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Palo Alto Networks Network Security Analyst Sample Questions:

1. A security analyst is developing an automated threat hunting script using the Strata Logging Service API. The script aims to identify suspicious file downloads (executables, scripts) from unapproved or unknown websites. The desired output is a list of sessions including the user, source IP, destination URL, and the WildFire verdict. Assuming a Python script is used, which API endpoint(s) and minimum set of query parameters are necessary to achieve this efficiently, and what should be the primary filter criteria in the query?

A) API Endpoint: /log/threat and /log/url. Parameters: Separate queries for each, then manual correlation for 'file_type' and 'wildfire_verdict' from threat logs, and 'url_category' from URL logs.
B)

C)

D)

E)

2. A Palo Alto Networks firewall needs to forward all security-related logs (traffic, threat, URL, data, wildfire, auth) to a Splunk instance via syslog. However, a critical requirement dictates that for 'threat' logs specifically, only those with a 'high' or 'critical' severity should be sent to Splunk, while all other selected log types (traffic, URL, data, wildfire, auth) should be sent regardless of severity. How would this granular filtering be achieved within a single Log Forwarding Profile?

A) Create one Log Forwarding Profile. Select all required log types (traffic, threat, URL, data, wildfire, auth). Under the syslog destination, apply a custom filter:

B) This level of conditional filtering based on severity for a specific log type while others are unfiltered is not directly supported within a single Log Forwarding Profile in PAN-OS. Two separate profiles would be required.
C) Use two Log Forwarding Profiles. One for threat logs (filtered for high/critical severity), and another for all other security logs (no severity filter). Apply both profiles to the relevant Security Policies, ensuring they forward to the same Splunk syslog server.
D) Create a single Log Forwarding Profile. Add the Splunk syslog server. For 'Included Log Types', select 'traffic', 'URL', 'data', 'wildfire', 'auth'. For 'threat' logs, add a separate entry under 'Syslog Fields' to specify 'severity' as a filter and set the threshold.
E) Create one Log Forwarding Profile. Select all required log types. For 'threat' logs, adjust the minimum forwarding severity to 'high'. All other log types will be forwarded based on their default minimum severity.

3. A Palo Alto Networks firewall is configured to decrypt SSL/TLS traffic using SSL Forward Proxy. Due to a recent audit, there's a new requirement: all decrypted sessions must enforce TLS 1.2 or higher, and any attempt to use older, weaker protocols like TLS 1.0 or 1.1 must be blocked and logged. However, for a specific legacy application that must use TLS 1.0, an exception needs to be made, allowing it to communicate without decryption but still logging the attempt to use TLS 1.0. How would you configure this using a combination of decryption profiles and policies?

A) Create two Decryption Profiles: one with 'SSL Protocol Settings' to 'Block Sessions with TLS 1.0/1.1' for 'any' decryption policy, and another profile with 'Allow Sessions with TLS 1.0/1.1' for the legacy application. Apply these profiles to respective decryption policies.
B) In the default SSL Forward Proxy decryption profile, set 'SSL Protocol Settings' to 'Block Sessions with TLS 1.0/1.1'. For the legacy application, create a 'No Decryption' policy rule and place it above the general 'Decrypt' rule, ensuring logging is enabled on this 'No Decryption' rule.
C) Create a custom 'SSL Protocol Settings' object for TLS 1.0/1.1 blocking and apply it to a 'Decrypt' policy for general traffic. For the legacy application, create a separate 'Decrypt' policy with a custom decryption profile that permits TLS 1.0/1.1.
D) Configure a 'Decryption Exclusion' for the legacy application based on its IP address. For all other traffic, enable 'SSL Protocol Settings' in the decryption profile to 'Block Sessions with TLS 1.011 .1'.
E) Set the global 'SSL Protocol Settings' to 'Block Sessions with TLS 1.0/1 .1'. For the legacy application, create a custom application ID, then create a security policy rule to 'Allow' this application without decryption, ensuring session logging is active.

4. An organization is migrating its cloud applications from a public internet connection to a dedicated AWS Direct Connect link through a Palo Alto Networks firewall. To achieve this, all traffic to AWS public IP ranges (e.g., EC2, S3) from the internal network must be forwarded over the Direct Connect interface (ethernet1/3) with a specific next-hop router. Other internet-bound traffic should continue using the primary internet uplink (ethernet1/1 ). Which of the following PBF actions are critical to ensure that if the Direct Connect link fails, the AWS-bound traffic automatically fails over to the primary internet uplink without manual intervention?

A) Create a PBF rule with 'Action: Forward', 'Egress Interface: ethernet1/3', 'Next Hop: AWS_Router_IP', and specify 'Fall back to: Yes' with the primary internet uplink's virtual router and next-hop.
B) Configure a PBF rule with 'Action: Forward', 'Egress Interface: ethernet1/3', 'Next Hop: AWS Router_IP', and then create a second PBF rule with a higher priority for the same AWS destinations pointing to ethernet1/1 , which will only activate manually.
C) Set up a static route for the AWS ranges with ethernet1/3 as the next hop, and configure BIDirectional Forwarding Detection (BFD) on the Direct Connect interface.
D) Implement an ECMP route for the AWS public IP ranges, distributing traffic between ethernet1/3 and ethernet1/1 based on load.
E) Configure a PBF rule with 'Action: Forward', 'Egress Interface: ethernet1/3', 'Next Hop: AWS_Router_IP', and enable 'Monitor Link Group' for ethernet1/3 to trigger a route removal.

5. An organization is migrating its internal applications to a new server farm, requiring SSL Inbound Inspection for all incoming connections to these applications. The applications use self-signed certificates. To ensure successful decryption and inspection, what is the most critical configuration step for the Palo Alto Networks firewall's decryption profile, and why?

A) The firewall automatically trusts self-signed certificates during inbound inspection if the application's private key is available.
B) Configure the Decryption Profile with 'No Decryption' for the zone where internal applications reside, relying on the applications themselves for security.
C) Enable 'Block Session on Unsupported Version' in the Decryption Profile to prevent connections using older TLS protocols, ensuring stronger security.
D) Import the self-signed certificates of the internal applications into the firewall's trusted certificate store and configure the SSL Inbound Inspection profile to use these certificates for trust validation.
E) Enable 'Block Session on Decryption Failure' to catch any issues, and use a generic 'Any' certificate in the Decryption Profile for inbound inspection.

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