Free Practice Questions for the Paloalto Networks Network Security Administrator NetSec-Pro Exam (2026 Updated)

Threat logs for Prisma Access mobile users can be reviewed in both Strata Cloud Manager (SCM) and Strata Logging Service . Prisma Cloud and service connection firewalls are not directly tied to mobile user traffic logs.

“Prisma Access logs are available in the Strata Cloud Manager and can also be sent to the Strata Logging Service for detailed analysis and threat visibility.”

(Source: Prisma Access Administration Guide)

When uploads are blocked by a Data Filtering profile, the firewall records the event in Data Filtering logs .

IoT Security uses MAC address , device manufacturer , and OS information to identify and classify devices via Device-ID.

“IoT Security uses passive network traffic analysis to fingerprint devices based on the MAC address, manufacturer, and operating system to ensure accurate classification.”

(Source: IoT Security Device-ID and Classification)

These attributes provide a robust, manufacturer-agnostic method to fingerprint IoT devices.

Prisma SD-WAN device inventory can show statuses such as Unclaimed , Offline , and Online-Restricted to indicate onboarding and communication state.

Palo Alto Networks manages Prisma Access cloud infrastructure operations, including service upgrades and cloud-delivered updates. Administrators are responsible for managing endpoint software such as GlobalProtect client upgrades .

Strata Cloud Manager (SCM) offers a cloud-based unified management plane for both NGFWs and Prisma Access, enabling consistent policy enforcement, simplified management, and AI-driven operational insights.

“Strata Cloud Manager provides a single interface for unified management of NGFWs and Prisma Access, leveraging AI to optimize security operations and streamline workflows.”

(Source: Strata Cloud Manager Overview)

Unlike Panorama, which is an on-premises management solution, SCM delivers cloud-based, AI-driven capabilities for centralized oversight.

Cloud NGFW for AWS can be configured using Panorama for centralized management, as well as the AWS management console for native integration and configuration.

“You can configure Cloud NGFW for AWS using Panorama for centralized security management, or directly through the AWS management console to deploy and manage security services for your AWS resources.”

(Source: Cloud NGFW for AWS Guide)

Host Information Profile (HIP) checks are used in GlobalProtect to collect and evaluate endpoint posture (OS, patch level, AV status) to enforce granular security policies for remote users.

“The HIP feature collects information about the host and can be used in security policies to enforce posture-based access control. This ensures only compliant endpoints can access sensitive resources.”

(Source: GlobalProtect HIP Checks)

This enables fine-grained, context-aware access decisions beyond user identity alone.

Single floating IP address (also known as a floating IP or shared IP) is supported only in an active/passive HA pair. In active/active HA, both firewalls are forwarding traffic simultaneously and thus do not share a single floating IP.

“In active/passive HA, a single floating IP address is used for seamless failover. Active/active HA requires separate IP addresses and does not support a single floating IP.”

(Source: Active/Passive vs. Active/Active HA)

This simplifies failover in active/passive deployments by using a single shared IP that moves to the active peer upon failover.

Cloud NGFW Security Policies in the AWS Console are evaluated in the exact creation order – they do not have explicit rule priority fields.

“In AWS, security rules are evaluated in the order they are created. To ensure the correct evaluation logic, create them in the desired order from top to bottom.”

(Source: Cloud NGFW for AWS Policy Evaluation)

Unlike Panorama, AWS-native management of Cloud NGFWs uses creation order as the evaluation sequence.

A comprehensive security approach uses:

User-ID for identity-based policies

App-ID for application-based security

Decryption to inspect encrypted traffic

Security profiles to enforce protections

Dynamic updates to ensure up-to-date threat coverage

“For comprehensive security, combine User-ID, App-ID, decryption, and security profiles. Keep the firewall updated with dynamic content updates to maintain the strongest security posture.”

(Source: Best Practices for Security Policy)

This ensures real-time, identity-aware, and application-centric security enforcement.

The firewall must be running a PAN-OS version that is supported by Panorama. This means that Panorama must be running the same or a newer PAN-OS version as the one being installed on the firewalls to maintain compatibility.

“Before you upgrade the firewall, ensure that Panorama is running the same or a later PAN-OS version than the firewall. Panorama must always be at the same or a higher version to maintain compatibility.”

(Source: Panorama Admin Guide – Upgrade Process)

To allow third-party contractors controlled access, security policies must combine user identification and time-based access controls :

User-ID

“User-ID enables security policies to be based on user identity rather than IP addresses, ensuring precise policy enforcement for specific users such as contractors.”

(Source: User-ID Overview)

Schedule

“Schedules allow policies to be active only during specific times, providing time-based access control (e.g., after business hours).”

(Source: Security Policy Schedules)

Together, they ensure that only authorized users (contractors) have access, and only when explicitly allowed.

Protecting against malicious and misconfigured domains requires two critical services:

Advanced Threat Prevention

Provides signature-based and advanced analysis to identify threats, including DNS-based attacks.

“Advanced Threat Prevention enables the NGFW to detect and prevent exploits and malware-based communications, including those leveraging DNS.”

(Source: Advanced Threat Prevention)

Advanced DNS Security

Specifically designed to detect and sinkhole malicious and misconfigured DNS queries.

“DNS Security uses real-time intelligence to block DNS-based threats, protect against data exfiltration, and automatically sinkhole suspicious domain lookups.”

(Source: DNS Security)

By combining these services in security policies, NGFWs ensure robust protection against domain-based threats and misconfigurations.

Dynamic analysis in WildFire refers to executing unknown files in a controlled environment (sandbox) to observe their real-world behavior. This allows the firewall to detect zero-day threats and advanced malware by directly analyzing the file’s impact on a system.

“WildFire dynamic analysis detonates unknown files in a secure sandbox environment, analyzing real-world effects, behaviors, and potential malicious activity.”

(Source: WildFire Analysis)

Palo Alto Networks' Enterprise DLP uses a centralized DLP profile that can be applied consistently across both Prisma Access and NGFWs using Strata Cloud Manager (SCM). This eliminates the need for duplicating efforts across multiple locations.

“Enterprise DLP profiles are created and managed centrally through the Cloud Management Interface and can be used seamlessly across NGFW and Prisma Access deployments.”

(Source: Enterprise DLP Overview)

In Prisma Access, the interzone security policy rule is available and plays a crucial role in controlling traffic between zones.

“You can configure an interzone rule to control traffic that flows between different zones in Prisma Access, enabling granular security policy enforcement.”

(Source: Prisma Access Security Policies)

This ensures comprehensive control of traffic crossing security boundaries in the cloud-delivered architecture.

Dynamic Address Groups enable the firewall to automatically adjust security policies based on tags assigned dynamically (via log events, API, etc.). This eliminates the need for manual updates to policies when server roles or IPs change.

“Dynamic Address Groups allow you to create policies that automatically adapt to changes in the environment. These groups are populated dynamically based on tags, enabling automated security policy updates without manual intervention.”

(Source: Dynamic Address Groups)