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NetSec-Generalist Dump Collection & NetSec-Generalist Test Papers

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Palo Alto Networks NetSec-Generalist Exam Syllabus Topics:

Topic
Details

Topic 1

Network Security Fundamentals: This section measures the skills of Network Security Engineers and explains application layer inspection for Strata and SASE products. It covers topics such as slow path versus fast path packet inspection, decryption methods like SSL Forward Proxy, and network hardening techniques including Content and Zero Trust. A key skill measured is applying decryption techniques effectively.

Topic 2

NGFW and SASE Solution Maintenance and Configuration: This section focuses on System Administrators in maintaining
configuring Palo Alto Networks hardware firewalls (VM-Series
CN-Series) along with Cloud NGFWs. It emphasizes updating profiles
security policies to ensure system integrity. A significant skill assessed is maintaining firewall updates effectively.

Topic 3

Connectivity and Security: This section targets Network Managers in maintaining
configuring network security across on-premises
cloud
hybrid networks by focusing on network segmentation strategies along with implementing secure policies
certificates to protect connectivity points within these environments effectively. A critical skill assessed is segmenting networks securely to prevent unauthorized access risks.

Topic 4

Infrastructure Management and CDSS: This section measures the skills of Infrastructure Managers in managing CDSS infrastructure by configuring profiles
policies for IoT devices or enterprise DLP
SaaS security solutions while ensuring data encryption
access control practices are implemented correctly across these platforms. A key skill measured is securing IoT devices through proper configuration.

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Palo Alto Networks Network Security Generalist Sample Questions (Q60-Q65):

NEW QUESTION # 60
Why would an enterprise architect use a Zero Trust Network Access (ZTNA) connector instead of a service connection for private application access?

A. It automatically discovers private applications and suggests Security policy rules for them.
B. It controls traffic from the mobile endpoint to any of the organization's internal resources.
C. It supports traffic sourced from on-premises or public cloud-based resources to mobile users and remote networks.
D. It functions as the attachment point for IPSec-based connections to remote site or branch networks.

Answer: A

Explanation:
A Zero Trust Network Access (ZTNA) connector is used instead of a service connection for private application access because it provides automatic application discovery and policy enforcement.
Why is ZTNA Connector the Right Choice?
Discovers Private Applications
The ZTNA connector automatically identifies previously unknown or unmanaged private applications running in a data center or cloud environment.
Suggests Security Policy Rules
After discovering applications, it suggests appropriate security policies to control user access, ensuring Zero Trust principles are followed.
Granular Access Control
It enforces least-privilege access and applies identity-based security policies for private applications.
Other Answer Choices Analysis
(A) Controls traffic from the mobile endpoint to any of the organization's internal resources This describes ZTNA enforcement, but does not explain why a ZTNA connector is preferred over a service connection.
(B) Functions as the attachment point for IPsec-based connections to remote site or branch networks This describes a service connection, which is different from a ZTNA connector.
(C) Supports traffic sourced from on-premises or public cloud-based resources to mobile users and remote networks This aligns more with Prisma Access service connections, not ZTNA connectors.
Reference and Justification:
Zero Trust Architectures - ZTNA ensures that private applications are discovered, classified, and protected.
Firewall Deployment & Security Policies - ZTNA connectors automate private application security.
Threat Prevention & WildFire - Provides additional security layers for private apps.
Thus, ZTNA Connector (D) is the correct answer, as it automatically discovers private applications and suggests security policy rules for them.

NEW QUESTION # 61
All branch sites in an organization have NGFWs running in production, and the organization wants to centralize its logs with Strata Logging Service.
Which type of certificate is required to ensure connectivity from the NGFWs to Strata Logging Service?

A. Intermediate CA
B. Root
C. Device
D. Server

Answer: C

NEW QUESTION # 62
When using the perfect forward secrecy (PFS) key exchange, how does a firewall behave when SSL Inbound Inspection is enabled?

A. It decrypts traffic between the client and the external server.
B. It acts as meddler-in-the-middle between the client and the internal server.
C. It acts transparently between the client and the internal server.
D. It decrypts inbound and outbound SSH connections.

Answer: B

NEW QUESTION # 63
What is the primary role of Advanced DNS Security in protecting against DNS-based threats?

A. It centralizes all DNS management and simplifies policy creation.
B. It uses machine learning (ML) to detect and block malicious domains in real-time.
C. It replaces traditional DNS servers with more reliable and secure ones.
D. It automatically redirects all DNS traffic through encrypted tunnels.

Answer: B

Explanation:
Advanced DNS Security in Palo Alto Networks provides real-time protection against DNS-based threats using machine learning (ML) and threat intelligence.
Why Machine Learning-Based Detection is Critical?
Detects and Blocks Malicious Domains in Real-Time -
Identifies phishing, malware command-and-control (C2), and data exfiltration attempts using ML models.
Prevents zero-day DNS attacks that traditional static methods fail to detect.
Analyzes DNS Traffic to Identify Malicious Patterns -
Monitors DNS queries for suspicious behaviors, such as algorithm-generated domain names (DGAs) used by botnets.
Enhances Network Security Without Affecting Performance -
DNS Security operates inline to block threats before malicious domains can be accessed.
Works without disrupting legitimate DNS traffic.
Why Other Options Are Incorrect?
A . It replaces traditional DNS servers with more reliable and secure ones. ❌ Incorrect, because Advanced DNS Security does not replace DNS servers-it analyzes DNS traffic for threats.
B . It centralizes all DNS management and simplifies policy creation. ❌ Incorrect, because Advanced DNS Security is not a DNS management solution, but a threat prevention feature.
C . It automatically redirects all DNS traffic through encrypted tunnels. ❌ Incorrect, because it does not encrypt DNS traffic, but analyzes it for malicious activity.
Reference to Firewall Deployment and Security Features:
Firewall Deployment - Protects against DNS-based attacks via inline inspection.
Security Policies - Enforces malicious domain blocking.
VPN Configurations - Secures DNS queries even from remote users.
Threat Prevention - Blocks malicious DNS requests before they resolve.
WildFire Integration - Identifies DNS-based malware C2 communication.
Zero Trust Architectures - Prevents threat actors from leveraging DNS tunneling for data exfiltration.
Thus, the correct answer is:
✅ D. It uses machine learning (ML) to detect and block malicious domains in real-time.

NEW QUESTION # 64
Which type of traffic can a firewall use for proper classification and visibility of internet of things (loT) devices?

A. RADIUS
B. DHCP
C. SSH
D. RTP

Answer: B

Explanation:
To properly classify and gain visibility into Internet of Things (IoT) devices, a firewall can analyze DHCP traffic, as IoT devices frequently use DHCP for network connectivity.
Why DHCP is the Correct Answer?
IoT Devices Often Use DHCP for IP Assignment -
Most IoT devices (smart cameras, sensors, medical devices, industrial controllers) dynamically obtain IP addresses via DHCP.
Firewalls can inspect DHCP requests to identify device types based on DHCP Option 55 (Parameter Request List) and Option 60 (Vendor Class Identifier).
Enhances IoT Security with Granular Policies -
Palo Alto Networks IoT Security uses DHCP data to assign risk scores, enforce access control policies, and detect anomalies.
Does Not Require Deep Packet Inspection -
Unlike RTP, RADIUS, or SSH, which focus on specific protocols for media streaming, authentication, and encryption, DHCP data is lightweight and easily analyzed.
Why Other Options Are Incorrect?
B . RTP (Real-Time Transport Protocol) ❌
Incorrect, because RTP is used for media streaming (VoIP, video conferencing), not device classification.
C . RADIUS (Remote Authentication Dial-In User Service) ❌
Incorrect, because RADIUS is an authentication protocol, not a traffic type used for IoT device classification.
D . SSH (Secure Shell) ❌
Incorrect, because SSH is an encrypted protocol used for remote device access, not identifying IoT devices.
Reference to Firewall Deployment and Security Features:
Firewall Deployment - Firewalls use DHCP fingerprinting for IoT visibility.
Security Policies - DHCP data enables dynamic security policy enforcement for IoT devices.
VPN Configurations - Ensures IoT devices using VPN connections are correctly classified.
Threat Prevention - Detects malicious IoT devices based on DHCP metadata.
WildFire Integration - Prevents IoT devices from being used in botnet attacks.
Zero Trust Architectures - Ensures least-privilege access policies for IoT devices.

NEW QUESTION # 65
......

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