Question # 1
Which two routing options are supported by VM-Series? (Choose two.)
|
| A. RIP | | B. OSPF | | C. IGRP | | D. BGP |
B. OSPF
D. BGP
Explanation:
The VM-Series firewalls support various dynamic routing protocols to ensure efficient and resilient network traffic management. Among these, OSPF (Open Shortest Path First) and BGP (Border Gateway Protocol) are supported. OSPF is used for intra-domain routing, while BGP is essential for inter-domain routing, allowing VM-Series to participate in complex and scalable network topologies.
References:
Palo Alto Networks VM-Series Deployment Guide: VM-Series Deployment Guide
Palo Alto Networks Administrator’s Guide: Routing Protocols
Question # 2
| Which three NSX features can be pushed from Panorama in PAN-OS? (Choose three.) |
| A. Multiple authorization codes | | B. User IP mappings | | C. Steering rules | | D. Security group assignment of virtual machines (VMs) | | E. Security groups |
B. User IP mappings
C. Steering rules
D. Security group assignment of virtual machines (VMs)
Explanation:
User IP mappings:
Panorama can push user-to-IP mapping information to the NSX manager, enabling dynamic security policy enforcement based on user identity.
[Reference: PAN-OS Administrator’s Guide, User-ID Integration with NSX., PAN-OS NSX Integration Guide, Steering rules:, Steering rules dictate how traffic is directed through security services. Panorama can push these rules to ensure traffic is properly inspected., Reference: PAN-OS documentation on steering rules within NSX integration., Palo Alto Networks NSX Integration, Security group assignment of virtual machines (VMs):, Panorama can push security group information, ensuring that VMs are dynamically assigned to the appropriate security policies., Reference: Integration of VM-Series with VMware NSX, which allows security group information to be managed via Panorama., Palo Alto Networks NSX Integration Guide, , ]
Question # 3
Which two mechanisms could trigger a high availability (HA) failover event? (Choose two.)
|
| A. Ping monitoring | | B. Link monitoring | | C. Session polling | | D. Heartbeat polling |
A. Ping monitoring
B. Link monitoring
Explanation:
Ping monitoring:
This mechanism involves monitoring the reachability of a specified IP address. If the firewall cannot ping the address, it may trigger a failover.
[Reference: PAN-OS High Availability (HA) documentation explains that ping monitoring is used to verify the path to a network resource, and failure can trigger an HA event., PAN-OS Administrator’s Guide - HA, Link monitoring:, Link monitoring checks the status of network links. If a monitored link fails, an HA failover can be triggered., Reference: Link monitoring is described in the PAN-OS documentation as a key component of the HA functionality, used to detect link failures., PAN-OS High Availability Link Monitoring, , ]
Question # 4
| With which two private cloud environments does Palo Alto Networks have deep integrations? (Choose two.) |
| A. Cisco ACI | | B. VMware NSX-T | | C. Nutanix | | D. Dell APEX |
A. Cisco ACI
B. VMware NSX-T
Explanation:
Palo Alto Networks has deep integrations with:
Cisco ACI:Integration with Cisco Application Centric Infrastructure (ACI) allows for automated security provisioning and enforcement within the Cisco data center environment, leveraging the tight coupling of network and security policies.
VMware NSX-T:Integration with VMware NSX-T enables advanced security features and visibility within VMware's software-defined data center (SDDC) environment, facilitating automated security policies and enforcement across virtualized workloads.
References:
Palo Alto Networks Integration with Cisco ACI: Cisco ACI Integration
Palo Alto Networks Integration with VMware NSX-T: VMware NSX-T Integration
Question # 5
| Which protocol is used for communicating between VM-Series firewalls and a gateway load balancer in Amazon Web Services (AWS)? |
| A. Geneve | | B. VRLAN | | C. VMLAN | | D. GRE |
A. Geneve
Explanation:
Geneve (Generic Network Virtualization Encapsulation) is the protocol used for communication between VM-Series firewalls and a Gateway Load Balancer (GWLB) in AWS. Geneve provides a flexible encapsulation method and is specifically supported for integrating with AWS GWLB to ensure seamless traffic flow and security inspection.
References:
AWS Gateway Load Balancer Documentation:AWS GWLB
Palo Alto Networks Integration Guide: Integrating VM-Series with AWS GWLB
Question # 6
| Where do CN-Series devices obtain a VM-Series authorization key? |
| A. Panorama | | B. Local installation | | C. GitHub | | D. Customer Support Portal |
A. Panorama
Explanation:
CN-Series devices obtain a VM-Series authorization key from Panorama. Panorama is the centralized management platform for Palo Alto Networks firewalls, including CN-Series and VM-Series. It provides the necessary authorization keys and other configurations to ensure proper deployment and operation of the firewalls.
References:
Palo Alto Networks Panorama Documentation: Panorama Overview
Palo Alto Networks CN-Series Setup Guide: CN-Series Setup
Question # 7
| Which component scans for threats in allowed traffic? |
| A. Security profiles | | B. NAT | | C. Intelligent Traffic Offload | | D. TLS decryption |
A. Security profiles
Explanation:
Security Profiles:
Security profiles in Palo Alto Networks firewalls are used to scan for threats in allowed traffic. These profiles include features such as Antivirus, Anti-Spyware, Vulnerability Protection, URL Filtering, and others that inspect traffic and detect potential threats.
[Reference: The PAN-OS documentation explains how security profiles are applied to traffic and the types of threats they can identify., Palo Alto Networks Security Profiles, , ]
Question # 8
| What can be implemented in a CN-Series to protect communications between Dockers? |
| A. Data loss prevention (DLP) | | B. Firewalling | | C. Runtime security | | D. Vulnerability management |
B. Firewalling
Explanation:
In a CN-Series (Cloud Native) environment, protecting communications between Docker containers is crucial. CN-Series firewalls are designed to provide advanced firewalling capabilities within containerized environments:
Firewalling: The CN-Series firewall provides Layer 7 visibility, allowing for application-layer security policies and protections. It ensures that all inter-container traffic is inspected, filtered, and secured according to the defined security policies. This includes blocking malicious traffic, preventing unauthorized access, and providing micro-segmentation within the Kubernetes clusters.
[: CN-Series Containerized Firewall, , ]
Question # 9
| A CN-Series firewall can secure traffic between which elements? |
| A. Host containers | | B. Containers | | C. Pods | | D. Source applications |
C. Pods
Explanation:
The CN-Series firewalls are specifically designed to secure containerized environments. They can secure traffic between Kubernetes pods, which are the smallest deployable units in a Kubernetes cluster, and are often composed of one or more containers. The primary focus of CN-Series firewalls is to ensure security within Kubernetes environments by managing traffic and enforcing security policies at the pod level.
References:
Palo Alto Networks CN-Series Datasheet: CN-Series Datasheet
Palo Alto Networks CN-Series Documentation: CN-Series Documentation
Question # 10
| Which of the following can provide application-level security for a web-server instance on Amazon Web Services (AWS)? |
| A. VM-Series firewalls | | B. Hardware firewalls | | C. Terraform templates | | D. Security groups |
A. VM-Series firewalls
Explanation:
VM-Series firewalls provide advanced application-level security for web-server instances on AWS. These virtual firewalls leverage Palo Alto Networks’ next-generation firewall capabilities to offer features like application identification, threat prevention, and URL filtering, ensuring comprehensive security for web applications hosted on AWS.
References:
Palo Alto Networks VM-Series on AWS: VM-Series on AWS
AWS Security Best Practices:AWS Security Best Practices
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