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Palo Alto Networks Network Security Analyst Sample Questions:

1. An organization is using a custom External Dynamic List (EDL) for IP addresses, sourced from an internal HTTP server. The firewall's data plane interfaces are in an 'internal' zone, and the EDL source server is in a 'dmz' zone. The security policy allowing EDL updates is as follows:

However, the EDL consistently fails to update, and logs show no attempts to reach the EDL server from the 'internal' zone. What is the most likely reason for this failure?

A) The 'Application' should be 'paloalto-updates' instead of 'web-browsing'.
B) The 'Service' should be 'application-default' to cover both HTTP and HTTPS.
C) The firewall requires a security profile attached to this policy.
D) The 'Source Zone' should be 'management' because EDL fetching is a management plane operation.
E) A NAT policy is missing to allow the firewall to reach the DMZ.

2. An enterprise is deploying a new containerized application infrastructure, using Kubernetes, exposed via a dedicated load balancer that sits behind a Palo Alto Networks firewall. The security team anticipates a very high, burstable volume of legitimate traffic, but also expects sophisticated HTTP/2-based DoS attacks that exploit the protocol's multiplexing capabilities and header compression. The firewall needs to detect and mitigate these without impacting legitimate, high-concurrency connections. Given that standard HTTP/I .1 flood protection might be insufficient, what advanced DoS profile configurations should be prioritized for the Palo Alto Networks firewall to protect this environment, assuming HTTP/2 inspection is enabled?

A) Enable 'HTTP Flood' protection with 'Per-Request Rate' and 'Per-Source IP Rate' thresholds, and configure 'Syn-Cookie' as the action. Also, set a low 'Client Read Timeout' in 'Slow HTTP Protection' to counter slow HTTP/2 attacks.
B) Utilize 'HTTP Flood' protection within a DoS Protection Profile, ensuring 'HTTP/2' is enabled for inspection on the relevant security policy. Set 'Per-Request Rate' and 'Per-Source IP Rate' aggressively, and importantly, tune 'Per-URL Rate' and 'URL Query String Length' thresholds to detect malformed or excessively long HTTP/2 requests/streams.
C) Focus on 'Session Based Attack Protection' with very high 'Max Concurrent Sessions' and 'Session Rate' thresholds, coupled with 'Packet Based Attack Protection' for TCP and UDP floods to handle general volumetric attacks.
D) Implement 'Zone Protection' on the ingress zone, enabling 'Flood Protection' for 'HTTP Flood' and setting 'Action: Reset'. Complement this with 'IP Address Block' for sources exceeding a high connection rate.
E) Configure 'DoS Protection Policy' with 'Target' rules for the load balancer IPs. Within these rules, enable 'HTTP Flood' protection. Critically, utilize 'HTTP Header Length' and 'HTTP Header Count' thresholds to detect HTTP/2 'HPACK Bomb' or excessive header attacks. Also, set 'Client Read Timeout' for 'Slow HTTP Protection' and ensure 'Action: Protect' is chosen for relevant thresholds.

3. A large enterprise is implementing a new BYOD policy and needs to perform SSL Forward Proxy decryption on all user traffic for threat inspection. Due to the diverse nature of BYOD devices (Windows, macOS, Android, iOS), the IT team is concerned about certificate trust issues on user endpoints after deploying the firewall's Forward Trust certificate. Which of the following strategies best addresses the challenge of distributing and trusting the firewall's Forward Trust Certificate across this diverse BYOD landscape?

A) Excluding all BYOD traffic from SSL decryption to avoid certificate issues, relying solely on network-level protection.
B) Leveraging a Mobile Device Management (MDM) solution to push the Forward Trust Certificate as a trusted root CA to managed BYOD devices, combined with clear user instructions for unmanaged devices.
C) Manually installing the Forward Trust Certificate on each BYOD device, which is scalable and ensures trust.
D) Configuring the firewall to use a publicly trusted CA certificate for SSL Forward Proxy, eliminating the need for endpoint trust.
E) Implementing Captive Portal authentication for BYOD users, where the certificate is automatically installed upon successful login.

4. An administrator is troubleshooting intermittent decryption failures for a specific set of websites. The logs show 'SSL Protocol Error' or 'Unsupported Protocol Version' frequently. The current decryption profile uses default settings for protocol versions. Upon investigation, it's discovered these websites are still using TLS 1.0 or TLS 1.1 , while the firewall is configured to prefer TLS 1.2 and above by default. Which of the following actions, or combination of actions, could resolve this issue while minimizing security compromises?

A) Install the certificates of these websites as trusted CAS on the firewall.
B) Add the problematic websites to a custom URL category and configure a 'No Decryption' policy for this category.
C) Disable SSL decryption entirely for these specific websites using an exclusion list.
D) Modify the existing Decryption Profile's 'Minimum Protocol Version' to 'TLS 1.0' globally.
E) Create a new Decryption Profile. In the 'SSL Protocol Settings' section, set the 'Minimum Protocol Version' to 'TLS 1.0'. Apply this new profile to a security policy rule specific to these problematic websites, placed above the general decryption rule.

5. A global financial institution is implementing Strata Logging Service for their extensive Palo Alto Networks firewall deployment. They face stringent regulatory requirements for data residency and auditability, necessitating that certain log types (e.g., authentication, sensitive data filtering) remain within specific geographic regions while others (e.g., general traffic, threat) can be stored globally Furthermore, auditors require immutable log records for a minimum of 7 years. How can this complex requirement be met using Strata Logging Service and related Palo Alto Networks capabilities?

A) Strata Logging Service natively supports data residency through geo-fencing options for specific log types. Enable this feature and set retention to 7 years. For immutability, integrate with a WORM (Write Once Read Many) storage solution provided by Palo Alto Networks.
B) This requirement cannot be fully met with Strata Logging Service alone due to its global nature; a hybrid approach with dedicated regional syslog servers and a separate immutable archive is the only viable option.
C) Use multiple Strata Logging Service instances, each configured for a specific geographic region, and direct firewalls to the appropriate regional instance based on their location. Leverage Strata Logging Service's native data retention policies for the 7-year requirement.
D) Deploy local Panorama log collectors in each region, forward sensitive logs to them, and then use a global Strata Logging Service for non-sensitive logs. Implement a separate archival solution for 7-year immutability.
E) Configure all firewalls to send logs to a single global Strata Logging Service instance. Use advanced SLQL queries with 'geo_location' field filters and export relevant logs to regional SIEMs or long-term storage solutions.

Solutions: