Authentic Palo Alto Networks Cybersecurity-Practitioner Exam Questions with Answers

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Palo Alto Networks Cybersecurity-Practitioner Exam Syllabus Topics:

TopicDetails
Topic 1
  • Endpoint Security: This domain addresses endpoint protection including indicators of compromise, limitations of signature-based anti-malware, UEBA, EDR
  • XDR, Behavioral Threat Prevention, endpoint security technologies like host firewalls and disk encryption, and Cortex XDR features.
Topic 2
  • Network Security: This domain addresses network protection through Zero Trust Network Access, firewalls, microsegmentation, and security technologies like IPS, URL filtering, DNS security, VPN, and SSL
  • TLS decryption, plus OT
  • IoT concerns, NGFW deployments, Cloud-Delivered Security Services, and Precision AI.
Topic 3
  • Secure Access: This domain examines SASE and SSE architectures, security challenges for data and applications including AI tools, and technologies like Secure Web Gateway, CASB, DLP, Remote Browser Isolation, SD-WAN, and Prisma SASE solutions.
Topic 4
  • Cloud Security: This domain covers cloud architectures, security challenges across application security, cloud posture, and runtime security, protection technologies like CSPM and CWPP, Cloud Native Application Protection Platforms, and Cortex Cloud functionality.
Topic 5
  • Cybersecurity: This domain covers foundational security concepts including AAA framework, MITRE ATT&CK techniques, Zero Trust principles, advanced persistent threats, and common security technologies like IAM, MFA, mobile device management, and secure email gateways.

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Palo Alto Networks Cybersecurity Practitioner Sample Questions (Q80-Q85):

NEW QUESTION # 80
What is an operation of an Attack Surface Management (ASM) platform?

Answer: A

Explanation:
Attack Surface Management (ASM) platforms focus on continuous discovery and monitoring of all internet-facing assets, both internal and external, to identify attack vectors, vulnerabilities, and exposures that could be exploited by threat actors.


NEW QUESTION # 81
What is the key to "taking down" a botnet?

Answer: C

Explanation:
A botnet is a network of computers or devices that are infected by malware and controlled by a malicious actor, known as the botmaster or bot-herder. The botmaster uses a command and control (C2) server or channel to send instructions to the bots and receive information from them. The C2 communication is essential for the botmaster to maintain control over the botnet and use it for various malicious purposes, such as launching distributed denial-of-service (DDoS) attacks, stealing data, sending spam, or mining cryptocurrency. Therefore, the key to "taking down" a botnet is to prevent the bots from communicating with the C2 server or channel. This can be done by disrupting, blocking, or hijacking the C2 communication, which can render the botnet ineffective, unstable, or inaccessible. For example, security researchers or law enforcement agencies can use techniques such as sinkholing, domain name system (DNS) poisoning, or domain seizure to redirect the bot traffic to a benign server or a dead end, cutting off the connection between the bots and the botmaster. Alternatively, they can use techniques such as reverse engineering, decryption, or impersonation to infiltrate the C2 server or channel and take over the botnet, either to disable it, monitor it, or use it for good purposes. Reference:
What is a Botnet? - Palo Alto Networks
Botnet Detection and Prevention Techniques | A Quick Guide - XenonStack Botnet Mitigation: How to Prevent Botnet Attacks in 2024 - DataDome What is a Botnet? Definition and Prevention | Varonis


NEW QUESTION # 82
Which statement describes a host-based intrusion prevention system (HIPS)?

Answer: D

Explanation:
A Host-Based Intrusion Prevention System (HIPS) is installed directly on an endpoint device (such as a server or workstation) and monitors local system activity, including processes, file access, and system calls, to detect and prevent malicious behavior.


NEW QUESTION # 83
A native hypervisor runs:

Answer: C

Explanation:
* Type 1 (native or bare metal). Runs directly on the host computer's hardware
* Type 2 (hosted). Runs within an operating system environment


NEW QUESTION # 84
Based on how much is managed by the vendor, where can CaaS be situated in the spread of cloud computing services?

Answer: B

Explanation:
CaaS, or Containers-as-a-Service, is a cloud service that allows users to manage and deploy applications using containers and clusters. CaaS can be situated between IaaS and PaaS in the spread of cloud computing services, based on how much is managed by the vendor. IaaS, or Infrastructure-as-a-Service, provides the lowest level of abstraction, where users have to manage the servers, storage, network, and operating system. PaaS, or Platform-as-a-Service, provides a higher level of abstraction, where users only have to manage the application code and data. FaaS, or Function-as-a-Service, provides the highest level of abstraction, where users only have to manage the functions or logic of the application. CaaS falls in between IaaS and PaaS, as it provides users with more control over the container orchestration and configuration than PaaS, but also simplifies the infrastructure management and scaling than IaaS123. Reference:
What is CaaS? from Red Hat
Containers as a Service from Atlassian
Container as a Service (CaaS) from GeeksforGeeks


NEW QUESTION # 85
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