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Palo Alto Networks NetSec-Analyst Exam Syllabus Topics:

Topic	Details
Topic 1	Policy Creation and Application: This section of the exam measures the abilities of Firewall Administrators and focuses on creating and applying different types of policies essential to secure and manage traffic. The domain includes security policies incorporating App-ID, User-ID, and Content-ID, as well as NAT, decryption, application override, and policy-based forwarding policies. It also covers SD-WAN routing and SLA policies that influence how traffic flows across distributed environments. The section ensures professionals can design and implement policy structures that support secure, efficient network operations.
Topic 2	Object Configuration Creation and Application: This section of the exam measures the skills of Network Security Analysts and covers the creation, configuration, and application of objects used across security environments. It focuses on building and applying various security profiles, decryption profiles, custom objects, external dynamic lists, and log forwarding profiles. Candidates are expected to understand how data security, IoT security, DoS protection, and SD-WAN profiles integrate into firewall operations. The objective of this domain is to ensure analysts can configure the foundational elements required to protect and optimize network security using Strata Cloud Manager.
Topic 3	Management and Operations: This section of the exam measures the skills of Security Operations Professionals and covers the use of centralized management tools to maintain and monitor firewall environments. It focuses on Strata Cloud Manager, folders, snippets, automations, variables, and logging services. Candidates are also tested on using Command Center, Activity Insights, Policy Optimizer, Log Viewer, and incident-handling tools to analyze security data and improve the organization overall security posture. The goal is to validate competence in managing day-to-day firewall operations and responding to alerts effectively.
Topic 4	Troubleshooting: This section of the exam measures the skills of Technical Support Analysts and covers the identification and resolution of configuration and operational issues. It includes troubleshooting misconfigurations, runtime errors, commit and push issues, device health concerns, and resource usage problems. This domain ensures candidates can analyze failures across management systems and on-device functions, enabling them to maintain a stable and reliable security infrastructure.

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Palo Alto Networks Network Security Analyst Sample Questions (Q87-Q92):

NEW QUESTION # 87
An enterprise is planning to deploy custom applications in a private cloud, with strict requirements for end-to-end encryption. These applications will use certificate pinning to prevent Man-in-the-Middle attacks. The security team needs to ensure that Palo Alto Networks firewalls provide application-level visibility (App-ID, Content-ID, Threat Prevention) into this traffic without breaking the certificate pinning.
Which of the following approaches is feasible, and what is a critical consideration?

A. Configure SSL Forward Proxy decryption with the firewall's root CA certificate installed on all application servers.
B. Certificate pinning is inherently incompatible with inline SSL decryption. The firewall should be configured for 'No Decryption' for this traffic, and visibility will be limited to Layer 3/4 information and initial App-ID derived from handshake. Application-level security should be enforced at the endpoint or application layer itself, potentially using a Web Application Firewall (WAF) or API Gateway.
C. Use SSL Inbound Inspection, ensuring the firewall's decryption profile is configured to 'Block Sessions with Untrusted Certificates'.
D. Leverage a 'No Decryption' policy rule for the pinned applications, acknowledging that App-ID will still function for initial session identification, but Content-ID and Threat Prevention will be limited for the encrypted payload.
E. Implement 'SSL Decryption Excluding Server Certificates' to allow initial handshake logging, and use a custom URL category for these applications to bypass all decryption.

Answer: B

Explanation:
Certificate pinning means the client (or server) is configured to only trust a specific certificate or public key, not just any certificate signed by a trusted CA. When an inline firewall performs SSL decryption, it presents its own generated certificate (signed by its root CA) to the client. This certificate will not match the pinned certificate/key, causing the client application to terminate the connection due to a trust violation. Therefore, certificate pinning is fundamentally incompatible with inline SSL decryption. The best approach is to exempt this traffic from decryption and rely on other security controls or logging at different layers for visibility. Option C is partially correct in that App-ID works, but it doesn't fully explain the implication on Content-ID/Threat-ID. Option E is the most comprehensive and accurate answer, acknowledging the inherent conflict and suggesting alternative security measures.

NEW QUESTION # 88
A security analyst is investigating a persistent issue where an internal server, running a custom application over a non-standard TCP port (e.g., TCP 12345), cannot establish outbound connections to an external cloud service. The Palo Alto Networks firewall is configured with a security policy allowing this traffic with 'Application: any' and 'Service: application-default'. Packet captures show the initial SYN from the server, but no response from the cloud service. The firewall's traffic logs for this session show 'deny' with 'reason: untrusted' and 'action: drop'. What is the most plausible and complex reason for this behavior, indicating a deep understanding of App-ID and security profiles?

A. A custom threat signature is misfiring on the initial SYN packet, classifying it as malicious before App-ID can properly identify the application.
B. The security policy rule for the internal server's outbound traffic is incorrectly placed after a default deny rule.
C. The external cloud service's IP address is mistakenly included in a custom URL category or External Dynamic List that is blocked by another policy.
D. The firewall's decryption profile is misconfigured for the outbound traffic, causing the 'untrusted' verdict.
E. The 'Service: application-default' setting is problematic because App-ID requires initial packets to establish a known application before allowing traffic, and for this non-standard port, it's failing classification or hitting a default security profile action.

Answer: E

Explanation:
The critical details are 'non-standard TCP port', 'Application: any', 'Service: application-default', 'deny', and 'reason: untrusted'. When 'Service: application-default' is used with 'Application: any', the firewall attempts to identify the application. If it cannot, or if the initial packets don't conform to any known application on that port, it might hit a 'default-security-profile' (or a profile applied by a general rule) that has an 'action: reset-client' or 'drop' for 'unknown' or 'incomplete' application states. The 'untrusted' reason often comes from a security profile (like Antivirus, Anti- Spyware, Vulnerability Protection) applying a verdict. For a non-standard port, App-ID might struggle, leading to the session being marked as 'incomplete' or 'unknown', and thus subsequently acted upon by a security profile which defaults to 'untrusted' for unclassified or suspicious flows. This is a complex interaction between App-ID, Service definition, and Security Profiles for non-standard traffic. Option A would typically show 'deny' but not necessarily 'untrusted'. Option B would show a URL filtering block, not 'untrusted' for the initial SYN. Option D is possible but less likely given 'untrusted' rather than a decryption error. Option E is less likely for an initial SYN packet before any data payload, although not impossible.

NEW QUESTION # 89
A company is implementing a zero-trust architecture. As part of this, they need to restrict SSH access to their critical production servers. Specifically, SSH access should only be permitted from a jump host and only if the SSH client is running a specific, approved version. All other SSH attempts, even from the jump host, should be denied if the client version does not match. Which combination of Palo Alto Networks features would enable this level of granular control?

A. Security Policy for Source IP of Jump Host, Destination IP of Production Servers, Application 'ssh', and a 'File Blocking' profile to block unapproved SSH versions.
B. Security Policy with Source IP of Jump Host, Destination IP of Production Servers, Application 'ssh'. Additionally, create a 'Custom Application' signature (or leverage an existing application's capabilities if available) that matches the specific SSH client version string within the SSH protocol handshake, then apply this custom application in the policy with an 'Allow' action.
C. GlobalProtect with Host Information Profile (HIP) checks to verify the SSH client version on the jump host, combined with a Security Policy allowing traffic based on HIP match.
D. User-ID for authenticated jump host users, a Security Policy with Source IP of Jump Host, Destination IP of Production Servers, Application 'ssh', and a 'URL Filtering' profile to inspect SSH client strings.
E. Deploy a 'Vulnerability Protection' profile with a custom signature to detect the unapproved SSH client versions and apply it to the outbound security policy from the jump host.

Answer: C

Explanation:
Option D is the most robust and accurate solution for this complex scenario. While Option C might seem plausible for creating a custom application signature, inspecting SSH client versions often falls under the purview of endpoint posture assessment. GlobalProtect's Host Information Profile (HIP) is specifically designed to collect detailed information about the connecting endpoint, including installed software versions (like SSH clients). This HIP data can then be used as a match criterion in security policies. This allows dynamic enforcement based on the endpoint's compliance rather than relying solely on network-level signatures which might be brittle or difficult to maintain for specific software versions across all vendors. Option C (Custom Application) would be the next best, but HIP is designed for this specific type of endpoint posture enforcement. Others are irrelevant: File Blocking, URL Filtering are not for SSH client versions, and Vulnerability Protection is for exploits, not client version enforcement.

NEW QUESTION # 90
Which feature must be configured to enable a data plane interface to submit DNS queries originated from the firewall on behalf of the control plane?

A. Admin role profile
B. Service route
C. DNS proxy
D. Virtual router

Answer: B

Explanation:
By default, the firewall uses the management (MGT) interface to access external services, such as DNS servers, external authentication servers, Palo Alto Netw orks services such as soft ware, URL updates, licenses, and AutoFocus. An alternative to using the MGT interface is configuring a data port (a standard interface) to access these services. The path from the interface to th e service on a server is aservice route. [Palo Alto Networks] PAN-OS 10 -> Device -> Setup -> Services -> Service Features -> Service Route Configuration

NEW QUESTION # 91
A security analyst needs to programmatically retrieve a list of all security policy rules that have a specific 'service' object assigned, across all Device Groups and Virtual Systems managed by a Panorama instance. The output should include the policy name, device group, vsys (if applicable), and rule index. Which combination of Panorama API calls and query parameters would be most effective and efficient for this task?

Answer: C

Explanation:
Option E is the most comprehensive and efficientAPl call. It uses an XPath union ('l') to simultaneously query both the shared rulebase and all device group/vsys rulebases for security policies. The 'query" parameter then filters these results specifically for rules where the 'service' attribute matches the 'service_object_name>'. This avoids the need for multiple API calls (as in C), or parsing excessively large datasets (as in D), or only querying specific paths (as in A and B). The output for each rule will include its parent node (device group and vsys if applicable) and the rule name, allowing for extraction of the required details.

NEW QUESTION # 92
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