View Full Palo Alto Networks SecOps-Pro Exam Dumps and Practice Test Dumps.

 

Q81. What is the purpose of endpoint detection and response?

1. Monitor and respond to endpoint threats
   2. Increase database storage
   3. Manage office printers
   4. Replace network cables

Correct Answer: 1. Monitor and respond to endpoint threats

Explanation: Endpoint Detection and Response, or EDR, continuously monitors endpoint devices such as laptops, desktops, and servers for suspicious activity. EDR solutions can collect endpoint telemetry, detect potentially malicious behavior, investigate security events, and support response actions. Security teams can use EDR to identify processes, files, connections, and other activities associated with potential attacks. When a device is compromised, an EDR platform may help analysts isolate the endpoint and investigate what happened. This capability provides better visibility than relying only on traditional antivirus detection. EDR is therefore an important security control for detecting and responding to threats that target endpoint devices.

Q82. What is lateral movement?

1. Moving between compromised systems
   2. Encrypting a backup
   3. Updating antivirus software
   4. Blocking an external website

Correct Answer: 1. Moving between compromised systems

Explanation: Lateral movement occurs when an attacker moves from one compromised system to another within a network. After gaining initial access, an attacker may attempt to obtain additional credentials, discover internal resources, or access systems containing more valuable information. Techniques can include credential theft, remote services, exploitation of vulnerabilities, and abuse of legitimate administrative tools. Detecting lateral movement is important because attackers often use it to expand their access after the initial compromise. Network segmentation, least-privilege access, strong authentication, endpoint monitoring, and centralized logging can help security teams identify and limit unauthorized movement between internal systems.

Q83. What is privilege escalation?

1. Gaining higher access permissions
   2. Reducing network bandwidth
   3. Removing security policies
   4. Compressing files

Correct Answer: 1. Gaining higher access permissions

Explanation: Privilege escalation occurs when an attacker or unauthorized user gains permissions greater than those originally assigned. For example, an attacker who initially compromises a standard user account may attempt to obtain administrator-level privileges. Higher privileges can provide access to sensitive systems, security settings, confidential information, and additional accounts. Privilege escalation can result from software vulnerabilities, weak configurations, excessive permissions, or stolen credentials. Security teams can reduce this risk by applying least privilege, using strong authentication, monitoring privileged activity, patching vulnerabilities, and reviewing access rights regularly. Detecting unusual privilege changes can also help identify potential compromise.

Q84. What is a false positive?

1. Benign activity incorrectly identified as a threat
   2. A real attack that was missed
   3. A successful backup
   4. A blocked firewall port

Correct Answer: 1. Benign activity incorrectly identified as a threat

Explanation: A false positive occurs when a security system incorrectly identifies legitimate or harmless activity as malicious. For example, a security detection may generate an alert for normal administrative behavior because it resembles activity commonly associated with an attack. Excessive false positives can create alert fatigue because analysts must spend time reviewing events that do not represent genuine threats. Security teams can reduce false positives by tuning detection rules, adding appropriate context, adjusting thresholds, and improving correlation. However, detection rules should not be weakened excessively simply to reduce alerts. The goal is to maintain useful detection while minimizing unnecessary investigation.

Q85. What is a false negative?

1. A real threat that is not detected
   2. Normal traffic blocked by policy
   3. A successful security test
   4. A completed software update

Correct Answer: 1. A real threat that is not detected

Explanation: A false negative occurs when a security system fails to identify activity that is actually malicious. This can be more difficult to recognize than a false positive because the security team may not receive an alert at all. False negatives can result from outdated detection signatures, incomplete visibility, poorly configured security controls, sophisticated attack techniques, or unusual attacker behavior. Organizations can reduce this risk through multiple layers of security, threat intelligence, behavioral analysis, regular testing, updated detection rules, and continuous monitoring. Security teams should also review incidents after detection to determine whether earlier activity was missed.

Q86. What is sandboxing used for?

1. Isolate suspicious files or code
   2. Increase user privileges
   3. Replace authentication
   4. Disable network monitoring

Correct Answer: 1. Isolate suspicious files or code

Explanation: Sandboxing is a security technique that executes or analyzes potentially dangerous files, programs, or code within an isolated environment. The purpose is to prevent suspicious activity from directly affecting production systems while security tools observe its behavior. A sandbox can help identify characteristics such as file modifications, network connections, process creation, and other actions that may indicate malicious behavior. This approach can be particularly useful for analyzing unknown or suspicious files that traditional signature-based detection may not immediately recognize. Sandboxing adds another layer of defense by allowing security teams to investigate potentially harmful content in a controlled environment.

Q87. What is an Indicator of Attack?

1. Evidence of suspicious attack behavior
   2. A normal system backup
   3. A hardware inventory
   4. A user training document

Correct Answer: 1. Evidence of suspicious attack behavior

Explanation: An Indicator of Attack, or IOA, represents behavior or activity that may indicate an attack is occurring or being attempted. Unlike indicators that focus primarily on known artifacts such as file hashes or IP addresses, attack indicators can focus on suspicious actions and patterns. Examples might include unusual credential use, unexpected privilege changes, suspicious process execution, or abnormal administrative activity. Behavioral indicators can be useful for detecting attacks that change their technical artifacts to avoid traditional detection. Security teams can combine behavioral indicators with other security telemetry to investigate suspicious activity and determine whether it represents an actual compromise.

Q88. What is data exfiltration?

1. Unauthorized transfer of data
   2. Secure data backup
   3. Password authentication
   4. Network segmentation

Correct Answer: 1. Unauthorized transfer of data

Explanation: Data exfiltration is the unauthorized removal or transfer of information from an organization’s environment. Attackers may attempt to steal sensitive documents, credentials, financial information, intellectual property, or personal data after gaining access to a system. Data can potentially be transferred through network connections, cloud services, email, removable media, or other channels. Security teams can reduce exfiltration risks by using access controls, DLP policies, network monitoring, encryption, segmentation, and user activity monitoring. Detecting unusual outbound traffic or unexpected transfers of sensitive information can help organizations identify potential data theft before significant information is lost.

Q89. What does DNS security help prevent?

1. Access to malicious domains
   2. Hardware failure
   3. Low battery levels
   4. Printer errors

Correct Answer: 1. Access to malicious domains

Explanation: DNS security can help protect users and systems from malicious domains used for phishing, malware distribution, command-and-control communication, and other attacks. When a system attempts to resolve a domain name, security controls can evaluate the request against threat intelligence and security policies. Known malicious or suspicious domains can then be blocked or investigated. DNS security provides an additional layer of protection because many attacks depend on domain names to connect users or compromised systems to attacker-controlled infrastructure. Combining DNS security with endpoint protection, web security, and network monitoring can improve an organization’s ability to detect and block malicious activity.

Q90. What is network segmentation?

1. Dividing a network into security zones
   2. Increasing password length only
   3. Removing all firewalls
   4. Combining every system into one network

Correct Answer: 1. Dividing a network into security zones

Explanation: Network segmentation divides a network into separate sections or security zones to control communication between systems and reduce the potential impact of a compromise. For example, organizations may separate user networks, servers, guest devices, and sensitive systems. Security policies can then determine which traffic is allowed between these segments. Segmentation can make it more difficult for attackers to move laterally after compromising one system. It also helps limit the exposure of sensitive resources and can improve monitoring by creating clearer boundaries. Effective segmentation should be based on business requirements, system sensitivity, and the organization’s overall security architecture.

Q91. What is least privilege?

1. Give only necessary permissions
   2. Give administrators unlimited access
   3. Disable all user accounts
   4. Allow anonymous access

Correct Answer: 1. Give only necessary permissions

Explanation: Least privilege is a security principle that gives users, applications, and systems only the permissions required to perform their authorized tasks. If an account is compromised, limited privileges can reduce what an attacker can access or modify. For example, a standard employee account should not automatically have administrator permissions if those privileges are unnecessary for the employee’s job. Organizations should regularly review permissions and remove access that is no longer required. Least privilege can be applied to user accounts, applications, services, cloud resources, and administrative systems. It is an important method for reducing unauthorized access and limiting potential damage.

Q92. What is multi-factor authentication?

1. Using multiple authentication factors
   2. Using several usernames
   3. Sharing one password
   4. Removing authentication requirements

Correct Answer: 1. Using multiple authentication factors

Explanation: Multi-factor authentication, or MFA, requires users to provide more than one type of authentication factor when accessing a protected resource. Common factors include something the user knows, such as a password; something the user has, such as a security token; and something the user is, such as a biometric characteristic. MFA provides stronger protection than passwords alone because an attacker who obtains one factor may still be unable to complete authentication. Organizations should consider MFA for sensitive applications, administrative accounts, remote access, and other high-risk resources. Strong authentication controls can significantly reduce the risk associated with stolen or compromised passwords.

Q93. What is patch management?

1. Applying updates to fix security weaknesses
   2. Removing all software
   3. Increasing network traffic
   4. Creating duplicate accounts

Correct Answer: 1. Applying updates to fix security weaknesses

Explanation: Patch management is the process of identifying, testing, deploying, and monitoring software updates across an organization’s systems. Security patches often correct vulnerabilities that attackers could exploit to gain unauthorized access, execute malicious code, or disrupt services. Effective patch management requires organizations to maintain an inventory of systems, identify applicable updates, prioritize critical vulnerabilities, test patches where appropriate, and verify successful deployment. Delayed patching can leave systems exposed to known vulnerabilities. However, organizations should also consider operational requirements because poorly tested updates can sometimes cause compatibility or availability problems. A structured patching process balances security needs with business continuity.

Q94. What is a security baseline?

1. An approved secure configuration standard
   2. A list of employee names
   3. A backup location
   4. A network cable specification

Correct Answer: 1. An approved secure configuration standard

Explanation: A security baseline defines an approved set of security configurations and settings for systems, devices, applications, or network components. Baselines provide organizations with a consistent standard against which configurations can be compared. For example, a baseline may specify required authentication settings, logging requirements, enabled security controls, and prohibited unnecessary services. Monitoring against a baseline can help identify configuration drift, where systems gradually move away from their approved secure state. Security teams can then investigate and correct deviations. Baselines should be reviewed periodically because organizational requirements, technologies, vulnerabilities, and security standards can change over time.

Q95. What is vulnerability scanning?

1. Identifying potential security weaknesses
   2. Encrypting every file
   3. Creating user passwords
   4. Blocking all network traffic

Correct Answer: 1. Identifying potential security weaknesses

Explanation: Vulnerability scanning is a security assessment process used to identify known weaknesses in systems, applications, devices, and network services. Scanners may examine software versions, configurations, exposed services, and other characteristics that could indicate vulnerabilities. The results can help security teams prioritize remediation based on severity and system importance. Vulnerability scanning is generally different from penetration testing because scanning primarily identifies potential weaknesses, while penetration testing may attempt to exploit weaknesses to demonstrate their practical impact. Regular scanning helps organizations maintain visibility into their security posture, particularly as new systems are introduced and new vulnerabilities are discovered.

Q96. What is security monitoring?

1. Continuously observing security activity
   2. Disabling security alerts
   3. Deleting system logs
   4. Removing authentication

Correct Answer: 1. Continuously observing security activity

Explanation: Security monitoring involves continuously observing systems, networks, applications, endpoints, and other resources for suspicious or unauthorized activity. Monitoring can use logs, alerts, network traffic, endpoint telemetry, authentication records, and threat intelligence to identify potential security events. Continuous monitoring is important because attacks can occur at any time and may involve multiple systems. Security analysts can investigate unusual behavior and determine whether additional response actions are required. Effective monitoring also helps organizations identify trends, improve detection rules, and maintain awareness of their overall security posture. Automated alerts can assist analysts by highlighting events that require immediate attention.

Q97. What is incident response?

1. Managing and responding to security incidents
   2. Increasing storage capacity
   3. Designing websites
   4. Replacing computers annually

Correct Answer: 1. Managing and responding to security incidents

Explanation: Incident response is the structured process an organization follows when dealing with a security incident. It commonly includes preparation, detection and analysis, containment, eradication, recovery, and lessons learned. The objective is to identify incidents quickly, limit their impact, remove the underlying threat, restore normal operations, and improve defenses afterward. A documented incident response plan helps security teams understand their responsibilities and coordinate actions during stressful situations. Regular exercises and reviews can improve the effectiveness of the plan. Good incident response also includes communication, evidence preservation, documentation, and coordination with appropriate internal or external stakeholders.

Q98. What is threat hunting?

1. Proactively searching for hidden threats
   2. Waiting for users to report problems
   3. Deleting security logs
   4. Disabling endpoint protection

Correct Answer: 1. Proactively searching for hidden threats

Explanation: Threat hunting is a proactive security activity in which analysts search through systems, networks, endpoints, and other data sources for signs of malicious activity that automated security controls may have missed. Instead of waiting for an alert, threat hunters develop hypotheses based on threat intelligence, attacker techniques, unusual behavior, or previous incidents. They investigate relevant telemetry and look for patterns that could indicate compromise. Threat hunting can help identify sophisticated or previously unknown threats and improve existing detection rules. Successful threat hunting requires useful data, analytical skills, knowledge of attacker behavior, and an understanding of the organization’s environment.

Q99. What is Zero Trust based on?

1. Continuously verifying access
   2. Trusting every internal user
   3. Allowing unrestricted network access
   4. Removing authentication

Correct Answer: 1. Continuously verifying access

Explanation: Zero Trust is a security approach based on the principle that access should not automatically be trusted simply because a user or device is inside an organization’s network. Access decisions should consider factors such as identity, device security, application, resource sensitivity, and other relevant context. Zero Trust commonly emphasizes strong authentication, least privilege, segmentation, continuous monitoring, and verification. The goal is to reduce the damage that can occur if an account or device becomes compromised. Instead of assuming that internal traffic is safe, organizations apply security controls consistently and verify that users and devices are authorized to access specific resources.

Q100. What is the main purpose of a Security Operations Center?

1. Monitor and respond to security threats
   2. Manage employee vacations
   3. Design office furniture
   4. Increase internet speed

Correct Answer: 1. Monitor and respond to security threats

Explanation: A Security Operations Center, or SOC, is responsible for monitoring an organization’s security environment and responding to potential threats and incidents. SOC analysts may review alerts, investigate suspicious activity, analyze logs, perform threat hunting, coordinate incident response, and work with other teams to contain security events. A SOC can use technologies such as SIEM, EDR, firewalls, threat intelligence platforms, and security automation tools to improve visibility and response. The overall objective is to detect threats as early as possible, reduce their impact, and maintain the security of organizational systems, networks, applications, and data.