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| Section | Objectives |
|---|---|
| Networking Fundamentals | - Network addressing and subnetting - Routing and switching concepts - TCP/IP and OSI model basics |
| Security Operations | - Incident detection and response basics - Monitoring and log analysis |
| Palo Alto Networks Technologies | - App-ID, User-ID, and Content-ID concepts - Security policies and rule processing - Threat Prevention and logging concepts |
| Network Security Fundamentals | - Security principles (CIA triad) - Common threats and attack vectors - Firewall concepts and NGFW overview |
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NEW QUESTION # 96
Based on the image provided, which two statements apply to the Security policy rules? (Choose two.)
Answer: A,D
NEW QUESTION # 97
You receive notification about a new malware that infects hosts An infection results in the infected host attempting to contact a command-and-control server Which Security Profile when applied to outbound Security policy rules detects and prevents this threat from establishing a command-and-control connection?
Answer: D
Explanation:
Anti-Spyware Security Profiles block spyware on compromised hosts from trying to communicate with external command-and-control (C2) servers, thus enabling you to detect malicious traffic leaving the network from infected clients.
NEW QUESTION # 98
Which three Ethernet interface types are configurable on the Palo Alto Networks firewall? (Choose three.)
Answer: A,B,C
Explanation:
Palo Alto Networks firewalls support three types of Ethernet interfaces that can be configured on the firewall:
virtual wire, tap, and layer 31. These interface types determine how the firewall processes traffic and applies security policies. Some of the characteristics of these interface types are:
Virtual Wire: A virtual wire interface allows the firewall to transparently pass traffic between two network segments without modifying the packets or affecting the routing. The firewall can still apply security policies and inspect the traffic based on the source and destination zones of the virtual wire2.
Tap: A tap interface allows the firewall to passively monitor traffic from a network switch or router without affecting the traffic flow. The firewall can only receive traffic from a tap interface and cannot send traffic out of it. The firewall can apply security policies and inspect the traffic based on the source and destination zones of the tap interface3.
Layer 3: A layer 3 interface allows the firewall to act as a router and participate in the network routing. The firewall can send and receive traffic from a layer 3 interface and apply security policies and inspect the traffic based on the source and destination IP addresses and zones of the interface4.
References: Ethernet Interface Types, Virtual Wire Interfaces, Tap Interfaces, Layer 3 Interfaces, Updated Certifications for PAN-OS 10.1, [Palo Alto Networks Certified Network Security Administrator (PAN-OS
10.0)] or [Palo Alto Networks Certified Network Security Administrator (PAN-OS 10.0)].
NEW QUESTION # 99
An organization is migrating services to a hybrid cloud environment and needs to create custom Zone Protection profiles to mitigate specific Layer 2 and Layer 3 attacks targeting their new cloud-connected interfaces. They have identified the following attack vectors:
1 . ARP Spoofing attempts originating from within the trusted internal network segment connected to the firewall's 'trust-zone' interface.
2. IP Spoofing (source IP outside allowed ranges) on their external-facing 'untrust-zone' interface.
3. Fragmented Packet attacks targeting the 'dmz-zone' interface, where a critical web server resides. Which combination of Zone Protection Profiles and their respective settings would address these requirements most effectively and precisely?
Answer: D
Explanation:
This question tests the practical application of Zone Protection Profiles for various attack types. Let's break down each requirement and the corresponding Zone Protection feature: 1. ARP Spoofing attempts from 'trust-zone: Feature: 'ARP Protection" within the Zone Protection Profile. This feature monitors ARP traffic and detects anomalies like Gratuitous ARP inconsistencies or ARP request/reply mismatches. It's crucial for internal network segments. Dynamic learning helps build a baseline, and static entries can be added for critical devices. Why D is good: 'ARP Protection' (dynamic learning, and Static ARP Entries if critical) directly addresses this. 2. IP Spoofing (source IP outside allowed ranges) on 'untrust-zone': Feature: "IP Spoofing Protection'. This feature checks if the source IP address of incoming packets is valid for the ingress interface/zone. For external-facing interfaces, it ensures that traffic purporting to be from the internal network (or any network not expected on the untrust-zone) is blocked. Why D is good: 'IP Spoofing Protection' with 'Action: Block' and emphasizing correct recognition of valid sources (i.e., external IPs) is accurate for the untrust-zone. 3. Fragmented Packet attacks targeting 'dmz-zone': Feature: Packet Based Attack Protection' and specifically 'Fragmented PacketS. This part of Zone Protection aims to prevent attacks that exploit weaknesses in fragmented IP packets (e.g., overlapping fragments, tiny fragments). These attacks can bypass security controls or cause resource exhaustion. Why D is good: 'Packet Based Attack Protections (specifically Fragmented PacketS with 'Action: Block') directly addresses this. Evaluation of Options: A: Correctly identifies the features. It's a strong contender. The wording on IP Spoofing protection in D is slightly more robust by mentioning the need to ensure valid sources are understood. B: Incorrect. SIP Spoofing Protection' on 'trust-zone' is usually not the primary concern for ARP spoofing (which is L2). 'ARP Protection' on 'untrust-zone' is misplaced as ARP is a local LAN protocol. SYN Flood' is for DoS, not fragmented packets. C: 'ARP Protection' with 'Static ARP Entry Verification' is too restrictive and might cause issues if dynamic ARP entries are common. ' IP Spoofing Protection' with Source IP 'Any' is too generic and might not distinguish valid external sources. SIP Option Drop' is related but not the primary solution for fragmented packet attacks . D (Correct): This option provides the most precise and complete set of configurations. It clearly maps each attack vector to the correct Zone Protection feature and highlights relevant considerations (dynamic ARP learning, valid source recognition for IP spoofing). It specifically targets Fragmented Packets for the DMZ. E: Only addresses various types of Flood Protection (DoS attacks), which are not what the problem describes for ARP spoofing, IP spoofing, or fragmented packets.
NEW QUESTION # 100
An organization is deploying a new web application server that requires strict adherence to security best practices. The security team has defined a custom URL category for 'critical-application-updates' and another for 'developer-tools'. They want to ensure that only 'critical-application-updates' URLs are allowed, 'developer-tools' URLs are logged but blocked, and all other unclassified or malicious URLs are blocked with an appropriate response page. Which URL Filtering profile configuration meets these requirements?
Answer: A
Explanation:
Option E is the most comprehensive and accurate solution. It correctly assigns 'allow' to critical updates, 'block' with logging for developer tools (meeting 'logged but blocked'), and 'block' for malicious and unclassified content with appropriate response pages. The mention of 'order of evaluation' is crucial in URL Filtering, as custom categories are evaluated top-down, ensuring the 'allow' for critical updates takes precedence. Option C is close but misses the specific instruction for 'malicious' URLs. Options A, B, and D either miss the logging requirement for developer tools, use incorrect actions, or lack specificity for unclassified/malicious categories.
NEW QUESTION # 101
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