Reference:
https://knowledgebase.paloaltonetworks.com/KCSArticleDetail?id=kA10g000000ClN7CAK

NO.29 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?

 
 
 
 
Weaponization and Delivery: Attackers will then determine which methods to use in order to deliver malicious payloads. Some of the methods they might utilize are automated tools, such as exploit kits, spear phishing attacks with malicious links, or attachments and malvertizing.
Gain full visibility into all traffic, including SSL, and block high-risk applications. Extend those protections to remote and mobile devices.
Protect against perimeter breaches by blocking malicious or risky websites through URL filtering.
Block known exploits, malware and inbound command-and-control communications using multiple threat prevention disciplines, including IPS, anti-malware, anti-CnC, DNS monitoring and sinkholing, and file and content blocking.
Detect unknown malware and automatically deliver protections globally to thwart new attacks.
Provide ongoing education to users on spear phishing links, unknown emails, risky websites, etc.
https://www.paloaltonetworks.com/cyberpedia/how-to-break-the-cyber-attack-lifecycle

NO.30 Refer to the exhibit. An administrator is using DNAT to map two servers to a single public IP address. Traffic will be steered to the specific server based on the application, where Host A (10.1.1.100) receives HTTP traffic and Host B (10.1.1.101) receives SSH traffic.

Which two Security policy rules will accomplish this configuration? (Choose two.)

 
 
 
 
 

NO.31 Which DNS Query action is recommended for traffic that is allowed by Security policy and matches Palo Alto Networks Content DNS Signatures?

 
 
 
 
To enable DNS sinkholing for domain queries using DNS security, you must activate your DNS Security subscription, create (or modify) an Anti-Spyware policy to reference the DNS Security service, configure the log severity and policy settings for each DNS signature category, and then attach the profile to a security policy rule.
https://docs.paloaltonetworks.com/pan-os/10-1/pan-os-admin/threat-prevention/dns-security/enable-dns-security

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