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Palo Alto Networks Network Security Analyst Sample Questions:

1. A Security Administrator is configuring a Log Forwarding Profile on a Palo Alto Networks firewall to send traffic logs to both an external syslog server (192.168.1.10:514) for compliance archiving and a proprietary SIEM appliance (192.168.1.20:20514) that requires logs in CEF format. The SIEM appliance is only interested in 'threat' and 'URL' logs. How would the administrator correctly configure the Log Forwarding Profile to meet these requirements, ensuring minimal unnecessary log transmission to the SIEM?

A) Create one Log Forwarding Profile. Under 'Syslog', add 192.168.1.10 as Server A. Add 192.168.1.20 as Server B, set its format to CEF. For Server B, define a custom filter for (log.type eq 'threat' or log.type eq 'url').
B) It's not possible to filter specific log types for a single syslog server within a Log Forwarding Profile; filtering must occur at the SIEM or syslog server level for this granularity.
C) Create one Log Forwarding Profile. Under 'Syslog', add two servers: one for 192.168.1.10 (UDP, default format) and another for 192.168.1.20 (UDP, CEF format). For the 192.168.1.20 server, add filters for 'threat' and 'URL' log types within the profile settings.
D) Create two separate Log Forwarding Profiles. Profile 1 targets 192.168.1.10 with no specific filters. Profile 2 targets 192.168.1.20, selecting 'CEF' as the format and explicitly adding 'threat' and 'URL' as included log types. Apply both profiles to the relevant Security Policies.
E) Configure a single Log Forwarding Profile. Add two Syslog servers, 192.168.1.10 and 192.168.1.20. For 192.168.1.20, set the format to CEF. To filter, you must apply separate Security Policies, one for general logging to 192.168.1.10 and another for threat/URL logs to 192.168.1.20, each with its own Log Forwarding Profile.

2. A critical infrastructure organization is upgrading its SCADA network and has deployed Palo Alto Networks NGFWs to secure the environment. They need to implement an IoT security profile that strictly adheres to the Purdue Model for segmentation and communication. Specifically, they want to:
1. Allow only specific Modbus/TCP function codes (Read Coils, Read Holding Registers) between Zone 3 (Control Servers) and Zone 2 (PLCs).
2. Block all internet access for devices in Zone 2 and Zone 3.
3. Alert on any new, unclassified device attempting to communicate within Zone 2 or Zone 3.
4. Implement signature-based protection against known ICS exploits.
Which of the following configuration steps, in combination, are necessary to achieve these requirements using a Palo Alto Networks IoT Security Profile and related features? (Multiple Response)

A) Create an 'IoT Security Profile' for ICS, enabling 'Application Function Filtering' for Modbus/TCP to permit only 'Read Coils' and 'Read Holding Registers'. Apply this profile to an 'IoT Policy Rule' between Zone 3 and Zone 2, with 'Application' set to 'modbus-tcp'.
B) Create a custom 'Anti-Spyware' profile with specific Modbus/TCP signatures and apply it to all security rules for Zone 2 and Zone 3 traffic.
C) Configure 'Security Policies' with 'Source Zone: Zone 2/3', 'Destination Zone: Untrust', 'Application: any', 'Service: any', and 'Action: Deny'. Ensure these rules are placed higher than any default permit rules.
D) Configure a 'Vulnerability Protection' profile with a focus on 'Critical' and 'High' severity signatures, especially those related to SCADA/ICS vulnerabilities, and apply it to all relevant security policies.
E) Utilize 'Device-ID' within the IoT Security Profile to automatically identify and classify devices in Zone 2 and Zone 3. Configure 'IoT Policy Rules' to use 'IoT Device Groups' as source/destination and set 'Action: Alert' for unknown device communication attempts.

3. A large enterprise uses a Palo Alto Networks firewall to manage Internet access. They have multiple internal networks, each with its own egress NAT requirements. The network team has defined the following:
1. 'Internal _ Dev' (10.0.10.0/24) needs to Source NAT to a dedicated public IP 203.0.113.100.
2. 'Internal _ Prod' (10.0.20.0/24) needs to Source NAT to a pool of public IPs (203.0.113.101-203.0.113.105) for high concurrency.
3. 'Internal_Guest' (10.0.30.0/24) needs to Source NAT to the firewall's egress interface IP.
All three internal zones egress through the 'External' zone. You need to design the NAT policy order to ensure these requirements are met without conflicting. Which of the following ordered NAT policy sets (top to bottom) would achieve the desired outcome, assuming the External interface IP is 203.0.113.1?

A)

B)

C)

D)

E) The order of Source NAT policies does not matter; only Destination NAT policy order is critical.

4. Consider the following firewall policy configuration snippet from a Panorama managed firewall:

An analyst observes internal users are still able to browse external HTTP websites, contradicting the 'Block-External-Browsing' rule. Using Policy Optimizer, Command Center, and Activity Insights, what is the most likely reason for this behavior, and how would these tools help identify and rectify it? (Select all that apply)

A) Most Likely Reason: The 'Allow-Internal-HTTP' rule is shadowing 'Block-External-Browsing'. Tool Action: Policy Optimizer would highlight 'Allow-Internal-HTTP' as a shadowed rule or show its 'usage' affecting external traffic. Command Center would show sessions hitting 'Allow-Internal-HTTP' for external destinations.
B) Most Likely Reason: Users are bypassing the firewall using a VPN. Tool Action: Activity Insights would show a drop in 'web-browsing' activity but an increase in VPN application usage. Command Center would show VPN tunnel traffic bypassing policy checks.
C) Most Likely Reason: The firewall is not configured to perform App-ID on HTTP traffic. Tool Action: Activity Insights would show traffic categorized as 'unknown- tcp' instead of 'web-browsing' for HTTP. Command Center would display sessions with 'unknown-tcp' as the application.
D) Most Likely Reason: The 'service' in 'Block-External-Browsing' is 'any', making it less specific than 'Allow-Internal-HTTP' and thus being hit first for internal traffic. Tool Action: Policy Optimizer would recommend making the 'Block-External-Browsing' rule more specific, possibly by adding a source or destination zone.
E) Most Likely Reason: The 'Block-External-Browsing' rule is placed lower in the rulebase than 'Allow-Internal-HTTP'. Tool Action: Policy Optimizer's 'Rule Order' view would visually indicate the incorrect placement. Command Center session logs would confirm traffic hitting 'Allow-Internal-HTTP' instead of 'Block-External-Browsing'.

5. A network administrator is designing an SD-WAN profile for a branch office that requires strict QOS for VoIP traffic and dynamic path selection based on real-time link quality. The branch has two ISP links: one MPLS and one Internet broadband. The administrator wants VoIP to always prefer MPLS if its jitter is below 10ms, otherwise failover to broadband. For general web traffic, a balanced distribution across both links is desired. Which of the following SD-WAN profile configurations, when combined, would best achieve this, assuming a basic Path Monitoring profile is already defined?

A) Create a custom application for VoIP, assign it a 'High' priority in the QOS profile, and use a 'Best Quality' path selection profile for the VoIP application, prioritizing MPLS. Configure a 'Session Distribution' method for web traffic.
B) Define a service route for VoIP over MPLS, and another for broadband. Apply a health-check monitor to the MPLS link for VoIP traffic with a jitter threshold. For web traffic, configure policy-based forwarding to distribute sessions.
C) Define a 'VoIP' application group, create an SD-WAN policy rule with VoIP' as the application, set 'Link Quality' as the Path Selection metric with a 'Jitter' threshold of 1 Oms for MPLS, and a 'Weighted Round Robin' load balancing for other traffic.
D) Configure an SD-WAN policy rule with 'Application: VoIP', a 'Path Quality' profile preferring MPLS with a Jitter threshold, and a 'Dynamic Path Monitoring' profile to constantly assess link health. For web traffic, use 'Session Distribution' with an 'Equal Cost Multi-Path' (ECMP) routing.
E) Implement an SD-WAN profile with a 'Performance-Based' policy for VoIP, specifying a 'Jitter' SLAof 1 Oms for MPLS. For web traffic, use a 'Load Balancing' policy with 'Session Distribution' across available links.

Solutions: