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| Section | Weight | Objectives |
|---|---|---|
| AI Security | 11% | - Prisma AI Runtime Security and AI Access architecture - AI security framework and compliance - AI application classification and security controls |
| Automation and Orchestration | 10% | - Infrastructure as Code and security orchestration - API and automation framework design - Integration with third-party tools and workflows |
| IoT and OT Security | 11% | - IoT segmentation and visibility architecture - OT security and industrial protocol protection - Device onboarding and lifecycle security |
| SSE Private Application Access | 11% | - Colo-Connect and cloud connectivity design - Private access and connector architecture - Prisma Access global and regional deployment design |
| High Availability and Resilience | 9% | - Platform HA and redundancy design - Scalability and performance optimization - Failover and disaster recovery planning |
| Cloud Security Architecture | 12% | - Prisma Cloud and public cloud integration - Multi-cloud and hybrid security design - Workload protection and cloud network security |
| Centralized Management and IAM | 13% | - Directory sync and authentication methods - Panorama and log collector architecture - Strata Cloud Manager, Logging Service and Cloud Identity Engine design |
| Compliance and Risk Management | 8% | - Audit and reporting architecture - Industry compliance frameworks (NIST, GDPR, PCI, HIPAA) - Risk assessment and security governance |
| Zero Trust Enterprise | 8% | - Continuous threat prevention and monitoring - User-ID, Device-ID, HIP and security posture design - Application access control design - Network segmentation and microsegmentation design |
| Mobile User Security | 7% | - Explicit proxy and remote access design - Prisma Browser and agent-based access - GlobalProtect connection methods and deployment |
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NEW QUESTION # 21
The network security architect leading a Zero Trust migration has successfully completed identifying and classifying all mission-critical Data, Applications, Assets, and Services (DAAS).
The architect must now gather the necessary data to inform the technical design of the micro- perimeters and the placement of the VM-Series virtual firewalls in Azure. According to the Palo Alto Networks Zero Trust implementation methodology, what is the mandatory next step to gather the necessary data for designing the segmentation and the placement of security controls?
Answer: B
Explanation:
After identifying and classifying the protect surface (DAAS), the next mandatory step in the Zero Trust methodology is to map the transaction flows. This step captures how data, applications, assets, and services communicate, which directly informs how micro-perimeters should be designed and where VM-Series firewalls must be placed to enforce segmentation and control traffic effectively.
NEW QUESTION # 22
You must ensure high availability for critical firewall deployments. What configuration should you implement?
Answer: D
Explanation:
Active/Passive HA ensures redundancy by maintaining a standby firewall ready to take over in case of failure. This minimizes downtime and ensures continuous protection, unlike manual failover or single-device deployments.
NEW QUESTION # 23
You need to ensure consistent threat prevention across all applications. Which approach should you use?
Answer: D
Explanation:
Security Profile Groups allow consistent application of multiple security profiles across policies.
This ensures standardized protection and simplifies management compared to applying profiles individually.
NEW QUESTION # 24
A security architect must design a Zero Trust architecture using Palo Alto solutions. Which principle is MOST critical?
Answer: D
Explanation:
Zero Trust requires continuous verification of all users and traffic, regardless of location. Palo Alto NGFW supports this with App-ID, User-ID, and content inspection. Trusting internal networks or allowing unrestricted outbound traffic contradicts Zero Trust principles.
NEW QUESTION # 25
An organization wants to modernize its legacy branch architecture. The existing architecture is rigid, complex, and ill-suited for a cloud-first strategy, creating high operational costs and latency.
- The four core data centers are strategically located in Dallas, Toronto, London and Tokyo, and they are interconnected by a dedicated MPLS backbone providing reliable connectivity but incurring significant costs and offering limited bandwidth scalability.
- Branches rely on MPLS or site-to-site VPN to connect to the nearest geographical data center.
- All internet-bound traffic from the branches is backhauled to the data center egress firewalls.
This creates latency for SaaS applications and increases bandwidth strain on the MPLS links.
What is the primary security posture enhancement that can be achieved in this use case by offloading data center backhaul to a PAN-OS SD-WAN model with local internet breakout for SaaS traffic?
Answer: C
Explanation:
Offloading SaaS traffic from data center backhaul to PAN-OS SD-WAN with local internet breakout improves security posture primarily by enforcing visibility and granular policy control directly at the branch, where the traffic actually originates. PAN-OS SD-WAN is designed to secure direct internet access locally at branch sites instead of forcing SaaS traffic through centralized data center egress, which enables more precise application-aware inspection and control closer to users and devices.
NEW QUESTION # 26
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