SecOps-Generalist最も有効な質問と解答で勉強

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Palo Alto Networks Security Operations Generalist 認定 SecOps-Generalist 試験問題：

問題 #1

A security administrator is investigating a user who is suspected of attempting to download malware and access restricted websites using encrypted channels. The Palo Alto Networks NGFW (or Prisma Access) is configured with SSL Forward Proxy decryption, URL Filtering, Antivirus, and WildFire Analysis profiles applied to the relevant security policy rules. Which log types should the administrator examine in Cortex Data Lake or Panorama to gain comprehensive insight into this user's activity and any detected security events?
(Select all that apply)

A. Threat logs, to see if any malware, exploit, or other threats were detected within the user's traffic or files.
B. Decryption logs, to confirm whether SSL decryption was attempted and successful for the user's encrypted traffic.
C. Traffic logs, to see which sessions were allowed or denied, the applications used, and identify sessions related to the user.
D. File logs, to see if any files were transferred, their type, and the outcome of Antivirus or WildFire analysis.
E. URL Filtering logs, to see which websites the user attempted to access and the categories/actions associated with those sites.

問題 #2

A company is using Prisma Access for remote users and wants to enforce a policy where access to file-sharing applications (like Dropbox, Google Drive upload) is restricted to specific user groups, regardless of whether the destination is a sanctioned corporate account or a personal account. All other standard internet browsing should be allowed for everyone. How would this policy be implemented using Prisma Access Security and App-ID?

A. Use URL Filtering to block the category 'File Sharing and Storage' for all users except the allowed group.
B. D Configure a Security Policy rule with 'Source User' set to the user groups that should not have access, 'Destination Zone' as 'Public', 'Application' set to the file- sharing App-IDs, and 'Action' as 'deny'. Place this rule above a general 'allow' rule.
C. Configure a Security Policy rule with 'Source User' set to the allowed user group, 'Destination Zone' as 'Public', 'Application' set to the file-sharing App-IDs, and 'Action' as 'allow'. Place this rule above a more general 'allow' rule for other web browsing.
D. Create a custom application signature for file-sharing applications based on port and protocol.
E. Configure a NAT policy rule to block traffic destined for file-sharing service IPs.

問題 #3

An organization uses numerous SaaS applications (e.g., Office 365, Salesforce, Slack). They want to gain granular visibility into which specific functions within these applications users are accessing (e.g., posting a message in Slack, uploading a file to OneDrive, viewing a record in Salesforce) and enforce policies based on these actions. Which Palo Alto Networks feature, extended by CDSS, provides the capability to identify these specific activities within a SaaS application?

A. URL Filtering categories
B. Data Filtering patterns
C. Service ports and protocols
D. App-ID and Application Function Control
E. Threat Prevention signatures

問題 #4

A security operations center (SOC) analyst is responsible for monitoring security events for users connected to Prisma Access. They need to access a centralized repository of logs generated by the Prisma Access service edges to investigate incidents, analyze traffic patterns, and generate reports. Which Palo Alto Networks cloud-based service provides this centralized logging functionality for Prisma Access?

A. Prisma SD-WAN Cloud Management Console
B. Prisma Cloud
C. Panorama M-Series appliance
D. Cortex Data Lake (formerly Strata Logging Service)
E. Legacy Syslog server

問題 #5

Differentiate between the packet processing characteristics of the 'slow path' and the 'fast path' in a Palo Alto Networks security platform (Strata/Prisma Access). Select all statements that accurately describe the distinctions.

A. Packets entering the fast path undergo a full security policy re-evaluation and App-ID re-identification on every packet to ensure dynamic policy enforcement.
B. If a session on the fast path encounters a specific condition requiring deeper analysis (e.g., a file upload triggering WildFire analysis or encountering a complex attack signature), subsequent packets for that session or the relevant data stream might be temporarily diverted back to the slow path or a dedicated inspection engine before potentially returning to the fast path.
C. Deep packet inspection for security profiles like Threat Prevention, WildFire submission, and Decryption are exclusively performed in the fast path due to performance requirements.
D. The slow path is primarily responsible for initial session creation and the application of App-ID and policy lookup, utilizing the device's general-purpose CPU(s).
E. The fast path handles the vast majority of traffic volume for established sessions, relying on hardware acceleration (ASICs or FPGAs) for high throughput.

解説：