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| Section | Objectives |
|---|---|
| Topic 1: Log Collection and Monitoring Architecture | - Monitoring and Troubleshooting
|
| Topic 2: Third-Party Integration and Automation | - Third-Party Integrations
|
| Topic 3: IoT and Endpoint Security Architecture | - IoT Security
|
| Topic 4: Zero Trust Network Security Design | - SASE vs Traditional Firewall Edge Solutions
|
| Topic 5: Network Security Platform Architecture | - Next-Generation Firewall Deployment
|
| Topic 6: Cloud and Hybrid Security Architecture | - Prisma Browser and Device-ID
|
>> New NetSec-Architect Test Materials <<
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NEW QUESTION # 21
A global manufacturing organization has a strategic plan for rapid growth through mergers and acquisitions.
Several components acquired by the organization are considered large deployments with existing IP address schemas and allocations that conflict with those of the parent organization. The manufacturing organization requires access to the resources before a re-IP initiative can be completed.
All deployments contain a variety of IoT devices. Leadership requires protection for vulnerable assets and identification of any known CVEs associated with the IoT devices. The governance, risk, and compliance (GRC) team requires comprehensive, non-repudiable logs to identify all IoT devices reporting "Critical (9.0+) CVE scores" for mandatory remediation.
Throughput must exceed the current 1 Gbps trending rate and, with expected growth, will soon scale to 5 Gbps.
Segmentation is mandatory, with enclaves based on region, device type, and function.
In which two ways should the organization architect IoT isolation with groupings based on device types?
(Choose two.)
Answer: A,B
Explanation:
Comprehensive and Detailed Explanation From Palo Alto Networks Network Security Architect:
In enterprise brownfield environments with overlapping IP addresses and unmanaged endpoints, traditional IP- based and subnet-based policies fail. Palo Alto Networks IoT Security leverages native Device-ID, combining
3-tier machine learning and deep packet inspection (DHCP, mDNS, ARP, SIP, HTTP headers) to profile endpoints by vendor, model, device type, and OS version. Policy rules using Device-ID as match criteria enforce granular Zero Trust boundaries at Layer 7 regardless of underlying IP space changes or collisions.
Furthermore, Dynamic Address Groups (DAGs) allow PAN-OS to dynamically aggregate IP addresses based on registered tags pushed from IoT Security or Cloud Identity systems. Administrators define DAG criteria based on device classification metadata (e.g., device-type: infusion-pump or category: industrial-controller), automatically isolating devices into dynamic security enclaves without requiring rule commits or manual re- addressing. Vendor OUIs only check MAC layer prefixes (which are spoofable and do not indicate function), while CVE scoring is utilized for risk scoring and patching prioritization rather than segmenting device types.
References: Palo Alto Networks IoT Security Deployment Guide; PAN-OS Policy-Based Device-ID and Dynamic Address Group Configuration.
NEW QUESTION # 22
You need to ensure compliance reporting and audit visibility for firewall activities. What should you use?
Answer: A
Explanation:
Log forwarding and reporting provide visibility into firewall activity and support compliance requirements. They enable auditing, analysis, and integration with SIEM systems for centralized monitoring.
NEW QUESTION # 23
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: B
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 # 24
A network experiences encrypted threats bypassing inspection. What is the BEST mitigation?
Answer: D
Explanation:
SSL decryption allows inspection of encrypted traffic, revealing hidden threats. Blocking HTTPS is impractical, and disabling logging or adjusting routing does not address encrypted threat visibility.
NEW QUESTION # 25
An organization is designing Prisma Access service connections for its data centers. Each data center has redundant 10 Gb internet links and must support at least 1.5 Gbps of throughput for Prisma Access-connected users and branches.
Which diagram shows a solution that satisfies these use-case requirements?
Answer: A
Explanation:
Comprehensive and Detailed Explanation From Palo Alto Networks Network Security Architect:
A single standard Prisma Access Service Connection IPSec tunnel node is architecturally rated for a maximum throughput allocation of 1 Gbps. When an enterprise design mandates a minimum sustained throughput exceeding 1 Gbps (in this scenario, 1.5 Gbps), a single Service Connection-regardless of whether it has an active/standby backup tunnel configured across ISP-b-cannot meet the operational bandwidth baseline.
To achieve 1.5 Gbps throughput, the architect must deploy two separate Service Connections terminating on distinct Prisma Access VPN Gateway IP endpoints (represented in Exhibit B by 134.238.191.243 and
134.238.191.244). By configuring Equal-Cost Multi-Path (ECMP) and BGP dynamic routing on the data- center edge across both dedicated ISP interfaces (ISPa and ISPb) to distinct Prisma Access Service Connection instances, traffic load-balances across both tunnels simultaneously. This design achieves an aggregate active-active bandwidth capacity of 2 Gbps, satisfying both the 1.5 Gbps sustained throughput requirement and multi-provider transit redundancy.
References: Prisma Access Configuration Handbook - Sizing and Provisioning Service Connections; Prisma SASE High-Availability and Multi-Tunnel ECMP Design.
NEW QUESTION # 26
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