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The Certified SOC Analyst (CSA) certification exam is intended for professionals who are interested in pursuing a career in cybersecurity and SOC analysis. Certified SOC Analyst (CSA) certification is particularly suitable for individuals who are responsible for monitoring and analyzing network traffic, identifying potential security breaches, and responding to security incidents. It is also suitable for individuals who are responsible for managing and maintaining the security infrastructure of an organization, including firewalls, intrusion detection systems, and other security tools.
The EC-Council 312-39 (Certified SOC Analyst (CSA)) Exam is a certification exam that is designed to test the knowledge and skills of individuals who are interested in pursuing a career in cybersecurity. 312-39 exam is specifically targeted towards individuals who are interested in becoming Security Operations Center (SOC) analysts. SOC analysts are responsible for monitoring and detecting security incidents within an organization's network and infrastructure, and responding to those incidents in a timely and effective manner.
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The CSA certification is widely recognized in the industry and is highly valued by employers worldwide. It is designed to help professionals stay up-to-date with the latest trends, techniques, and technologies in SOC analysis. Certified SOC Analyst (CSA) certification covers topics such as security architecture, incident handling, threat intelligence, and risk management. It is an excellent credential for professionals who want to advance their careers in cybersecurity, and it can open up new opportunities for them in the field.
NEW QUESTION # 66
A SOC team is implementing a threat intelligence strategy to proactively defend against threats. The CISO emphasizes that collecting data is not enough; the team must allocate personnel, tools, and time to gather intelligence aligned with key concerns (fraud, phishing, nation-state threats). They must determine who will collect intelligence, which sources will be monitored, and how frequently collection occurs. What is this process called?
Answer: B
Explanation:
Tasking is the CTI process step where defined intelligence requirements are translated into concrete collection assignments. It answers "who does what, using which sources, and on what schedule." In practice, tasking allocates analysts, tools, and time to monitor selected feeds, communities, reporting channels, telemetry sources, and partner information based on the organization's priorities. This ensures intelligence collection is deliberate and aligned with business risks rather than random or purely volume-driven. "High-level requirements" define what intelligence is needed and why; "prioritization" determines which requirements matter most; "resources" describes availability but not the act of assignment and execution. The scenario explicitly describes assigning responsibility and frequency of monitoring, which is the operationalization of intelligence requirements-tasking. From a SOC perspective, proper tasking improves intelligence relevance, reduces wasted effort, and ensures timely delivery of actionable insights that feed into detections, investigations, and strategic planning.
NEW QUESTION # 67
A leading e-commerce company relies on backend servers for processing customer transactions. You are working with their cybersecurity team as a SOC analyst. One morning, you notice a sharp increase in CPU utilization on one of your backend servers. Your team scans and monitors the server and finds that an unknown process is running, consuming excessive resources. You further perform detailed forensic analysis and identify the presence of an unrecognized scheduled task that triggers a PowerShell script connecting to an unknown IP address. What should you do to confirm whether this is an active attack?
Answer: C
Explanation:
The strongest "must-be-true" confirmation for an active attack in this scenario is evidence of command-and- control (C2) or other suspicious external communication. You already have a scheduled task launching PowerShell and attempting to connect to an unknown IP address, which is a high-signal indicator of malicious automation. The fastest way to validate ongoing activity is to analyze network telemetry (firewall/proxy logs, netflow, EDR network events) to confirm whether outbound connections are occurring, how frequently, and whether data is being transferred. Network logs can reveal destination IP/port, protocols, connection success
/failure, volume, and timing correlation with the scheduled task triggers. File integrity checks and system logs are useful for understanding persistence and modifications, but they may lag behind or miss short-lived network beacons. User access logs help attribute activity but do not directly confirm an active external control channel. From a SOC triage and containment perspective, confirming external connections enables immediate actions such as blocking the destination, isolating the host, and scoping for other systems contacting the same IPs/domains. Therefore, network log analysis is the most direct next step to confirm active malicious behavior.
NEW QUESTION # 68
Which of the following event detection techniques uses User and Entity Behavior Analytics (UEBA)?
Answer: A
NEW QUESTION # 69
The SOC analyst at a national cybersecurity agency detected unusual system behavior on critical infrastructure servers. Initial scans flagged potential malware activity. Due to the sophisticated nature of the suspected attack, including registry modifications, process injection, and unauthorized tasks, the case was escalated to the forensic team. The forensic team suspects the malware is designed for stealthy data exfiltration. To assess the compromise, they captured system snapshots before and after suspected infection to identify unauthorized changes and anomalies. Which process are they following by capturing and comparing system snapshots to detect unauthorized changes?
Answer: A
Explanation:
Capturing and comparing system snapshots before and after suspected compromise is a core method of host integrity monitoring. The goal is to detect unauthorized changes to critical system components such as registry keys, scheduled tasks, services, binaries, configuration files, and security settings. By comparing a known-good baseline snapshot to a suspected-compromised state, analysts can identify what changed, when it changed (with supporting timestamps), and which changes are anomalous relative to expected patching or administrative activity. While this activity can occur within a broader digital forensics investigation, the specific technique described-baseline comparison to detect unauthorized modification-is integrity monitoring. Signature-based detection focuses on matching known indicators (hashes, strings, known patterns) and does not rely on before/after snapshot comparison. Threat intelligence gathering is about collecting and analyzing information on external threats, not directly comparing host states. From a SOC standpoint, integrity monitoring supports rapid scoping and eradication because it highlights persistence and tampering mechanisms that must be removed and can reveal stealth modifications that evade signature scanners. It also supports compliance requirements by demonstrating configuration control and unauthorized- change detection capabilities.
NEW QUESTION # 70
Which of the following formula is used to calculate the EPS of the organization?
Answer: B
Explanation:
In the context of a Security Operations Center (SOC), EPS typically refers to "Events Per Second," which is a measure of the number of security events processed in one second. The correct formula for calculating EPS in a SOC environment is the number of correlated events divided by the time in seconds. Correlated events are those that have been analyzed and aggregated by the SOC's security information and event management (SIEM) system, indicating a potential security incident. This metric helps in understanding the operational load and performance of the SOC.
References: The information is aligned with the EC-Council's Certified SOC Analyst (CSA) course material and best practices, which emphasize the importance of understanding and managing SOC operational metrics such as EPS for effective security monitoring and incident response12.
NEW QUESTION # 71
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