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最新的 Palo Alto Networks Certification NetSec-Analyst 免費考試真題:

1. A security architect is designing a highly automated incident response workflow using Palo Alto Networks Panorama and external SOAR (Security Orchestration, Automation, and Response) platform. The workflow needs to dynamically quarantine compromised endpoints by adding their IP addresses to a 'Quarantine' Dynamic Address Group (DAG) on Panoram a. The DAG then triggers a block policy. Which of the following code snippets (or API calls) demonstrates the correct and most efficient method for a SOAR platform to add an IP address to an existing DAG via Panorama's XML API?

A)

B)

C)

D)

E)

2. A Palo Alto Networks firewall is configured with User-ID and integrated with Active Directory. The network team reports that users from the 'Guest Wi-Fi' network are occasionally accessing internal resources. The current security policy allows 'Guest_Wi-Fi' users only to specific internet sites. Investigation reveals that the Guest Wi-Fi SSID is configured to assign IPs from a different subnet than the corporate network, but the User-ID mapping is still showing internal corporate users mapped to some Guest Wi-Fi IPs due to cached logins or session sharing. How would you prevent 'Guest_Wi-Fi' users, regardless of their User-ID mapping, from accessing internal resources while maintaining their internet access?

A) Implement an explicit Policy-Based Forwarding (PBF) rule for the Guest_Wi-Fi subnet to route all traffic directly to the internet, bypassing security policy evaluation for internal destinations.
B) Configure a User-ID exclusion list for the Guest_Wi-Fi subnet to prevent any User-ID mappings for those IPs, then create a deny rule for Guest_Zone to Internal Zone.
C) Create a new Security Policy rule with Source Zone: Guest_Zone, Source Address: Guest_Wi-Fi_Subnet, Source User: any, Destination Zone: Internal_Zone, Action: deny. Place this rule with the highest priority.
D) Create a new Security Policy rule with Source Zone: Guest_Zone, Source User: any, Destination Zone: Internal_Zone, Action: deny. Place this rule above all other internal access rules.
E) Modify the existing rules for 'Guest_Wi-Fi' internet access by adding Destination Zone: Untrust and ensuring no rules allow Guest_Wi-Fi to Internal_Zone. Clear User-ID cache periodically.

3. A network administrator is troubleshooting an intermittent application connectivity issue that only affects a specific subnet, but only when traffic traverses a particular firewall managed by Panoram a. The administrator suspects a recent policy change. How can Panorama's features be leveraged to efficiently diagnose and potentially revert problematic policy changes for this specific firewall, minimizing impact to other devices?

A) Utilize Panorama's 'Configuration History' and 'Load Named Configuration' features to review recent changes, identify the specific commit that introduced the issue, and revert only that firewall's configuration to a previous, known-good state without affecting other devices managed by Panorama.
B) Disable all security policies on the problematic firewall to isolate the issue, then re-enable them one by one.
C) Use the 'Commit Scope' feature in Panorama to commit only the changes made to the problematic device group and then review the commit history on the device itself.
D) Export the full configuration of all firewalls, use a diff tool to compare them, then manually reconfigure the problematic firewall.
E) Perform a 'Revert to Last Saved Configuration' directly on the affected firewall, then manually re-apply all necessary changes.

4. A Palo Alto Networks Network Security Engineer is investigating an alert on the Incidents and Alerts page indicating 'Port Scan detected'. The alert details point to a source IP of 192.168.1.50 and a destination IP range. In the Log Viewer, filtering for 'threat' logs from 192.168.1.50 reveals numerous 'vulnerability' logs with 'severity: low' for various destination ports. The engineer suspects an advanced, low-and-slow reconnaissance attempt that isn't being fully captured by the default settings. Which of the following advanced configurations or investigative steps would MOST effectively improve detection and incident generation for such sophisticated scanning and potentially identify the true extent of the activity?

A) Enable 'DDoS Protection' profiles and configure zone-based protection with aggressive thresholds for SYN flood and UDP flood, as port scans often precede these attacks.
B) Adjust the 'Scan Detection' threshold in the Anti-Spyware profile to a lower value and set the action to 'block' and 'generate alert' for port scan events. Also, enable packet capture for the source IP.
C) Create a custom 'Threat Signature' in the Vulnerability Protection profile based on the specific port scan patterns observed in the low-severity logs, assigning it a 'high' severity and 'alert' action. Correlate this with existing Incidents.
D) Increase the logging level for all security policies to 'session-start' and 'session-end' to capture more granular traffic details, and then review all session logs for the source IP.
E) Configure a 'Correlation Object' on the firewall that triggers a 'critical' severity incident if 'N' low-severity vulnerability logs from the same source IP are observed within 'X' seconds, targeting different ports. This would require specific Custom Reports in the Log Viewer or a SIEM integration.

5. An organization is leveraging Palo Alto Networks Panorama for managing its Next-Generation Firewalls and GlobalProtect. They need to implement dynamic access control for remote users based on their device posture (e.g., patch level, anti-virus status) reported by a third-party Endpoint Detection and Response (EDR) solution. This posture information needs to be consumed by GlobalProtect Security Policies. Which of the following approaches leverages Panorama and its integration capabilities most effectively to achieve this, including an example of how the EDR data might influence policy?

A) The EDR solution sends syslog messages to a SIEM. The SIEM then sends API calls to Panorama to create or modify 'Dynamic Address Groups' based on device posture tags. GlobalProtect policies reference these DAGs. An example DAG filter might be: '(tag eq 'compliance-failed')' which is then used in a security policy: '(source-user is 'any') AND (source is 'DAG_Compliance_FaiIed') THEN (action is 'block'V
B) Set up a scheduled task on Panorama to pull device posture information directly from the EDR's API every hour. This information is stored as custom variables, which are then referenced in GlobalProtect security policies. An example variable might be '_edr_posture_status_'.
C) Integrate the EDR solution with Palo Alto Networks' 'User-ID' feature to map IP addresses to EDR-provided attributes. GlobalProtect Security Policies then utilize 'User-ID' group mapping for dynamic access control. An example might be: '(user-id is 'quarantined_group') AND (application is 'any') THEN (action is 'deny')
D) Directly configure the GlobalProtect Gateways to query the EDR solution for each user's posture during authentication, and then apply a security profile based on the EDR response.
E) Configure the EDR solution to export device posture to a CSV file. Manually upload this CSV to Panorama regularly to update custom address objects that are then used in GlobalProtect policies.

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