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Palo Alto Networks Network Security Analyst Sample Questions:

1. A security analyst is investigating a compromised internal host using Strata Cloud Manager (SCM) to gather evidence. The playbook requires fetching recent logs for specific source and destination IPs, identifying the exact security policy rule that allowed the initial communication, and then temporarily disabling that rule for immediate containment. Which SCM API endpoints and query parameters would be most relevant for accomplishing these tasks efficiently?

A)

B)

C)

D)

E) Only the SCM GUI for log analysis and policy modification, as API is too complex for incident response.

2. A Security Operations Center (SOC) analyst is investigating a persistent outbound connection from an internal host to a known malicious IP address, despite an existing security policy attempting to block it. The analyst suspects policy shadowing or a misconfigured NAT rule. Which combination of Palo Alto Networks management tools would be most effective for rapidly identifying the root cause and verifying policy effectiveness?

A) Policy Optimizer for rule cleanup and Panorama Device Groups for policy inheritance visualization.
B) Policy Optimizer for identifying shadowed rules and Command Center for detailed session logs.
C) Command Center for threat intelligence correlation and Policy Optimizer for security profile optimization.
D) Activity Insights for application usage trends and Command Center for VPN tunnel status.
E) Command Center for real-time traffic monitoring and Activity Insights for policy hit count analysis.

3. 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?

A) The 'Data Filtering' security profile is enabled, but the custom data patterns are too generic, leading to high false positives and subsequent disabling of the profile, or they are not configured to detect specific C2 indicators. Troubleshooting: Review 'Data Filtering' logs and policy actions; test with known C2 strings.
B) The 'Vulnerability Protection' security profile has certain critical signatures set to 'alert' instead of 'reset-both' or 'block', or the 'rule action' for specific critical vulnerabilities is set too permissively, allowing exploit attempts to succeed. Troubleshooting: Review 'Vulnerability Protection' logs for signature IDs, and check the action for 'critical' or 'high' severity threat IDs relevant to the attack vectors.
C) The 'Antivirus' security profile is not configured to inspect all file types, allowing executable binaries to pass uninspected via non-standard ports. Troubleshooting: Verify the Antivirus profile's 'File Types' tab for 'any' or specific executable types.
D) The 'DNS Sinkhole' feature is misconfigured or disabled, allowing internal hosts to resolve and connect to known malicious C2 domains instead of being redirected. Troubleshooting: Check the 'DNS Sinkhole' configuration under 'Objects > DNS Sinkhole' and verify it's applied in a 'Zone Protection' profile or 'Security Policy'.
E) The 'WildFire Analysis' security profile is configured for 'forward all' rather than 'block' for unknown files, allowing zero-day malware to reach endpoints before a verdict. Troubleshooting: Check WildFire profile's 'File Blocking' action for 'unknown files'.

4. A Network Security Analyst is preparing to onboard a new set of cloud-based Palo Alto Networks firewalls (VM-Series) into an existing Panorama deployment. These firewalls will be part of a new 'Cloud-Prod' Device Group. The analyst needs to define several new application-override rules, custom URL categories, and external dynamic lists (EDLs) that are specific to the cloud environment but might also be leveraged by other device groups in the future. How should these new configuration elements be structured within Panorama to ensure maintainability, reusability, and proper inheritance?

A) Create a new top-level folder called 'Cloud-Objects' at the same level as 'Shared'. Place all cloud-specific objects here. Create a Device Group for 'Cloud-Prod' within this new folder.
B) Create a new sub-folder directly under the 'Shared' folder, named 'Cloud-Specific'. Define all cloud-specific application-override rules, custom URL categories, and EDLs within this 'Cloud-Specific' folder. The 'Cloud-Prod' Device Group, being part of the overall hierarchy, will inherit these objects.
C) Use an API script to push these configurations directly to the 'Cloud-Prod' Device Group via the Panorama API, bypassing the GUI for object creation.
D) Define application-override rules, custom URL categories, and EDLs in the 'Shared' folder. Then, reference these objects in policies within the 'Cloud-Prod' Device Group.
E) Define all new application-override rules, custom URL categories, and EDLs directly within the 'Cloud-Prod' Device Group folder. If needed elsewhere, manually recreate them.

5. A cloud-native application leverages multiple dynamically assigned ephemeral ports within a specific range (e.g., TCP/30000-35000) for internal service-to-service communication. Due to the dynamic nature and potential for rapid changes in underlying protocols (Grpc over HTTP/2, custom protobufs), App-ID frequently labels this traffic as 'unknown-tcp' or 'unknown-udp', hindering security visibility. The security team wants to consolidate all traffic within this port range between specific internal subnets (10.0.1.0/24 to 10.0.2.0/24) as a single logical application, 'cloud-microservices', regardless of the underlying protocol, to apply consistent security profiles and logging.
Which of the following approaches is the most appropriate and why?

A) Disable App-ID for the entire 10.0.1.0/24 to 10.0.2.0/24 traffic flow and rely solely on port-based security policies.
B) Implement an Application Override policy:

C) Create an Application Filter that groups all 'unknown-tcp' and 'unknown-udp' applications, and apply it to a security policy for the internal subnets.
D) Develop custom application signatures for each potential protocol (gRPC, protobufs, etc.) within the dynamic port range, and update them regularly.
E) Configure a Service Object for the port range TCP/30000-35000 and UDP/30000-35000, then create security policies that use these service objects without specifying any application.

Solutions: