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1. A Palo Alto Networks firewall has a Log Forwarding Profile configured to send all logs to a syslog server. The security team needs to monitor 'wildfire' verdicts in real-time. To facilitate this, they request that the forwarded 'wildfire' logs include additional custom fields that are not part of the default syslog format. Specifically, they need the 'file-hash' and 'file-type' from WildFire logs to be explicitly included. How can this be achieved within the Log Forwarding Profile configuration?

A) Within the Log Forwarding Profile, select 'WildFire' log type. Under 'Syslog Fields', you can add custom fields. For 'Field Name', enter 'file-hash' and for 'Value', use the predefined variable for file hash. Repeat for 'file-type'.
B) In the Log Forwarding Profile, configure the syslog destination to use 'Custom Log Format'. Then, in the format string, manually specify the desired fields using predefined variables. For WildFire logs, this would include variables like

C) In the Log Forwarding Profile, you cannot add custom fields to existing log types like WildFire. This functionality is only available for User-ID mapping or custom applications.
D) Under 'Log Forwarding Profile > Syslog Server > CEF Format', enable the 'WildFire' log type and then add new custom entries under 'Custom Fields' for 'file- hash' and 'file-type'.
E) Under 'Log Forwarding Profile > Syslog Server > Custom Log Format', use

2. An organization relies heavily on Microsoft Remote Desktop Protocol (RDP) for administrative access, but they've implemented a custom RDP gateway on a non-standard port TCP/3390. While App-ID correctly identifies 'ms-rdp' on standard port 3389, it identifies TCP/3390 traffic as 'unknown-tcp'. The security team wants to ensure:
1 . All TCP/3390 traffic to the RDP gateway is explicitly identified as 'ms-rdp'.
2. Specific threat prevention profiles and a custom QOS profile are applied to this 'ms-rdp' traffic.
3. No other application override rule or App-ID signature should inadvertently reclassify this critical traffic.
Which of the following CLI command sequences for an Application Override policy would best meet these requirements?

A)

B)

C)

D)

E)

3. A large enterprise is migrating a critical application to a new microservices architecture, resulting in highly dynamic network traffic patterns within a segmented data center. The security team is struggling to define precise security policies due to the ephemeral nature of microservice IPs and ports. They want to leverage Palo Alto Networks features to automatically learn and recommend policies based on observed traffic, and then continually monitor for policy deviations. Which sequence of actions and tools would be most effective?

A) 1. Configure Dynamic Address Groups (DAGs) with integration to orchestration platforms. 2. Enable App-ID for all inter-microservice traffic. 3. Leverage Policy Optimizer's 'Policy Recommendation' feature based on observed traffic. 4. Continuously monitor with Command Center for deviations from learned baselines.
B) 1. Use Activity Insights to generate reports on all inter-VPC traffic. 2. Manually define security policies using IP addresses and port ranges. 3. Monitor for policy hits and misses using firewall logs.
C) 1. Enable Learning Mode on relevant security rules. 2. Use Activity Insights to observe new application patterns. 3. Manually create new rules based on observed traffic and commit.
D) 1. Implement Security Policy Rules with 'any' for application and service. 2. Use Command Center to identify the most active microservices. 3. Manually narrow down 'any' rules based on Command Center data.
E) 1. Deploy GlobaIProtect for all microservices. 2. Use Activity Insights to track user-based microservice access. 3. Rely on Threat Prevention profiles to secure communication.

4. A managed security service provider (MSSP) uses Strata Cloud Manager (SCM) to deliver security services to multiple distinct customers. Each customer requires strict logical separation of their firewall configurations, policies, and logs within SCM, while the MSSP's central operations team needs a consolidated view of all customer environments without cross-customer data leakage. Which SCM design principles and features are paramount for achieving this multi-tenancy with secure isolation?

A) Distributing management tasks to on-premise Panorama instances for each customer.
B) Implementing separate SCM instances for each customer to ensure physical isolation.
C) Configuring SD-WAN overlays to segment customer traffic at the network layer.
D) Leveraging SCM's Device Groups for logical separation, combined with granular Role-Based Access Control (RBAC) and explicit permissions per device group.
E) Utilizing a single SCM instance and relying solely on Application-ID for traffic segmentation.

5. An internal server (10.0.1.5) on the 'Trust' zone needs to access a specific public service (example.com, 1.1.1.1) on TCP port 80. Due to a complex network design and a requirement for strict outbound traffic control, all traffic from this server to 1.1.1.1:80 must be translated to a specific public IP 203.0.113.20. All other traffic from 10.0.1.5 to the Internet should use the firewall's egress interface IP (203.0.113.1 Additionally, any return traffic from 1.1.1.1 to 203.0.113.20 should be automatically translated back to 10.0.1.5. Which of the following NAT configurations achieves this with the highest specificity and ensures bi-directional communication for the dedicated service?

A) This requires two separate security policies, one for 1.1.1.1 and another for general internet access, with no specific NAT configuration.
B)

C) A single NAT rule with a U-Turn NAT for the specific service.
D)

E)

問題與答案：