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Palo Alto Networks Cybersecurity-Practitioner Exam Syllabus Topics:

Topic
Details

Topic 1

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 2

Security Operations: This domain focuses on security operations including threat hunting, incident response, SIEM and SOAR platforms, Attack Surface Management, and Cortex solutions including XSOAR, Xpanse, and XSIAM.

Topic 3

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.

Palo Alto Networks Cybersecurity Practitioner Sample Questions (Q59-Q64):

NEW QUESTION # 59
Which VM-Series virtual firewall cloud deployment use case reduces your environment's attack surface?

A. DevOps
B. O Multicloud
C. Micro-segmentation
D. O 5G -

Answer: C

Explanation:
Micro-segmentation is a VM-Series virtual firewall cloud deployment use case that reduces your environment's attack surface. Micro-segmentation is the process of dividing a network into smaller segments, each with its own security policies and controls. This helps to isolate and protect workloads from lateral movement and unauthorized access, as well as to enforce granular trust zones and application dependencies. Micro-segmentation can be applied to virtualized data centers, private clouds, and public clouds, using software-defined solutions such as VMware NSX, Cisco ACI, and Azure Virtual WAN. Reference: Micro-Segmentation - Palo Alto Networks, VM-Series Deployment Guide - Palo Alto Networks, VM-Series on VMware NSX - Palo Alto Networks, VM-Series on Cisco ACI - Palo Alto Networks, VM-Series on Azure Virtual WAN - Palo Alto Networks

NEW QUESTION # 60
How can local systems eliminate vulnerabilities?

A. Create preventative memory-corruption techniques.
B. Test and deploy patches on a focused set of systems.
C. Perform an attack on local systems.
D. Patch systems and software effectively and continuously.

Answer: D

Explanation:
Local systems can eliminate vulnerabilities by patching systems and software effectively and continuously. Patching is the process of applying updates or fixes to software or hardware components that have known vulnerabilities or bugs. Patching can prevent attackers from exploiting these vulnerabilities and compromising the security or functionality of the systems. Patching should be done regularly and promptly, as new vulnerabilities are constantly discovered and exploited by cybercriminals. Patching should also be done effectively, meaning that the patches are tested and verified before deployment, and that they do not introduce new vulnerabilities or issues. Patching should also be done continuously, meaning that the systems are monitored for new vulnerabilities and patches are applied as soon as they are available. Continuous patching can reduce the window of opportunity for attackers to exploit unpatched vulnerabilities and cause damage or data breaches. Reference:
* 1: What is Patch Management? | Palo Alto Networks
* 2: Patch Management Best Practices: How to Keep Your Systems Secure | Snyk
* 3: Vulnerability Remediation Process - 4 Steps to Remediation | Snyk

NEW QUESTION # 61
What is an operation of an Attack Surface Management (ASM) platform?

A. It continuously identifies all internal and external internet-connected assets for potential attack vectors and exposures.
B. It identifies and monitors the movement of data within, into, and out of an organization's network.
C. It detects and remediates misconfigured security settings in sanctioned SaaS applications through monitoring.
D. It scans assets in the cloud space for remediation of compromised sanctioned SaaS applications.

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 # 62
What are the two most prominent characteristics of the malware type rootkit? (Choose two.)

A. It steals personal information.
B. It encrypts user data.
C. It takes control of the operating system.
D. It cannot be detected by antivirus because of its masking techniques.

Answer: C,D

Explanation:
A rootkit is a type of malware that enables cyber criminals to gain access to and infiltrate data from machines without being detected. It covers software toolboxes designed to infect computers, give the attacker remote control, and remain hidden for a long period of time1 One of the most prominent characteristics of a rootkit is that it cannot be detected by antivirus because of its masking techniques. A rootkit may be able to subvert the software that is intended to find it, such as by hooking system calls, modifying kernel objects, or tampering with the registry2 Another prominent characteristic of a rootkit is that it takes control of the operating system. A rootkit may install itself in the kernel or the firmware of the device, giving it the highest level of privilege and access. A rootkit may also replace the bootloader or the BIOS of the machine, making it difficult to remove. A rootkit can use its control over the operating system to launch other malware, such as ransomware, bots, keyloggers, or trojans34 Reference:
1: What Is a Rootkit? How to Defend and Stop Them? | Fortinet
2: Rootkit - Wikipedia
3: What Is a Rootkit? - Microsoft 365
4: What is Rootkit? Attack Definition & Examples - CrowdStrike

NEW QUESTION # 63
In a traditional data center what is one result of sequential traffic analysis?

A. reduces network latency
B. simplifies security policy management
C. causes security policies to be complex
D. improves security policy application ID enforcement

Answer: C

Explanation:
Multiple policies, no policy reconciliation tools: Sequential traffic analysis (stateful inspection, application control, intrusion prevention system (IPS), anti-malware, etc.) in traditional data center security solutions requires a corresponding security policy or profile, often using multiple management tools. The result is that your security policies become convoluted as you build and manage a firewall policy with source, destination, user, port, and action; an application control policy with similar rules; and any other threat prevention rules required. Multiple security policies that mix positive (firewall) and negative (application control, IPS, and anti-malware) control models can cause security holes by missing traffic and/or not identifying

NEW QUESTION # 64
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