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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 is configuring a decryption profile for an internal network segment. The security policy requires that all outbound TLS traffic destined for financial institutions (identified by a custom URL category 'Financial_Sites') must be decrypted, while traffic to healthcare providers (identified by 'Healthcare_Sites') must remain undecrypted due to privacy regulations. All other unclassified TLS traffic should be subject to SSL Forward Proxy decryption with a block action if decryption fails. Which combination of decryption profile settings and security policy rules will achieve this, assuming a Decryption Profile 'Financial_Decryption' (Forward Proxy, Block on failure) and 'No_Decryption' profiles exist?

A) Rule 1: Source: Internal-Zone, Destination: Financial_Sites, Service: application-default, Action: Decrypt, Decryption Profile: Financial_Decryption. Rule 2: Source: Internal-Zone, Destination: Healthcare_Sites, Service: application-default, Action: Decrypt, Decryption Profile: No_Decryption. Rule 3: Source: Internal- Zone, Destination: Any, Service: application-default, Action: Allow, Decryption Profile: Financial_Decryption.
B) Rule 1: Source: Internal-Zone, Destination: Any, Service: application-default, Action: Allow, Decryption Profile: Financial_Decryption. Rule 2: Source: Internal-Zone, Destination: Healthcare_Sites, Service: application-default, Action: Allow, Decryption Profile: No_Decryption. Rule 3: Source: Internal-Zone, Destination: Financial_Sites, Service: application-default, Action: Allow, Decryption Profile: Financial_Decryption.
C) Rule 1: Source: Internal-Zone, Destination: Financial_Sites, Service: ssl, Action: Allow, Decryption Profile: Financial_Decryption. Rule 2: Source: Internal-Zone, Destination: Healthcare_Sites, Service: ssl, Action: Allow, Decryption Profile: No_Decryption. Rule 3: Source: Internal-Zone, Destination: Any, Service: ssl, Action: Allow, Decryption Profile: Financial_Decryption.
D) Rule 1: Source: Internal-Zone, Destination: Financial_Sites, Service: application-default, Action: Allow, Decryption Profile: Financial_Decryption. Rule 2: Source: Internal-Zone, Destination: Healthcare_Sites, Service: application-default, Action: Allow, Decryption Profile: No_Decryption. Rule 3: Source: Internal-Zone, Destination: Any, Service: application-default, Action: Allow, Decryption Profile: Financial_Decryption.
E) Rule 1: Source: Internal-Zone, Destination: Financial_Sites, Service: application-default, Action: Allow, Decryption Profile: Financial_Decryption. Rule 2: Source: Internal-Zone, Destination: Healthcare_Sites, Service: application-default, Action: Allow, Decryption Profile: Financial_Decryption. Rule 3: Source: Internal-Zone, Destination: Any, Service: application-default, Action: Allow, Decryption Profile: No_Decryption.

2. A large enterprise uses a Palo Alto Networks firewall in an active/passive HA pair. They need to implement a data loss prevention (DLP) solution for outbound traffic, specifically to prevent sensitive intellectual property (IP) from leaving the network via email (SMTP, SMTPS) or file transfers (FTP, SMB). The IP is defined by a set of keywords and regular expressions. Additionally, they must ensure that this DLP inspection does not significantly degrade performance for high-volume, non-sensitive traffic. How would you configure Data Filtering profiles and apply them, considering performance and security?

A) Define a Data Filtering profile with sensitive data patterns. Set the action to 'block' and enable 'log at session start' and 'log at session end'. Apply this profile to a Security Profile Group. Create a security policy rule for each relevant application (SMTP, SMTPS, FTP, SMB) with source as 'internal zones' and destination as 'untrust zone', applying the Security Profile Group to these rules. Ensure the 'any' application is not used.
B) Create a Data Filtering profile for each sensitive IP type. Configure a custom data pattern (e.g., 'ProjectX-code', 'CustomerDB-records'). Set the action to 'block' for high severity. Create security policy rules specifically for SMTP/SMTPS, FTP, and SMB applications destined for the untrust zone. Attach a Security Profile Group containing only the Data Filtering profile to these specific rules.
C) Create a single Data Filtering profile. Define multiple data patterns (keywords, regex) for the IR Set the action for all patterns to 'block'. Apply this Data Filtering profile to a Security Profile Group, which is then attached to all outbound security policy rules. This ensures full coverage.
D) Configure a Data Filtering profile with sensitive patterns and 'block' action. Implement PBF to divert all outbound SMTP, SMTPS, FTP, and SMB traffic to a dedicated Vwire interface. On this Vwire, apply a Security Profile Group that includes the Data Filtering profile and other relevant threat prevention. Other traffic bypasses this path.
E) Utilize a common Security Profile Group with Antivirus, Anti-Spyware, and Vulnerability Protection for all outbound traffic. Then, create a separate Security Profile Group containing the Data Filtering profile for sensitive IP. Apply this Data Filtering-specific group to a separate 'DLP security policy rule, ensuring it's evaluated before the general outbound rules.

3. An organization is migrating services to a hybrid cloud environment and needs to create custom Zone Protection profiles to mitigate specific Layer 2 and Layer 3 attacks targeting their new cloud-connected interfaces. They have identified the following attack vectors:
1 . ARP Spoofing attempts originating from within the trusted internal network segment connected to the firewall's 'trust-zone' interface.
2. IP Spoofing (source IP outside allowed ranges) on their external-facing 'untrust-zone' interface.
3. Fragmented Packet attacks targeting the 'dmz-zone' interface, where a critical web server resides. Which combination of Zone Protection Profiles and their respective settings would address these requirements most effectively and precisely?

A)

B)

C)

D)

E)

4. A Security Administrator is implementing a new policy on a Palo Alto Networks firewall. The requirement is to allow specific internal users access to Salesforce, but only for the 'Sales Cloud' application, and block all other Salesforce functionalities. The organization also wants to enforce strict file transfer restrictions within this allowed Salesforce access. Which combination of Security Policy elements and profiles would be most effective and precise in achieving this goal?

A) Source Zone: Trust, Source IJser: sales_team_group, Destination Zone: Untrust, Application: salesforce-salescloud, Service: application-default, Actions: allow, Profile: File Blocking Profile (block executable & archives), WildFire Analysis Profile.
B) Source Zone: Trust, Source User: sales_team_group, Destination Zone: Untrust, Application: salesforce-salescloud, Service: application-default, Actions: allow, Profile: File Blocking Profile (block executable & archives), Data Filtering Profile (block PII), Antivirus Profile, Vulnerability Protection Profile.
C) Source Zone: Trust, Source User: any, Destination Zone: Untrust, Application: salesforce-base, Service: tcp/443, Actions: allow, Profile: Data Filtering Profile (block sensitive data).
D) Source Zone: Trust, Source User: sales_team_group, Destination Zone: Untrust, Application: any, Service: application-default, Actions: allow, Profile: URL Filtering Profile (allow salesforce.com), File Blocking Profile (block all files).
E) Source Zone: Trust, Source User: sales_team_group, Destination Zone: Untrust, Application: salesforce-base, Service: application-default, Actions: allow, Profile: File Blocking Profile (block all files).

5. Consider the following firewall policy configuration snippet from a Panorama managed firewall:

An analyst observes internal users are still able to browse external HTTP websites, contradicting the 'Block-External-Browsing' rule. Using Policy Optimizer, Command Center, and Activity Insights, what is the most likely reason for this behavior, and how would these tools help identify and rectify it? (Select all that apply)

A) Most Likely Reason: Users are bypassing the firewall using a VPN. Tool Action: Activity Insights would show a drop in 'web-browsing' activity but an increase in VPN application usage. Command Center would show VPN tunnel traffic bypassing policy checks.
B) Most Likely Reason: The 'Block-External-Browsing' rule is placed lower in the rulebase than 'Allow-Internal-HTTP'. Tool Action: Policy Optimizer's 'Rule Order' view would visually indicate the incorrect placement. Command Center session logs would confirm traffic hitting 'Allow-Internal-HTTP' instead of 'Block-External-Browsing'.
C) Most Likely Reason: The firewall is not configured to perform App-ID on HTTP traffic. Tool Action: Activity Insights would show traffic categorized as 'unknown- tcp' instead of 'web-browsing' for HTTP. Command Center would display sessions with 'unknown-tcp' as the application.
D) Most Likely Reason: The 'service' in 'Block-External-Browsing' is 'any', making it less specific than 'Allow-Internal-HTTP' and thus being hit first for internal traffic. Tool Action: Policy Optimizer would recommend making the 'Block-External-Browsing' rule more specific, possibly by adding a source or destination zone.
E) Most Likely Reason: The 'Allow-Internal-HTTP' rule is shadowing 'Block-External-Browsing'. Tool Action: Policy Optimizer would highlight 'Allow-Internal-HTTP' as a shadowed rule or show its 'usage' affecting external traffic. Command Center would show sessions hitting 'Allow-Internal-HTTP' for external destinations.

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