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| Section | Weight | Objectives |
|---|---|---|
| Automation and Orchestration | 10% | - Integration with third-party tools and workflows - Infrastructure as Code and security orchestration - API and automation framework design |
| Zero Trust Enterprise | 8% | - Continuous threat prevention and monitoring - Application access control design - User-ID, Device-ID, HIP and security posture design - Network segmentation and microsegmentation design |
| SSE Private Application Access | 11% | - Private access and connector architecture - Prisma Access global and regional deployment design - Colo-Connect and cloud connectivity design |
| AI Security | 11% | - AI application classification and security controls - AI security framework and compliance - Prisma AI Runtime Security and AI Access architecture |
| IoT and OT Security | 11% | - Device onboarding and lifecycle security - IoT segmentation and visibility architecture - OT security and industrial protocol protection |
| Compliance and Risk Management | 8% | - Risk assessment and security governance - Industry compliance frameworks (NIST, GDPR, PCI, HIPAA) - Audit and reporting architecture |
| Mobile User Security | 7% | - GlobalProtect connection methods and deployment - Prisma Browser and agent-based access - Explicit proxy and remote access design |
| 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 |
| Cloud Security Architecture | 12% | - Prisma Cloud and public cloud integration - Workload protection and cloud network security - Multi-cloud and hybrid security design |
| High Availability and Resilience | 9% | - Scalability and performance optimization - Failover and disaster recovery planning - Platform HA and redundancy design |
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NEW QUESTION # 19
A global organization is modernizing its data center and private cloud infrastructure. The environment consists of:
- A Nutanix AHV cluster hosting critical east-west application workloads
- A VMware ESXi cluster with multi-socket hosts, supporting high-throughput workloads (>10 Gbps)
- A new pair of PA-5450 firewalls to secure the perimeter and handle encrypted traffic inspection at scale
- Strict performance service-level agreements (SLAs) for both north-south and east-west flows, with heavy reliance on TLS 1.3 and IPSec
- A Network Functions Virtualization (NFV) environment on KVM to provide high-performance security services to maximize packet throughput and minimize latency The chief architect is tasked with ensuring that the firewall design avoids hypervisor contention optimizes non-uniform memory access (NUMA) and uses hardware features for encrypted traffic.
VM-Series on Nutanix AHV - Resource Allocation
- Because the Nutanix cluster is already heavily used, the architect's main concern is preventing performance degradation of the virtual firewall. Thin provisioning or ballooning could introduce latency and unpredictability which is unacceptable for a security-sensitive workload.
VM-Series on VMware ESXi - NUMA and vCPU Placement
- In the VMware ESXi environment, the architect is deploying VM-Series for workloads pushing >10 Gbps. Assigning vCPUs across NUMA nodes or oversubscribing cores would create latency due to cross-socket memory access and scheduling delays. Similarly, dedicating logical hypethreads does not provide the deterministic data plane performance required.
Operational Integration and High Availability
- With performance guaranteed by correct hypervisor and hardware provisioning, the architect also considers high availability (HA). VM-Series pairs are deployed in active/passive HA across Nutanix and VMware clusters, while PA-5450s form the data center's north-south secure perimeter deployment. This ensures resilience without introducing unnecessary east-west inspection bottlenecks.
- The recommendation must be a scalable, high-performance firewall deployment aligned with enterprise SLAs and the CISO's encrypted traffic concerns.
While using the VM-Series to build the NFV environment, which configuration should the architect use?
Answer: B
Explanation:
For a high-performance NFV deployment on KVM, the VM-Series should use SR-IOV-enabled interfaces together with DPDK. Palo Alto Networks documents DPDK as improving packet- processing speed by bypassing the Linux kernel, and its KVM guidance explicitly calls out enabling both DPDK and SR-IOV for maximum VM-Series performance. This combination best fits the requirement to maximize throughput and minimize latency in an NFV environment.
NEW QUESTION # 20
Which factor must be taken into consideration when determining whether an NGFW edge architecture or a SASE architecture is appropriate to recommend to a customer planning to implement a Zero Trust Network Access (ZTNA) solution?
Answer: B
Explanation:
Zero Trust Network Access is a security approach that can be implemented using either traditional NGFW-based architectures or SASE solutions. The key consideration is how identity, policy enforcement, and segmentation are applied, not the deployment model itself, since both architectures are capable of supporting ZTNA principles.
NEW QUESTION # 21
An organization is in the process of building a network infrastructure that is cloud first. Part of the revised architecture includes Prisma Access as demonstrated in the diagram below. The organization has selected Strata Cloud Manager (SCM) as the management method for Prisma Access and NGFWs deployed at the data center and in public cloud environments. There are 150 NGFWs in place that are used to terminate service connections and segment networks as well as to secure the data center and public cloud resources.
One of the resilience requirements is to provide highly available directory services and authentication for the NGFW and Prisma Access deployment.
The organization wants to be able to track Prisma Access users on the on-premises firewalls and remote networks.
Which configuration meets the design and organization requirements?
Answer: B
Explanation:
Panorama distributes user-to-IP mapping information to on-premises firewalls through User-ID redistribution, while Prisma Access remote networks obtain user context from the Cloud Identity Engine. This combination ensures consistent and highly available user visibility across both on- premises NGFWs and Prisma Access environments.
NEW QUESTION # 22
A technology company is deploying its own AI applications on a Google Kubernetes Engine (GKE) cluster. The development team is concerned about protecting the complex, microservices- based AI stack from both internal and external threats: such as data poisoning and lateral movement between containerized components. Which solution should be proposed to address these concerns?
Answer: C
Explanation:
Network Intercept provides visibility and enforcement on east-west and north-south traffic within Kubernetes environments, allowing inspection of communications between microservices. This enables detection and prevention of threats such as lateral movement and data poisoning by analyzing runtime network behavior inside the AI application stack.
NEW QUESTION # 23
A company experiences lateral movement attacks within the internal network. Which feature helps mitigate this risk?
Answer: B
Explanation:
Internal segmentation using NGFWs enforces security policies between internal zones, limiting lateral movement. This approach applies inspection and access control within the network, unlike NAT or routing, which do not provide security enforcement.
NEW QUESTION # 24
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