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Palo Alto Networks Network Security Analyst Sample Questions:

1. Consider a scenario where a Palo Alto Networks firewall is configured with a Log Forwarding Profile named 'LFP Compliance SIEM'. This profile is attached to a Security Policy that permits outbound web access for internal users. The profile includes two syslog server destinations: 'Syslog_Archiver' (UDP, default format) and 'Syslog_SlEM' (TCP, CEF format). Due to a network change, the IP address of 'Syslog_SlEM' needs to be updated. Which of the following commands, executed in PAN-OS CLI operational mode, would allow verification of the currently configured Log Forwarding Profile details, specifically to confirm the change after it's applied?

A)

B)

C)

D)

E)

2. A large-scale SD-WAN deployment uses BGP for dynamic route exchange between hub and spoke firewalls. The network team has defined an SD-WAN profile with multiple SD-WAN policy rules. They observe that some traffic flows, which should be matched by an SD-WAN policy rule, are instead being routed according to the standard BGP routing table. This occurs even when the SD-WAN preferred path is technically 'up' and healthy according to Path Monitoring. What could be the complex underlying reasons for this behavior, considering the interaction between SD-WAN and dynamic routing?

A) The destination prefix for the traffic flow is not included in the 'Prefixes' list under the 'SD-WAN' tab of the Virtual Router configuration, preventing SD-WAN from taking control over that specific route.
B) The SD-WAN profile's 'Priority' for the affected SD-WAN policy rule is lower than the administrative distance of the BGP-learned route to the same destination, causing BGP to take precedence.
C) The SD-WAN 'Policy Type' is set to 'PBR' (Policy-Based Routing) instead of 'SD-WAN', meaning it only influences local forwarding decisions and doesn't inject routes into the routing table that would compete with BGP.
D) The 'Path Monitoring' probes for the SD-WAN link, while reporting 'up', might be failing intermittently or experiencing high latency/loss that doesn't immediately trigger an 'SD-WAN down' state, but causes the SD-WAN engine to deem the path less optimal than the BGP route.
E) The 'Source Zone' or 'Destination Zone' defined in the SD-WAN policy rule does not match the actual zones from which the traffic originates or to which it is destined, causing the rule to be bypassed.

3. A large enterprise uses Panorama for centralized management of hundreds of Palo Alto Networks firewalls. An administrator configured a new URL Filtering profile and pushed it to a device group. Post-push, users on some firewalls are reporting that previously allowed URLs are now being blocked by the new profile, while others on different firewalls in the same device group are not experiencing the issue. No 'deny' rules were explicitly added for these URLs. Which of the following is the most likely complex misconfiguration scenario?

A) The commit on Panorama failed silently for some firewalls in the device group, resulting in an inconsistent policy state across the group.
B) The new URL Filtering profile was created with a 'Custom URL Category' that incorrectly classifies the previously allowed URLs as 'block', and this custom category is active on the affected firewalls due to dynamic updates.
C) A local URL Filtering override on the affected firewalls is taking precedence over the Panorama-pushed profile, but the override itself has misconfigured categories.
D) The newly added URL Filtering profile is assigned to a security policy that also has a 'Best Practice' security profile group applied, and the group contains an overlapping, more restrictive URL filtering profile.
E) The new URL Filtering profile contains an 'Allow' category that was inadvertently moved below a 'Block' category in the profile's rule order, leading to unintended blocking.

4. A large e-commerce platform uses an internal REST API service on TCP/443 for microservices communication. While it uses TLS, App-ID often misidentifies it as 'web-browsing' or 'ssl', preventing granular policy enforcement based on the actual API application. The security team wants to classify this traffic as 'internal-rest-api' (a custom application) and apply a custom URL Filtering profile that blocks only specific API endpoints, not general web browsing. They also need to ensure that this override does not affect legitimate 'web- browsing' traffic to external sites over TCP/443. Which configuration strategy should be employed?

A) Modify the 'SSI' application definition to exclude the internal REST API server's IP address. Then, create a separate security policy for the internal REST API allowing 'any' application on TCP/443 with the custom URL Filtering profile.
B) Create a custom application signature that identifies the specific HTTP Host header for the internal REST API service. Then, create a security policy allowing this custom application with the desired URL Filtering profile.
C) Create an Application Override policy for TCP/443 to 'internal-rest-api' from the internal microservices zone to the API gateway zone. Then, create a security policy allowing 'internal-rest-api' with the custom URL Filtering profile. Ensure the Application Override rule is placed after any general web-browsing rules.
D) Create an Application Override policy for TCP/443 to 'internal-rest-api' from the internal microservices zone to the API gateway zone. Then, create a security policy allowing 'internal-rest-api' with the custom URL Filtering profile. Ensure the Application Override rule is placed before any general web-browsing rules.
E) Configure SSL Decryption for the internal REST API traffic, and then use the decrypted traffic to apply more precise App-ID and URL filtering.

5. A financial institution utilizes custom-built applications that transmit highly sensitive data over non-standard ports (e.g., TCP 10000, 10001 They need to apply the full suite of security profiles (Antivirus, Anti-Spyware, Vulnerability Protection, URL Filtering, File Blocking, Data Filtering) to this traffic. However, Palo Alto Networks' App-ID initially classifies this traffic as 'unknown-tcp'. What is the most appropriate and secure method to ensure these security profiles are applied correctly?

A) Configure a Security Policy rule for the specific source/destination/port, and set the application to 'any'. Apply the profile group to this rule.
B) Develop a 'Custom Application' signature for the internal applications based on their unique traffic characteristics (e.g., specific HTTP headers, protocol patterns, or SSL certificate details). Once recognized, use this custom application in the Security Policy and apply the desired security profiles.
C) Apply the security profiles to the 'Default Security Policy' rule, as it catches all 'unknown-tcp' traffic by default.
D) Create an 'Application Override' rule for TCP ports 10000 and 10001 , setting the overridden application to 'web-browsing'. Then, apply the security profiles to the policy allowing 'web-browsing'.
E) Create a 'Service' object for ports 10000 and 10001. In the Security Policy, use this service object, set the application to 'unknown-tcp', and apply the security profiles.

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