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| Section | Objectives |
|---|---|
| Topic 1: Automation and Integration | - Integration with SIEM and SOAR platforms - Infrastructure as Code security integration - API-based automation and orchestration |
| Topic 2: Cloud Security Architecture | - Container and workload protection architecture - Cloud network security design (AWS, Azure, GCP) - Prisma Cloud security architecture concepts |
| Topic 3: Palo Alto Networks Platform Architecture | - Logging, monitoring, and visibility architecture - Panorama centralized management design - Next-Generation Firewall (NGFW) architecture and capabilities |
| Topic 4: SASE and Secure Access Design | - SD-WAN integration and design considerations - Remote access security architecture - Prisma Access architecture |
| Topic 5: Network Security Architecture Principles | - Risk assessment and security requirements mapping - Zero Trust architecture concepts - Security architecture frameworks and design principles |
| Topic 6: Threat Prevention and Security Services | - Application identification and policy enforcement - Decryption and SSL inspection architecture - Threat prevention design (IPS, anti-malware, URL filtering) |
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NEW QUESTION # 54
A large organization is building a hybrid AI environment. The plan is to develop proprietary machine learning (ML) models on-premises in a VMware NSX environment and create separate, cloud-native AI applications in a Google Kubernetes Engine (GKE) cluster environment. The CISO has requested a single solution that can offer runtime protection and visibility for the two environments. Which Prisma AIRS component or form factor should a security architect recommend to this customer?
Answer: A
Explanation:
Network Intercept provides runtime visibility and protection by inspecting live traffic flows within both virtualized environments like VMware NSX and containerized environments such as GKE.
This allows a single, consistent control point to monitor and secure AI workloads across hybrid environments, addressing both visibility and enforcement requirements at runtime.
NEW QUESTION # 55
A multinational organization has a large worldwide remote user base. This user base consists of several persona types with distinct requirements and concerns regarding the adoption of a Zero Trust Network Access (ZTNA) solution.
- Developers have a requirement to temporarily bypass security controls for business purposes, but the security team sees this as a potential risk. The developers commonly access development servers onsite in private data centers and public cloud. These development applications use web (HTTP/HTTPS), API, RPC, and SMB-based applications.
- Sales staff travel regularly and connect to the network via many different types of connections, but they are generally limited to SaaS-based web applications. They often complain about performance when any agent is installed and want the ability to temporarily disable these agents.
Data exfiltration and insider risk have been identified as the primary threats for this class of user.
- Executives have concerns about being high-value targets. Security must be consistent across the multiple endpoint types, including mobile and desktop devices. The executive team members have indicated that their primary objective is to ensure that the solution is responsive and easy to troubleshoot.
Which statement applies in the context of securing the developers' applications?
Answer: B
Explanation:
Explicit proxy architectures are limited to HTTP/HTTPS and proxy-aware traffic, which means they cannot support non-web protocols such as SMB, RPC, or other application types commonly used by developers. Therefore, they are not suitable for securing the full range of developer applications in this scenario.
NEW QUESTION # 56
A global organization is securing critical applications during a cloud-based migration to a cloud-first design.
It is currently performing a brownfield migration of its most critical applications-such as CRM and product intellectual property / design systems-into Azure Cloud. The organization already has an active/passive high- availability (HA) NGFW deployed at its data center with multiple zones, and it has replicated that design in its existing Azure HA deployment.
The organization recognizes the need to modernize its security posture as critical workloads move out of the data center and users connect from anywhere. Its security model follows a traditional "hard shell, soft center" approach:
Zero Trust Gaps -
Current network segmentation is perimeter-based. The organization wants to extend Zero Trust principles across cloud and on-premises environments.
The network depends heavily on VLANs and IP address-based Access Control Lists (ACLs), segmented primarily by office location and broad departmental groups.
Once employees are on the corporate network (that is, inside the "perimeter"), they have relatively broad access.
If attackers compromise one endpoint (for example, through a phishing email), they can readily move laterally and scan for high-value targets.
Cloud Blind Spots -
The organization uses Azure for its production environments and hosts applications containing sensitive customer data.
Cloud security controls are often managed independently from the on-premises network. Access is frequently granted through overly permissive identity and access management (IAM) roles and keys based on the resource instead of the user's real-time context or application health.
Remote User Access -
Many remote users still hairpin through the corporate data center merely to access internet or SaaS resources, causing latency and inefficiency.
Traditional VPN is used for remote employees.
The VPN grants access to the entire internal network segment, making the remote endpoint the new, weaker perimeter. There is no continuous check of the user's device health after the initial connection.
Visibility and Logging -
Logs are mainly stored on-premises and then forwarded to a local Security Information and Event Management (SIEM) solution. As applications move to Azure, visibility into cloud traffic and user behavior becomes fragmented.
Data Security Concern -
Sensitive data, including product design files, will now reside in SaaS and cloud environments. The organization requires data security to prevent leakage and enforce compliance.
Ingress Security -
Third-party partners and suppliers need access into the data center and cloud applications, creating risk at ingress points.
The current Microsoft Azure NGFW architecture will not support the increased traffic from the newly migrated applications.
Which architectural solution will provide scalable inspection?
Answer: C
Explanation:
Comprehensive and Detailed Explanation From Palo Alto Networks Network Security Architect:
Traditional active/passive high-availability pairs deployed in public cloud environments hit architectural performance ceilings because only a single firewall instance actively processes data-plane traffic while the passive instance sits idle. As massive enterprise brownfield workloads migrate to Azure, vertical scaling of single virtual machines becomes financially inefficient and reaches hypervisor NIC bandwidth limitations.
Palo Alto Networks best practices for high-throughput, resilient Azure cloud architectures mandate deploying a horizontally autoscaling VM-Series firewall cluster. This architecture utilizes Azure Virtual Machine Scale Sets (VMSS) placed behind an Azure Standard Load Balancer (or Azure Gateway Load Balancer). Subnet traffic across spoke VNets is directed via Azure User-Defined Routes (UDRs) pointing to the internal frontend IP of the load balancer as the next hop.
The Load Balancer uses 5-tuple hash distribution and active health probes to distribute traffic flows across multiple concurrent, active VM-Series instances simultaneously. As application bandwidth demands increase, VMSS automatically provisions additional VM-Series firewalls to match capacity, delivering resilient, linear horizontal scale without traffic bottlenecks or manual re-architecting.
References: VM-Series on Microsoft Azure Reference Architecture Guide - Autoscaling with Azure Standard Load Balancer and VMSS; Implementing User-Defined Routes (UDRs) for Scalable Traffic Inspection.
NEW QUESTION # 57
An organization is building a cloud-first network infrastructure. Part of its revised architecture includes Prisma Access, as shown 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 terminate service connections, segment networks, and secure the data center and public-cloud resources.
One resilience requirement is to provide highly available directory services and authentication for the NGFW and Prisma Access deployment.
The organization wants to track Prisma Access users on the on-premises firewalls and remote networks.
Which configuration meets the design and organization requirements?
Answer: A
Explanation:
Comprehensive and Detailed Explanation From Palo Alto Networks Network Security Architect:
In large-scale hybrid topologies managed via Strata Cloud Manager, propagating real-time IP-to-User mappings across on-premises NGFWs, public-cloud instances, and Prisma Access nodes requires a hierarchical User-ID redistribution architecture. Having 150 enterprise firewalls query Prisma Access Service Connection Corporate Access Nodes (SC-CANs) directly creates session table exhaustion and socket scaling bottlenecks on individual cloud gateways.
The Palo Alto Networks validated design deploys a dedicated regional tier of redistribution firewalls on- premises. These regional redistribution hubs establish secure SSL/TLS connections to the Prisma Access SC- CANs to pull IP-to-User mappings learned from Mobile User Security Processing Nodes (MU-SPNs).
Downstream on-premises data center firewalls then connect to their local regional redistribution points to ingest user identities, preventing WAN saturation and centralizing mapping synchronization. Simultaneously, Remote Network Security Processing Nodes (RN-SPNs) are configured to pull identity mapping directly from the SC-CANs via internal BGP routing paths. This design creates a resilient, distributed, and scalable identity fabric across all enterprise domains without overwhelming any single node.
References: Prisma Access User-ID Redistribution and Scale Architecture; Strata Cloud Manager Identity Synchronization Best Practices.
NEW QUESTION # 58
An organization has chosen Prisma SD-WAN ION devices for branch-office use and is developing a low- level design for its sites. A typical branch site includes a 10 Mbps MPLS circuit with fiber LC-SR and an RJ-
45 Ethernet 50 Mbps DIA internet circuit.
There are 75 workstations, and a stacked core switch that supports LACP, M-LAG, BGP, and OSPF will be used. The core switch serves as the default gateway for all local VLANs. The final design will determine the appropriate model and accessories for the site.
Which statement applies to the Prisma SD-WAN architecture in this use case?
Answer: A
Explanation:
Comprehensive and Detailed Explanation From Palo Alto Networks Network Security Architect:
Prisma SD-WAN ION branch appliances support Link Aggregation Control Protocol (LACP / IEEE 802.3ad) to deliver link redundancy and bandwidth aggregation towards LAN-side downstream core/distribution switches. In Prisma SD-WAN branch architectures, LAN-side Link Aggregation Groups (LAG) are architecturally constrained to support a maximum of two bundled physical interfaces per logical port-channel interface.
Addressing the alternative options: Prisma SD-WAN natively supports active-active concurrent path forwarding across both private MPLS underlays and public internet VPN overlays simultaneously based on granular application performance SLAs (disproving Option A). Hardware ION appliances feature internal fail- to-wire bypass pairs (or external optical bypass switches for LC-SR fiber) that maintain Layer 1/2 pass- through connectivity even under total power failure (disproving Option B). Furthermore, on the LAN side, ION devices can run standard BGP or OSPF peering to advertise specific internal enterprise prefixes, learned WAN routes, and summary subnets, and are not restricted solely to default-route origination (disproving Option D).
References: Prisma SD-WAN ION Interface and Routing Configuration Guide; LAN-Side High Availability and LACP Design Best Practices.
NEW QUESTION # 59
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