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| Section | Weight | Objectives |
|---|---|---|
| Forensic Investigation and Malware Analysis | 5% | - IoC extraction and evidence handling - Malware types, behavior, and analysis techniques - Digital forensics fundamentals in SOC context |
| Understanding Cyber Threats, IoCs, and Attack Methodology | 8% | - Network, host, and application-level attacks - Types of cyber threats and threat actors - Attack frameworks and methodologies - Indicators of Compromise (IoCs) and Indicators of Attack (IoAs) |
| Incident Response | 25% | - Documentation, reporting, and post-incident review - Incident response lifecycle and frameworks - Containment, eradication, and recovery procedures - SOAR, EDR, XDR technologies - Roles and responsibilities in incident response |
| Incident Detection with SIEM | 25% | - SIEM architecture, components, and deployment models - Alert triage, prioritization, and false positive reduction - Correlation rules and alert generation - SIEM dashboards and reporting - Data ingestion, parsing, and normalization |
| Log Management | 15% | - Centralized logging architecture - Events vs incidents vs logs - Log normalization, correlation, and retention policies - Log sources, types, and collection methods |
| Security Operations and Management | 5% | - SOC fundamentals and objectives - SOC implementation and operational models - SOC components: people, processes, technology |
| Proactive Threat Detection | 12% | - Integrating threat intelligence into SOC workflows - UEBA and advanced detection methods - Threat intelligence types and sources - Threat hunting methodologies and techniques |
| SOC for Cloud Environments | 5% | - Cloud log collection and analysis - Cloud security monitoring challenges - Cloud threat detection and response |
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NEW QUESTION # 52
David Reynolds, a SOC analyst at a healthcare organization, is investigating suspicious login attempts flagged by the SIEM. To mitigate brute-force risk on targeted endpoints, he collaborates with IT to implement an automatic account lockout policy that temporarily disables accounts after multiple failed login attempts.
Within the SOC's eradication strategy, which category of measures does this action align with?
Answer: A
Explanation:
Account lockout is an identity control that directly strengthens authentication by limiting repeated password guessing attempts. It sits within authentication and authorization measures because it governs how accounts can authenticate and how access is granted or denied based on login outcomes. In SOC terms, brute-force attacks target the authentication surface; lockout policies reduce attacker attempts and can prevent successful compromise by forcing a pause or administrative intervention after repeated failures. While the policy may be implemented on hosts or via directory services, its purpose is to control identity access behavior, not network segmentation or physical protections. Host security measures typically refer to endpoint hardening, patching, EDR controls, and local configuration baselines. Network security measures include firewall rules, segmentation, and traffic filtering. Physical security includes facility and device access controls. Because the action is specifically about controlling login attempts and access to accounts, it is best categorized as authentication and authorization. In practice, SOC teams complement lockout policies with MFA, conditional access, password spraying detection, and monitoring for "failures followed by success" patterns to reduce both brute-force success and user disruption.
NEW QUESTION # 53
What does Windows event ID 4740 indicate?
Answer: C
Explanation:
Event ID 4740 is a security audit event in Windows that indicates a user account has been locked out. This event is generated every time the system locks out a user account due to repeated logon failures, which are typically caused by incorrect password entries. The event is logged on domain controllers, member servers, and workstations where the lockout occurred. It includes details such as the account name, domain, and the computer from which the lockout originated.
References: The information is verified as per Microsoft's official documentation and learning resources related to security auditing and user account management. Specifically, the Microsoft Learn page on security auditing provides comprehensive details on Event ID 47401. Additionally, resources like Ultimate Windows Security offer in-depth explanations of this event and its implications for security monitoring2.
NEW QUESTION # 54
An organization is implementing and deploying the SIEM with following capabilities.
What kind of SIEM deployment architecture the organization is planning to implement?
Answer: B
Explanation:
NEW QUESTION # 55
Which of the following stage executed after identifying the required event sources?
Answer: A
NEW QUESTION # 56
In which of the following incident handling and response stages, the root cause of the incident must be found from the forensic results?
Answer: B
Explanation:
The eradication stage is where the root cause of the incident is determined from the forensic results. This stage involves not only removing the threat from the affected systems but also identifying and fixing the vulnerabilities that were exploited. It's crucial to understand how the incident occurred to prevent future occurrences. After the containment stage, where the immediate threat is isolated, eradication ensures that the threat is completely removed and that the root cause is addressed.
References: The EC-Council's Certified Incident Handler (E|CIH) program outlines the stages of incident handling and response, which include preparation, identification, containment, eradication, recovery, and lessons learned. The eradication stage specifically deals with eliminating the threat and addressing the root cause based on forensic analysis. This information is covered in the E|CIH program and can be found in the official EC-Council learning resources1.
NEW QUESTION # 57
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