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

1. A Palo Alto Networks administrator needs to investigate a potential data exfiltration attempt. They have identified several 'data-filtering' logs in the Log Viewer indicating sensitive data patterns being transmitted outbound. The Incidents and Alerts page shows a correlated alert for 'High Severity DLP Violation'. Which of the following data points from the Log Viewer and Incidents page are MOST critical for initial forensic analysis and response?

A) Log Viewer: 'Source IP', 'Destination IP', 'Application', 'User', 'Data Filter Profile', 'Action'. Incidents Page: 'Alert ID', 'Description', 'Correlated Events', 'Recommended Action'.
B) Log Viewer: 'Severity', 'Rule Name', 'Interface'. Incidents Page: 'Description', 'Affected Assets'.
C) Log Viewer: 'Protocol', 'Source Port', 'Destination Port'. Incidents Page: 'MITRE ATT&CK Tactic', 'MITRE ATT&CK Technique'.
D) Log Viewer: 'Time', 'Source IP', 'Destination IP', 'Application', 'User'. Incidents Page: 'Alert ID', 'Status'.
E) Log Viewer: 'Session ID', 'Byte Count', 'Ingress Zone'. Incidents Page: 'Assignee', 'Creation Time'.

2. A Palo Alto Networks firewall needs to forward all security-related logs (traffic, threat, URL, data, wildfire, auth) to a Splunk instance via syslog. However, a critical requirement dictates that for 'threat' logs specifically, only those with a 'high' or 'critical' severity should be sent to Splunk, while all other selected log types (traffic, URL, data, wildfire, auth) should be sent regardless of severity. How would this granular filtering be achieved within a single Log Forwarding Profile?

A) Use two Log Forwarding Profiles. One for threat logs (filtered for high/critical severity), and another for all other security logs (no severity filter). Apply both profiles to the relevant Security Policies, ensuring they forward to the same Splunk syslog server.
B) This level of conditional filtering based on severity for a specific log type while others are unfiltered is not directly supported within a single Log Forwarding Profile in PAN-OS. Two separate profiles would be required.
C) Create one Log Forwarding Profile. Select all required log types. For 'threat' logs, adjust the minimum forwarding severity to 'high'. All other log types will be forwarded based on their default minimum severity.
D) Create one Log Forwarding Profile. Select all required log types (traffic, threat, URL, data, wildfire, auth). Under the syslog destination, apply a custom filter:

E) Create a single Log Forwarding Profile. Add the Splunk syslog server. For 'Included Log Types', select 'traffic', 'URL', 'data', 'wildfire', 'auth'. For 'threat' logs, add a separate entry under 'Syslog Fields' to specify 'severity' as a filter and set the threshold.

3. A large enterprise utilizes multiple Palo Alto Networks firewalls globally. They wish to distribute custom blacklists (IP and URL) to all firewalls efficiently and consistently using External Dynamic Lists. They also need to ensure that the lists are updated frequently (every 5 minutes) and are resilient to single points of failure. Which combination of strategies would best meet these requirements?

A) Deploy a high-availability pair of web servers within the internal network to host the EDLs, configure all firewalls to pull from a DNS record resolving to the HA pair, and set the repeat interval to 5 minutes.
B) Host EDLs on a single, centralized web server with a public IP address and configure all firewalls to pull from it with a 5-minute repeat interval.
C) Use Panorama to push static IP address and URL objects to all firewalls every 5 minutes.
D) Create a script on each firewall to curl the blacklist sources every 5 minutes and update a custom application.
E) Manually copy the blacklist files to each firewall's local disk and configure local EDLs with a 'Never' repeat interval.

4. A secure healthcare network leverages Palo Alto Networks NGFWs to protect critical medical IoT devices (IoMT) like infusion pumps and patient monitors. These devices communicate using proprietary protocols over TCP. The security team has identified that some of these devices are attempting to establish undocumented SSH connections to external IP addresses, likely due to a compromise. The challenge is that the NGFW's 'Application-ID' correctly identifies the proprietary IoMT application, but it also identifies the rogue SSH connection from the same device . How can the security policy, leveraging IoT security profiles, be configured to allow the legitimate IoMT proprietary application while blocking the specific SSH connection from the compromised device without disrupting essential medical operations?

A) Implement 'Application Override' for the proprietary IoMT application's port, forcing all traffic on that port to be identified as the legitimate IoMT app, thereby preventing SSH from being identified.
B) Create a 'Security Policy' rule with 'Source: Compromised-IoMT-Device-Group', 'Destination: Any', 'Application: ssh', 'Action: Deny'. Place this rule above the general 'Allow' rule for IoMT devices.
C) Utilize 'Application Filters' to create a 'Permitted-IoMT-Apps' group including only the proprietary IoMT application. Create a 'Security Policy' rule allowing only this 'Permitted-IoMT-Apps' group from the IoMT device group, effectively denying other applications like SSH.
D) Apply an 'Anti-Spyware' profile to the IoMT security policy with a custom signature for the specific SSH traffic pattern observed from the compromised device.
E) Configure an 'IoT Security Profile' with 'Application Function Filtering' to disable all functions of the proprietary IoMT application, effectively blocking all communication.

5. A Security Operations Center (SOC) analyst is investigating a persistent outbound connection from an internal host to a known malicious IP address, despite an existing security policy attempting to block it. The analyst suspects policy shadowing or a misconfigured NAT rule. Which combination of Palo Alto Networks management tools would be most effective for rapidly identifying the root cause and verifying policy effectiveness?

A) Activity Insights for application usage trends and Command Center for VPN tunnel status.
B) Command Center for real-time traffic monitoring and Activity Insights for policy hit count analysis.
C) Command Center for threat intelligence correlation and Policy Optimizer for security profile optimization.
D) Policy Optimizer for identifying shadowed rules and Command Center for detailed session logs.
E) Policy Optimizer for rule cleanup and Panorama Device Groups for policy inheritance visualization.

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