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질문 # 109
Which path in PAN-OS 10.0 displays the list of port-based security policy rules?
정답：A
설명：
https://docs.paloaltonetworks.com/pan-os/9-0/pan-os-admin/app-id/security-policy-rule-optimization/migrate-port-based-to-app-id-based-security-policy-rules.html
질문 # 110
When a security rule is configured as Intrazone, which field cannot be changed?
정답：D
설명：
When a security rule is configured as Intrazone, the destination zone field cannot be changed. This is because an intrazone rule applies to traffic that originates and terminates in the same zone. The destination zone is automatically set to the same value as the source zone and cannot be modified1. An intrazone rule allows you to control and inspect traffic within a zone, such as applying security profiles or logging options2. References: What are Universal, Intrazone and Interzone Rules?, Security Policy, Updated Certifications for PAN-OS 10.1, Palo Alto Networks Certified Network Security Administrator (PAN-OS
10.0) or [Palo Alto Networks Certified Network Security Administrator (PAN-OS 10.0)].
질문 # 111
You are a Network Security Analyst managing a Palo Alto Networks firewall. A critical internal application, 'Project-Zeus', connects to an external SaaS provider over TCP/443. This SaaS service uses a highly customized TLS implementation that consistently causes App- ID to identify the traffic as 'ssl-unknown' or 'unknown-tcp', even though the service is legitimate and approved. The security team wants to ensure 'Project-Zeus' traffic is explicitly identified as 'project-zeus-app' (a pre-defined custom application) to apply a specific set of security profiles, including advanced threat prevention and decryption, that are tailored to its known behavior. The SaaS provider's IP range is dynamic but always resides within a specific FQDN object (saas.example.com) that resolves to multiple IPs.
Which combination of configuration elements will reliably achieve this goal?
정답：B
설명：
This question combines the need for Application Override with FQDN objects. An Application Override is the most robust solution for forcing application identification when App-ID struggles with proprietary protocols on standard or non-standard ports. Option A correctly uses the Application Override to classify the traffic based on source IP, port, and most importantly, the FQDN object for the dynamic destination. This ensures the correct identification before the security policy is applied, allowing granular control. While SSL Decryption (Option B) might reveal more, the problem states the issue is with App-ID's initial classification, which an override directly addresses without necessarily needing decryption for the override itself. Creating custom signatures (Option B part 2) is more complex and maintenance-heavy. Options C, D, and E either don't reclassify the traffic effectively or are too broad/less precise.
질문 # 112
An organization uses a Palo Alto Networks firewall and requires highly specific logging and alerting for anomalous DNS queries. They want to generate a custom log entry whenever a DNS query for a domain matches a specific regex pattern 'A(?!. (?:googlelmicrosoftlamazon)\.com$). AND the query originates from a client within their 'Guest_Network' zone. Furthermore, the log entry should include the matched domain and the client's IP address. Which custom log configuration using a Data Pattern and custom Log Profile would achieve this requirement while minimizing performance impact?
정답：B
설명：
This is a challenging question that requires understanding the nuances of different custom object types and their logging implications, especially for DNS queries. Problem Analysis: Target: DNS queries. Pattern: Regex on the domain name (DNS query name). Condition: Originates from 'Guest_Network'. Action: Generate a custom log entry (alert), including matched domain and client 12 Constraint: Minimize performance impact. Evaluation of Options: A: Data Pattern/Data Filtering: Data Patterns are primarily designed for content inspection within application payloads (e.g., file transfers, web forms) and for Data Loss Prevention. While 'dns-query-name' can be a context for data patterns, using it for simple regex matching on DNS queries is generally less efficient and less idiomatic than a threat signature. It's more heavyweight. Also, Data Filtering logs are not the standard place for this type of anomaly. B: Custom Threat Signature/Vulnerability Protection Profile (Correct): 1. Custom Threat Signature: This is the most appropriate object for detecting anomalous patterns in network protocols like DNS. The 'dns-query-name' location is perfect for matching on the domain name in DNS queries. Setting the type to 'Spyware' or "Vulnerability' is suitable for threat-related anomalies. The regex is correctly defined. 2. Vulnerability Protection Profile: This profile is where you define the action for threat signatures. Setting it to 'alert' is exactly what's required. 3. Log Forwarding Profile: Threat logs contain detailed information, including the matched threat ID (your custom signature's ID), source IP, destination IP, and crucially, the matched pattern string (the domain name). This perfectly fulfills the logging requirement. 4. Security Rule Application: Applying the 'Vulnerability Protection Profile' to the specific security rule for "Guest_Network' traffic to 'dns' ensures that only relevant traffic is inspected. This approach is purpose-built for such threat detection. C: Custom Application: Custom Applications are for identifying applications based on their unique characteristics (ports, handshake, HTTP headers, URIS, etc.). While you could technically identify DNS traffic with a specific query name as a 'custom app', the primary purpose of App-ID is classification for policy enforcement, not fine-grained pattern detection alerts . The resulting logs would be 'Traffic Logs', which might not have the specific detail of the matched DNS query name readily available in a dedicated field for easy SIEM parsing, unlike Threat Logs. D: Custom URL Category/URL Filtering: URL Categories and URL Filtering Profiles are specifically designed for web (HTTP/HTTPS) traffic. They operate on URLs, not raw DNS queries. While DNS is involved in URL resolution, URL filtering happens after DNS resolution and is applied to HTTP/HTTPS sessions. This is completely inappropriate for direct DNS query inspection. E: Log Query/Email Alert: This option describes how to monitor for the logs after they've been generated. It does not describe how to configure the firewall to generate the initial log/alert based on the specific DNS query pattern. This is a post-detection analysis mechanism, not a detection mechanism.
질문 # 113
In Panorama, which feature allows an analyst to group multiple Template Stacks together to push a common set of network configurations to a large number of firewalls simultaneously?
정답：B
설명：
In a large-scale deployment managed by Panorama, consistency across network configurations (like DNS, NTP, and SNMP settings) is achieved using Templates and Template Stacks. To manage common settings across many devices that may otherwise have unique requirements (like different local IP addresses), analysts use Variables.
Variables allow the analyst to define a standard configuration in a template but leave specific values as placeholders (e.g., $Local_Gateway). When the configuration is pushed to the firewalls, Panorama inserts the specific value assigned to each individual device. This ensures that the analyst can manage hundreds of firewalls using a single, unified template stack while still accommodating the local network differences required for each site to function. This reduces the administrative burden of maintaining dozens of near-identical templates and minimizes the risk of manual configuration errors during site deployments.
질문 # 114
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