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Palo Alto Networks NGFW-Engineer Exam Overview:

Certification Vendor:	Palo Alto Networks
Exam Name:	Palo Alto Networks Certified Next-Generation Firewall Engineer
Exam Number:	NGFW-Engineer
Exam Duration:	90 minutes
Exam Price:	$250 USD
Certificate Validity Period:	2 years
Exam Format:	Scenario-based, Multiple-choice
Related Certifications:	Palo Alto Networks Certified Network Security Analyst Palo Alto Networks Certified Network Security Professional
Real Exam Qty:	60-85
Passing Score:	860/1000
Available Languages:	English
Sample Questions:	Palo Alto Networks NGFW-Engineer Sample Questions
Exam Way:	Online proctored or In-person via Pearson VUE
Pre Condition:	Hands-on experience with Palo Alto Networks NGFWs is essential. Recommended training: EDU-210 (Firewall Essentials: Configuration and Management) and Panorama: NGFW Management.
Official Syllabus URL:	https://www.paloaltonetworks.com/services/education/network-security

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NGFW-Engineer学習指導、NGFW-Engineer関連合格問題

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Palo Alto Networks NGFW-Engineer 認定試験の出題範囲：

トピック	出題範囲
トピック 1	PAN-OS Networking Configuration: This section of the exam measures the skills of Network Engineers in configuring networking components within PAN-OS. It covers interface setup across Layer 2, Layer 3, virtual wire, tunnel interfaces, and aggregate Ethernet configurations. Additionally, it includes zone creation, high availability configurations (active active and active passive), routing protocols, and GlobalProtect setup for portals, gateways, authentication, and tunneling. The section also addresses IPSec, quantum-resistant cryptography, and GRE tunnels.
トピック 2	PAN-OS Device Setting Configuration: This section evaluates the expertise of System Administrators in configuring device settings on PAN-OS. It includes implementing authentication roles and profiles, and configuring virtual systems with interfaces, zones, routers, and inter-VSYS security. Logging mechanisms such as Strata Logging Service and log forwarding are covered alongside software updates and certificate management for PKI integration and decryption. The section also focuses on configuring Cloud Identity Engine User-ID features and web proxy settings.
トピック 3	Integration and Automation: This section measures the skills of Automation Engineers in deploying and managing Palo Alto Networks NGFWs across various environments. It includes the installation of PA-Series, VM-Series, CN-Series, and Cloud NGFWs. The use of APIs for automation, integration with third-party services like Kubernetes and Terraform, centralized management with Panorama templates and device groups, as well as building custom dashboards and reports in Application Command Center (ACC) are key topics.

Palo Alto Networks Next-Generation Firewall Engineer 認定 NGFW-Engineer 試験問題 (Q24-Q29):

質問 # 24
A multinational organization wants to use the Cloud Identity Engine (CIE) to aggregate identity data from multiple sources (on premises AD, Azure AD, Okta) while enforcing strict data isolation for different regional business units. Each region's firewalls, managed via Panorama, must only receive the user and group information relevant to that region. The organization aims to minimize administrative overhead while meeting data sovereignty requirements.
Which approach achieves this segmentation of identity data?

A. Create one CIE tenant, aggregate all identity data into a single view, and redistribute the full dataset to all firewalls. Rely on per-firewall Security policies to restrict access to out-of-scope user and group information.
B. Disable redistribution of identity data entirely. Instead, configure each regional firewall to pull user and group details directly from its local identity providers (IdPs).
C. Establish separate CIE tenants for each business unit, integrating each tenant with the relevant identity sources. Redistribute user and group data from each tenant only to the region's firewalls, maintaining a strict one-to-one mapping of tenant to business unit.
D. Deploy a single CIE tenant that collects all identity data, then configure segments within the tenant to filter and redistribute only the relevant user/group sets to each regional firewall group.

正解：D

解説：
Basic Concept: Cloud Identity Engine can aggregate identity sources and segment identity data so only relevant users and groups are redistributed to the proper firewalls.
Why D is Correct: Segments within a single CIE tenant minimize overhead while filtering and redistributing only the identities each regional firewall group should receive.
Why A is Wrong: Create one CIE tenant, aggregate all identity data into a single view, and redistribute the full dataset to all firewalls. Rely on per-firewall Security policies to restrict access to out-of-scope user and group information. is a cloud deployment or routing approach, but it does not match the required managed insertion model, resilience pattern, or Panorama-controlled policy design in this scenario.
Why B is Wrong: Establish separate CIE tenants for each business unit, integrating each tenant with the relevant identity sources. Redistribute user and group data from each tenant only to the region's firewalls, maintaining a strict one-to-one mapping of tenant to business unit. is a cloud deployment or routing approach, but it does not match the required managed insertion model, resilience pattern, or Panorama-controlled policy design in this scenario.
Why C is Wrong: Disable redistribution of identity data entirely. Instead, configure each regional firewall to pull user and group details directly from its local identity providers (IdPs). is a cloud deployment or routing approach, but it does not match the required managed insertion model, resilience pattern, or Panorama- controlled policy design in this scenario.

質問 # 25
Which statement applies to Log Collector Groups?

A. Log redundancy is available only if each Log Collector has the same amount of total disk storage.
B. The maximum number of Log Collectors in a Log Collector Group is 18 plus two hot spares.
C. In any single Collector Group, all the Log Collectors must run on the same Panorama model.
D. Enabling redundancy increases the log processing traffic in a Collector Group by 50%.

正解：C

解説：
Basic Concept: Panorama Log Collector Groups have model and storage design restrictions. Collectors in a single group must be compatible so log distribution and redundancy work predictably.
Why C is Correct: All Log Collectors in one Collector Group must run on the same Panorama model, which prevents mixed-capacity or unsupported collector group designs.
Why A is Wrong: Log redundancy is available only if each Log Collector has the same amount of total disk storage. is related to management or logging, but it does not provide the required Panorama operation, rule hierarchy behavior, or dual-log forwarding outcome.
Why B is Wrong: Enabling redundancy increases the log processing traffic in a Collector Group by 50%. is related to management or logging, but it does not provide the required Panorama operation, rule hierarchy behavior, or dual-log forwarding outcome.
Why D is Wrong: The maximum number of Log Collectors in a Log Collector Group is 18 plus two hot spares. is related to management or logging, but it does not provide the required Panorama operation, rule hierarchy behavior, or dual-log forwarding outcome.

質問 # 26
After a recent security audit, a company is required to enforce more strict validation for all certificate-based authentication, including for GlobalProtect clients. An engineer observes the firewall accepting certificates from a recently compromised intermediate certificate authority (CA).
The engineer needs to update the firewall configuration to use an Online Certificate Status Protocol (OCSP) responder to check for revoked certificates in real time.
In which configuration object would the engineer enable OCSP verification for the CAs used in the authentication process?

A. SSL/TLS service profile
B. Authentication sequence
C. Decryption profile
D. Certificate profile

正解：D

解説：
OCSP verification is enabled within a certificate profile, which defines the trusted certificate authorities and the validation methods used for certificate-based authentication, including real- time revocation checking through OCSP responders.

質問 # 27
A large enterprise wants to implement certificate-based authentication for both users and devices, using an on- premises Microsoft Active Directory Certificate Services (AD CS) hierarchy as the primary certificate authority (CA). The enterprise also requires Online Certificate Status Protocol (OCSP) checks to ensure efficient revocation status updates and reduce the overhead on its NGFWs. The environment includes multiple Active Directory forests, Panorama management for several geographically dispersed firewalls, GlobalProtect portals and gateways needing distinct certificate profiles for users and devices, and strict Security policies demanding frequent revocation checks with minimal latency.
Which approach best addresses these requirements while maintaining consistent policy enforcement?

A. Deploy self-signed certificates at each site to simplify local certificate validation and reduce dependencies on a centralized CA. Turn off certificate revocation checks for lower overhead, rely on IP- based rules for GlobalProtect authentication, and use a single certificate profile for both users and devices.
B. Configure each firewall independently to trust the root and intermediate CA certificates. Rely only on manual CRL checks for certificate revocation, and import both user and device certificates directly into each firewall's local certificate store for authentication.
C. Obtain wildcard certificates from a public CA for both user and device authentication, and configure firewalls to perform CRL polling at the default update interval. Manually install user certificates on endpoints and synchronize firewall certificate stores through frequent manual SSH updates to maintain consistency.
D. Distribute the root and intermediate CA certificates via Panorama as shared objects to ensure all firewalls have a consistent trust chain. Configure OCSP responder profiles on each firewall to offload revocation checks to an internal OCSP server while keeping CRL checks as a fallback. Maintain separate certificate profiles for user and device authentication and use an automated enrollment method
- such as Group Policy or SCEP - to deploy certificates to endpoints.

正解：D

解説：
This approach best addresses the enterprise's requirements for certificate-based authentication, OCSP checks, and consistent policy enforcement:
Distributing the root and intermediate CA certificates via Panorama ensures that all firewalls in the enterprise are consistent in their trust chain and can validate certificates properly.
Configuring OCSP responder profiles on each firewall offloads the revocation checks to an internal OCSP server, which reduces the overhead on the firewalls and ensures fast, real-time certificate status checks.
Using CRL checks as a fallback ensures reliability in case the OCSP responder is unavailable.
Separate certificate profiles for users and devices ensure that the firewall can enforce different security policies based on the type of certificate (user vs. device).
Automated certificate enrollment methods such as Group Policy or SCEP streamline certificate distribution to endpoints, ensuring efficient management of certificates across geographically dispersed firewalls.

質問 # 28
Which statement applies to Log Collector Groups?

A. Log redundancy is available only if each Log Collector has the same amount of total disk storage.
B. The maximum number of Log Collectors in a Log Collector Group is 18 plus two hot spares.
C. In any single Collector Group, all the Log Collectors must run on the same Panorama model.
D. Enabling redundancy increases the log processing traffic in a Collector Group by 50%.

正解：B

解説：
The maximum number of Log Collectors that can be added to a Log Collector Group is 18 plus 2 hot spares, ensuring redundancy and availability in case of failure. This allows for a total of up to
20 Log Collectors in a group, providing sufficient scalability and reliability for log collection.

質問 # 29
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