Level: Foundational
Format: Certification
Platform: All
This certification validates knowledge, understanding, and the basic skills required to apply solutions in the areas of cybersecurity, network security, endpoint security, cloud security, and security operations.
This certification is designed for individuals who want to validate the knowledge, understanding, and basic skills required in the areas of cybersecurity technologies and solutions. This is applicable to those transitioning into a cybersecurity career or continuing the path in a Palo Alto Networks program.
To prepare for this certification exam, we recommend that you first review the topics and subtopics in the datasheet, and then complete the courses found in the digital learning path as needed.
Description
The Palo Alto Networks Certified Network Security Engineer (PCNSE) certification validates your ability to design, deploy, configure, and troubleshoot Palo Alto Networks next-generation firewalls and security platforms. It demonstrates advanced expertise in protecting enterprise networks using Palo Alto’s industry-leading security solutions. This course provides a full set of practice exams that replicate the actual PCNSE exam environment, enabling you to test your readiness, identify weak areas, and gain the confidence to succeed.
Our practice exams are designed according to the official PCNSE exam blueprint and cover all essential domains, including:
Core Concepts – understanding firewall architectures, security policies, and App-ID technology.
Network Configuration – setting up interfaces, routing, NAT, and VPN connectivity.
Security & Threat Prevention – configuring advanced security profiles, URL filtering, WildFire, and DoS protection.
User-ID & Authentication – managing user identification, role-based access, and authentication methods.
Monitoring & Reporting – analyzing logs, generating reports, and leveraging Panorama for centralized management.
Troubleshooting & Best Practices – diagnosing connectivity and policy issues, optimizing configurations, and following security standards.
This course is ideal for network engineers, security administrators, and IT professionals who want to validate their skills in deploying and managing Palo Alto Networks security technologies. Prior hands-on experience with firewalls and general networking knowledge (TCP/IP, routing, and security concepts) is highly recommended.
By completing these practice exams, you will sharpen your technical knowledge, master real-world firewall configurations, and be fully prepared to achieve the PCNSE certification, advancing your career as a trusted network security engineer.
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Sample Question and Answers
QUESTION 1
Which methodology does Identity Threat Detection and Response (ITDR) use?
A. Behavior analysis
B. Comparison of alerts to signatures
C. Manual inspection of user activities
D. Rule-based activity prioritization
Answer: A
Explanation:
Identity Threat Detection and Response (ITDR) leverages behavior analysis to identify suspicious or
anomalous activities associated with user identities. This methodology involves continuously
monitoring user authentication patterns, access events, and privilege escalations to build a baseline
of oenormal behavior. By detecting deviations”such as unusual login locations, timeframes, or
excessive access attempts”ITDR can flag potential identity compromises or insider threats that
traditional signature or rule-based systems often miss. Palo Alto Networks ITDR integrates
behavioral analytics with threat intelligence to deliver real-time alerts and automated response
capabilities, essential in mitigating credential abuse and lateral movement within networks. This
behavioral approach is crucial for adapting to sophisticated identity attacks that evolve constantly.
QUESTION 2
Which technology grants enhanced visibility and threat prevention locally on a device?
A. EDR
B. IDS
C. SIEM
D. DLP
Answer: A
Explanation:
Endpoint Detection and Response (EDR) technologies provide comprehensive visibility and real-time
threat prevention directly on endpoint devices. EDR continuously monitors process activities, file
executions, and system calls to detect malware, suspicious behaviors, and zero-day threats at the
source. Palo Alto Networks Cortex XDR platform exemplifies this by correlating endpoint telemetry
with network and cloud data to provide a holistic defense against attacks. Operating locally on
endpoints allows EDR to prevent lateral movement and respond to threats quickly, filling security
gaps that network-centric tools alone cannot address. This endpoint-level insight is critical to
identifying sophisticated threats that initiate or manifest on user devices.
QUESTION 3
What are two examples of an attacker using social engineering? (Choose two.)
A. Convincing an employee that they are also an employee
B. Leveraging open-source intelligence to gather information about a high-level executive
C. Acting as a company representative and asking for personal information not relevant to the reason for their call
D. Compromising a website and configuring it to automatically install malicious files onto systems that visit the page
Answer: A,C
Explanation:
Social engineering attacks manipulate human trust to gain unauthorized access or information.
Convincing an employee that an attacker is also an employee builds rapport, lowering defenses for
information disclosure or credential sharing. Similarly, impersonating a company representative and
requesting unrelated personal data exploits authority bias to deceive victims. These tactics exploit
psychological vulnerabilities rather than technical flaws and are prevalent initial steps in multi-stage
attacks. Palo Alto Networks highlights the importance of training, multi-factor authentication, and
behavior-based threat detection to mitigate social engineering risks effectively.
QUESTION 4
Which two services does a managed detection and response (MDR) solution provide? (Choose two.)
A. Improved application development
B. Incident impact analysis
C. Periodic firewall updates
D. Proactive threat hunting
Answer: B,D
Explanation:
Managed Detection and Response (MDR) services combine incident impact analysis and proactive
threat hunting to enhance organizational security posture. Incident impact analysis assesses the
severity, scope, and potential damage of identified threats, helping prioritize responses. Proactive
threat hunting involves skilled analysts searching for hidden threats that automated detection may
miss, leveraging threat intelligence and behavioral analytics. Palo Alto Networks MDR integrates
Cortex XDR and human expertise to detect, investigate, and remediate sophisticated threats early.
Unlike routine firewall updates or development processes, MDR is focused on active threat discovery
and comprehensive incident management.
QUESTION 5
What role do containers play in cloud migration and application management strategies?
A. They enable companies to use cloud-native tools and methodologies.
B. They are used for data storage in cloud environments.
C. They serve as a template manager for software applications and services.
D. They are used to orchestrate virtual machines (VMs) in cloud environments.
Answer: A
Explanation:
Containers encapsulate applications and their dependencies into lightweight, portable units that can
run consistently across multiple environments. This abstraction supports cloud-native development
by enabling microservices architectures, rapid deployment, and scaling within orchestration
platforms like Kubernetes. Containers accelerate cloud migration by decoupling applications from
infrastructure, facilitating automation, and continuous integration/continuous deployment (CI/CD)
workflows. Palo Alto Networks addresses container security by integrating runtime protection,
vulnerability scanning, and compliance enforcement within its Prisma Cloud platform, ensuring safe
adoption of cloud-native tools and methodologies.
