Paloalto Networks PCCET Practice Exams
Last updated on Oct 21,2026- Exam Code: PCCET
- Exam Name: Palo Alto Networks Certified Cybersecurity Entry-level Technician
- Certification Provider: Paloalto Networks
- Latest update: Oct 21,2026
Question #1
Which option is an example of a North-South traffic flow?
- A . Lateral movement within a cloud or data center
- B . An internal three-tier application
- C . Client-server interactions that cross the edge perimeter
- D . Traffic between an internal server and internal user
Correct Answer: C
C
Explanation:
North-south refers to data packets that move in and out of the virtualized environment from the host network or a corresponding traditional data center. North-south traffic is secured by one or more physical form factor perimeter edge firewalls.
C
Explanation:
North-south refers to data packets that move in and out of the virtualized environment from the host network or a corresponding traditional data center. North-south traffic is secured by one or more physical form factor perimeter edge firewalls.
Question #2
How does Cortex XSOAR Threat Intelligence Management (TIM) provide relevant threat data to analysts?
- A . It creates an encrypted connection to the company’s data center.
- B . It performs SSL decryption to give visibility into user traffic.
- C . II prevents sensitive data from leaving the network.
- D . II automates the ingestion and aggregation of indicators.
Correct Answer: D
D
Explanation:
Cortex XSOAR Threat Intelligence Management (TIM) is a platform that enables security teams to manage the lifecycle of threat intelligence, from aggregation to action. One of the key features of Cortex XSOAR TIM is that it automates the ingestion and aggregation of indicators from various sources, such as threat feeds, open-source intelligence, internal data, and third-party integrations 1. Indicators are pieces of information that can be used to identify malicious activity, such as IP addresses, domains, URLs, hashes, etc. By automating the ingestion and aggregation of indicators, Cortex XSOAR TIM reduces the manual effort and time required to collect, validate, and prioritize threat data. It also enables analysts to have a unified view of the global threat landscape and the impact of threats on their network 1.
Reference: 1: Threat Intelligence Management – Palo Alto Networks 2
D
Explanation:
Cortex XSOAR Threat Intelligence Management (TIM) is a platform that enables security teams to manage the lifecycle of threat intelligence, from aggregation to action. One of the key features of Cortex XSOAR TIM is that it automates the ingestion and aggregation of indicators from various sources, such as threat feeds, open-source intelligence, internal data, and third-party integrations 1. Indicators are pieces of information that can be used to identify malicious activity, such as IP addresses, domains, URLs, hashes, etc. By automating the ingestion and aggregation of indicators, Cortex XSOAR TIM reduces the manual effort and time required to collect, validate, and prioritize threat data. It also enables analysts to have a unified view of the global threat landscape and the impact of threats on their network 1.
Reference: 1: Threat Intelligence Management – Palo Alto Networks 2
Question #3
You have been invited to a public cloud design and architecture session to help deliver secure east west flows and secure Kubernetes workloads.
What deployment options do you have available? (Choose two.)
- A . PA-Series
- B . VM-Series
- C . Panorama
- D . CN-Series
Correct Answer: B D
B D
Explanation:
To deliver secure east-west flows and secure Kubernetes workloads in a public cloud environment, you have two deployment options available: VM-Series and CN-Series.
VM-Series is a virtualized form factor of the Palo Alto Networks next-generation firewall that can be deployed in public cloud platforms such as AWS, Azure, Google Cloud, and Oracle Cloud. VM-Series provides comprehensive network security and threat prevention capabilities for protecting your cloud workloads and applications from cyberattacks. VM-Series can also integrate with native cloud services and third-party tools to enable automation, orchestration, and visibility across your cloud environment. VM-Series supports various deployment scenarios, such as securing internet-facing applications, protecting hybrid connectivity, segmenting internal networks, and enabling secure DevOps12.
CN-Series is a containerized form factor of the Palo Alto Networks next-generation firewall that can be deployed in Kubernetes environments. CN-Series provides granular network security and threat prevention capabilities for protecting your Kubernetes pods and namespaces from cyberattacks. CN-Series can also integrate with Kubernetes network plugins and services to enable dynamic policy enforcement, service discovery, and visibility across your Kubernetes clusters. CN-Series supports various deployment scenarios, such as securing ingress and egress traffic, enforcing microsegmentation, and enabling secure DevSecOps34.
Reference:
VM-Series in Public Cloud
VM-Series Deployment Guide
CN-Series in Kubernetes
CN-Series Deployment Guide
B D
Explanation:
To deliver secure east-west flows and secure Kubernetes workloads in a public cloud environment, you have two deployment options available: VM-Series and CN-Series.
VM-Series is a virtualized form factor of the Palo Alto Networks next-generation firewall that can be deployed in public cloud platforms such as AWS, Azure, Google Cloud, and Oracle Cloud. VM-Series provides comprehensive network security and threat prevention capabilities for protecting your cloud workloads and applications from cyberattacks. VM-Series can also integrate with native cloud services and third-party tools to enable automation, orchestration, and visibility across your cloud environment. VM-Series supports various deployment scenarios, such as securing internet-facing applications, protecting hybrid connectivity, segmenting internal networks, and enabling secure DevOps12.
CN-Series is a containerized form factor of the Palo Alto Networks next-generation firewall that can be deployed in Kubernetes environments. CN-Series provides granular network security and threat prevention capabilities for protecting your Kubernetes pods and namespaces from cyberattacks. CN-Series can also integrate with Kubernetes network plugins and services to enable dynamic policy enforcement, service discovery, and visibility across your Kubernetes clusters. CN-Series supports various deployment scenarios, such as securing ingress and egress traffic, enforcing microsegmentation, and enabling secure DevSecOps34.
Reference:
VM-Series in Public Cloud
VM-Series Deployment Guide
CN-Series in Kubernetes
CN-Series Deployment Guide
Question #4
Which NGFW feature is used to provide continuous identification, categorization, and control of known and previously unknown SaaS applications?
- A . User-ID
- B . Device-ID
- C . App-ID
- D . Content-ID
Correct Answer: C
C
Explanation:
App-ID™ technology leverages the power of the broad global community to provide continuous identification, categorization, and granular risk-based control of known and previously unknown SaaS applications, ensuring new applications are discovered automatically as they become popular.
C
Explanation:
App-ID™ technology leverages the power of the broad global community to provide continuous identification, categorization, and granular risk-based control of known and previously unknown SaaS applications, ensuring new applications are discovered automatically as they become popular.
Question #5
Which three services are part of Prisma SaaS? (Choose three.)
- A . Data Loss Prevention
- B . DevOps
- C . Denial of Service
- D . Data Exposure Control
- E . Threat Prevention
Correct Answer: ADE
ADE
Explanation:
Prisma SaaS is a cloud access security broker (CASB) solution that helps secure and manage SaaS applications. It provides advanced capabilities in risk discovery, data loss prevention, compliance assurance, data governance, user behavior monitoring, and advanced threat prevention12.
The three services that are part of Prisma SaaS are:
Data Loss Prevention: This service helps prevent the leakage or exposure of sensitive data stored in SaaS applications. It allows you to define data patterns, policies, and actions to protect your data from unauthorized access or sharing3.
Data Exposure Control: This service helps identify and remediate data exposure risks in SaaS applications. It scans your data at rest and classifies it based on its sensitivity and exposure level. It also provides recommendations and remediation actions to reduce the risk of data breaches4.
Threat Prevention: This service helps detect and block malicious activities and threats in SaaS applications. It leverages the WildFire and AutoFocus threat intelligence services to analyze user and file activity and identify indicators of compromise. It also provides alerts and response actions to mitigate the impact of threats5.
Reference: Prisma SaaS Overview
Prisma SaaS – Palo Alto Networks
Data Loss Prevention
Data Exposure Control
Threat Prevention
ADE
Explanation:
Prisma SaaS is a cloud access security broker (CASB) solution that helps secure and manage SaaS applications. It provides advanced capabilities in risk discovery, data loss prevention, compliance assurance, data governance, user behavior monitoring, and advanced threat prevention12.
The three services that are part of Prisma SaaS are:
Data Loss Prevention: This service helps prevent the leakage or exposure of sensitive data stored in SaaS applications. It allows you to define data patterns, policies, and actions to protect your data from unauthorized access or sharing3.
Data Exposure Control: This service helps identify and remediate data exposure risks in SaaS applications. It scans your data at rest and classifies it based on its sensitivity and exposure level. It also provides recommendations and remediation actions to reduce the risk of data breaches4.
Threat Prevention: This service helps detect and block malicious activities and threats in SaaS applications. It leverages the WildFire and AutoFocus threat intelligence services to analyze user and file activity and identify indicators of compromise. It also provides alerts and response actions to mitigate the impact of threats5.
Reference: Prisma SaaS Overview
Prisma SaaS – Palo Alto Networks
Data Loss Prevention
Data Exposure Control
Threat Prevention
Question #6
Which IPsec feature allows device traffic to go directly to the Internet?
- A . Split tunneling
- B . Diffie-Hellman groups
- C . Authentication Header (AH)
- D . IKE Security Association
Correct Answer: A
A
Explanation:
"Or split tunneling can be configured to allow internet traffic from the device to go directly to the internet, while other specific types of traffic route through the IPsec tunnel, for acceptable protection with much less performance degradation."
A
Explanation:
"Or split tunneling can be configured to allow internet traffic from the device to go directly to the internet, while other specific types of traffic route through the IPsec tunnel, for acceptable protection with much less performance degradation."
Question #7
Which method is used to exploit vulnerabilities, services, and applications?
- A . encryption
- B . port scanning
- C . DNS tunneling
- D . port evasion
Correct Answer: D
D
Explanation:
Attack communication traffic is usually hidden with various techniques and tools, including:
● Encryption with SSL, SSH (Secure Shell), or some other custom or proprietary encryption
● Circumvention via proxies, remote access tools, or tunneling. In some instances, use of cellular networks enables complete circumvention of the target network for attack C2 traffic.
● Port evasion using network anonymizers or port hopping to traverse over any available open ports
● Fast Flux (or Dynamic DNS) to proxy through multiple infected endpoints or multiple, ever-changing C2 servers to reroute traffic and make determination of the true destination or attack source difficult
● DNS tunneling is used for C2 communications and data infiltration
D
Explanation:
Attack communication traffic is usually hidden with various techniques and tools, including:
● Encryption with SSL, SSH (Secure Shell), or some other custom or proprietary encryption
● Circumvention via proxies, remote access tools, or tunneling. In some instances, use of cellular networks enables complete circumvention of the target network for attack C2 traffic.
● Port evasion using network anonymizers or port hopping to traverse over any available open ports
● Fast Flux (or Dynamic DNS) to proxy through multiple infected endpoints or multiple, ever-changing C2 servers to reroute traffic and make determination of the true destination or attack source difficult
● DNS tunneling is used for C2 communications and data infiltration
Question #8
What type of area network connects end-user devices?
- A . Wide Area Network (WAN)
- B . Campus Area Network (CAN)
- C . Local Area Network (LAN)
- D . Personal Area Network (PAN)
Correct Answer: C
C
Explanation:
A local area network (LAN) is a network that connects end-user devices such as personal computers, printers, scanners, and phones within a small geographic area, such as an office, school, or home. LANs allow users to share resources, such as files, applications, and internet access, among the connected devices. LANs typically use Ethernet or Wi-Fi as the communication medium and operate at high speeds with low error rates. LANs are usually owned and managed by a single person or organization.
Reference: LANs, WANs, and Other Area Networks Explained, What is a LAN? Local Area Network, Types of area networks – LAN, MAN and WAN
C
Explanation:
A local area network (LAN) is a network that connects end-user devices such as personal computers, printers, scanners, and phones within a small geographic area, such as an office, school, or home. LANs allow users to share resources, such as files, applications, and internet access, among the connected devices. LANs typically use Ethernet or Wi-Fi as the communication medium and operate at high speeds with low error rates. LANs are usually owned and managed by a single person or organization.
Reference: LANs, WANs, and Other Area Networks Explained, What is a LAN? Local Area Network, Types of area networks – LAN, MAN and WAN
Question #9
If an endpoint does not know how to reach its destination, what path will it take to get there?
- A . The endpoint will broadcast to all connected network devices.
- B . The endpoint will not send the traffic until a path is clarified.
- C . The endpoint will send data to the specified default gateway.
- D . The endpoint will forward data to another endpoint to send instead.
Correct Answer: C
C
Explanation:
If an endpoint does not know how to reach its destination, it will send data to the specified default gateway. A default gateway is a device that routes traffic from a local network to other networks or the internet. The endpoint will use the default gateway’s IP address as the next hop for packets that are destined for unknown or remote networks. The default gateway will then forward the packets to the appropriate destination or another gateway, based on its routing table.
Reference: Fundamentals of Network Security, Module 2: Networking Concepts, Lesson 2: IP Addressing and Routing1
PCCET Study Guide, Section 2.2: Describe IP Addressing and Routing2
C
Explanation:
If an endpoint does not know how to reach its destination, it will send data to the specified default gateway. A default gateway is a device that routes traffic from a local network to other networks or the internet. The endpoint will use the default gateway’s IP address as the next hop for packets that are destined for unknown or remote networks. The default gateway will then forward the packets to the appropriate destination or another gateway, based on its routing table.
Reference: Fundamentals of Network Security, Module 2: Networking Concepts, Lesson 2: IP Addressing and Routing1
PCCET Study Guide, Section 2.2: Describe IP Addressing and Routing2
Question #10
Which feature of the VM-Series firewalls allows them to fully integrate into the DevOps workflows and CI/CD pipelines without slowing the pace of business?
- A . Elastic scalability
- B . 5G
- C . External dynamic lists
- D . Log export
Correct Answer: A
A
Explanation:
Elastic scalability is the feature of the VM-Series firewalls that allows them to fully integrate into the DevOps workflows and CI/CD pipelines without slowing the pace of business. Elastic scalability means that the VM-Series firewalls can automatically adjust their capacity and performance based on the changing demand and workload of the applications they protect. This enables the VM-Series firewalls to provide consistent and optimal security across multiple cloud environments, while also reducing operational costs and complexity. Elastic scalability also allows the VM-Series firewalls to seamlessly integrate with automation and orchestration tools, such as Terraform, Ansible, and AWS CloudFormation, that are commonly used in DevOps processes. This way, the VM-Series firewalls can be deployed and managed as part of the application development lifecycle and CI/CD pipelines, ensuring that security is always aligned with the business needs and objectives.
Reference: VM-Series Virtual Next-Generation Firewall – Palo Alto Networks, Securing Multi-Cloud Environments with VM-Series Virtual Firewalls, Terraform Modules for Palo Alto Networks VM-Series on AWS.
A
Explanation:
Elastic scalability is the feature of the VM-Series firewalls that allows them to fully integrate into the DevOps workflows and CI/CD pipelines without slowing the pace of business. Elastic scalability means that the VM-Series firewalls can automatically adjust their capacity and performance based on the changing demand and workload of the applications they protect. This enables the VM-Series firewalls to provide consistent and optimal security across multiple cloud environments, while also reducing operational costs and complexity. Elastic scalability also allows the VM-Series firewalls to seamlessly integrate with automation and orchestration tools, such as Terraform, Ansible, and AWS CloudFormation, that are commonly used in DevOps processes. This way, the VM-Series firewalls can be deployed and managed as part of the application development lifecycle and CI/CD pipelines, ensuring that security is always aligned with the business needs and objectives.
Reference: VM-Series Virtual Next-Generation Firewall – Palo Alto Networks, Securing Multi-Cloud Environments with VM-Series Virtual Firewalls, Terraform Modules for Palo Alto Networks VM-Series on AWS.