312-39日本語受験攻略 & 312-39 PDF

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EC-COUNCIL 312-39 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: SOC Process and Workflow20%- Incident Response
  • 1. Incident Handling Process
  • 2. Reporting and Documentation
- Incident Detection and Analysis
  • 1. SIEM Operations
  • 2. Log Analysis and Correlation
Topic 2: SOC Infrastructure and Threat Intelligence15%- Threat Intelligence
  • 1. Cyber Threat Intelligence Types
  • 2. Threat Intelligence Feeds and Sources
- SOC Overview
  • 1. SOC Workflow and Architecture
  • 2. Introduction to SOC
Topic 3: Enhanced Incident Detection with Threat Intelligence20%- Incident Investigation
  • 1. Malware Analysis Basics
  • 2. Evidence Collection
- Threat Hunting
  • 1. Proactive Threat Hunting Techniques
  • 2. Indicator of Compromise (IoC) Analysis
Topic 4: Incident Response and Forensics20%- Incident Response Planning
  • 1. Containment and Eradication
  • 2. Response Strategies
- Digital Forensics Basics
  • 1. Forensic Investigation Process
  • 2. Chain of Custody
Topic 5: Data Analysis and SIEM25%- SIEM Deployment
  • 1. Log Collection and Parsing
  • 2. SIEM Architecture
- SIEM Operations
  • 1. Dashboards and Reporting
  • 2. Rule Creation and Correlation

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EC-COUNCIL Certified SOC Analyst (CSA) 認定 312-39 試験問題 (Q77-Q82):

質問 # 77
What type of event is recorded when an application driver loads successfully in Windows?

正解：D


質問 # 78
What does the HTTP status codes 1XX represents?

正解：A

解説：
The HTTP status codes that fall within the range of 1XX represent informational messages. These are provisional responses that indicate the initial part of a request has been received and has not yet been rejected by the server. The server is informing the client that it has received the header of the request and the client should continue to send the request body if it has not already done so. These status codes are used to provide an interim response to the client while the server processes the full request.
References: The EC-Council's Certified SOC Analyst (C|SA) program includes the study of HTTP status codes as part of understanding web server logs and troubleshooting web server issues. The informational responses (1XX status codes) are covered in the curriculum and can be found in the official EC-Council SOC Analyst study guides and courses. The information is also consistent with the standard definitions provided by the Internet Engineering Task Force (IETF) in RFC 9110, as well as other reputable sources such as MDN Web Docs1 and Wikipedia2.


質問 # 79
Robin, a SOC engineer in a multinational company, is planning to implement a SIEM. He realized that his organization is capable of performing only Correlation, Analytics, Reporting, Retention, Alerting, and Visualization required for the SIEM implementation and has to take collection and aggregation services from a Managed Security Services Provider (MSSP).
What kind of SIEM is Robin planning to implement?

正解：C

解説：


質問 # 80
Shawn is a security manager working at Lee Inc Solution. His organization wants to develop threat intelligent strategy plan. As a part of threat intelligent strategy plan, he suggested various components, such as threat intelligence requirement analysis, intelligence and collection planning, asset identification, threat reports, and intelligence buy-in.
Which one of the following components he should include in the above threat intelligent strategy plan to make it effective?

正解：C

解説：
In the context of a threat intelligence strategy plan, 'threat trending' is a critical component that should be included to make the plan effective. Threat trending involves analyzing data over time to identify patterns and trends in cyber threats. This allows an organization to anticipate potential future attacks and prepare accordingly. It is an essential part of a proactive threat intelligence program, enabling the organization to stay ahead of threats rather than just reacting to them.
The other options, while they may be relevant in certain contexts, are not as central to the development of a threat intelligence strategy plan as 'threat trending' is. 'Threat pivoting' refers to the process of using one piece of data to uncover more data (e.g., using an IP address to find related domains). 'Threat buy-in' is not a standard term in threat intelligence, but it could refer to gaining organizational support for threat intelligence efforts. 'Threat boosting' is not a recognized term in the field of cybersecurity.
References: The answer is derived from the components of a threat intelligence strategy as outlined in the EC- Council's Certified SOC Analyst (CSA) training and certification program, which emphasizes the importance of understanding and implementing a threat intelligence-driven SOC12. The CSA program also covers the use of threat intelligence for enhanced incident detection1. The EC-Council materials highlight the need for SOC analysts to understand various types of cyber threats and the importance of threat intelligence in detecting and responding to these threats2.


質問 # 81
A large financial institution has identified a sophisticated phishing campaign targeting employees, resulting in unauthorized access to sensitive customer data. The organization already uses a SIEM for log aggregation and alerting, alongside an EDR solution for endpoint visibility. Additionally, they have access to XDR for broader threat detection and XSOAR for security orchestration and automation. As a SOC analyst, you've been asked to recommend an integration strategy to improve real-time threat correlation, streamline incident response workflows, and maximize the use of existing tools. Which integration would meet these goals?

正解：B

解説：
Integrating XDR with XSOAR best meets the combined goals of real-time correlation and streamlined response workflows. XDR's strength is cross-domain detection and correlation (identity, endpoint, email, cloud, network) to produce higher-fidelity incidents from noisy signals-critical in phishing-driven compromises. XSOAR's strength is orchestrating response: enrichment, case management, approvals, containment actions (disable account, revoke sessions, isolate device), and notifications, all executed consistently through playbooks. When integrated, detections produced by XDR can automatically trigger XSOAR playbooks that standardize triage and containment, reducing response time and analyst workload while improving consistency and auditability. Integrating XDR with SIEM improves centralized visibility and correlation inside the SIEM, but it does not directly address end-to-end automated workflows. EDR integrations (with SIEM or XSOAR) are narrower in scope-useful for endpoint actions but less effective for phishing campaigns that span identity, email, and cloud resources. Since the question explicitly requires both improved correlation and streamlined response automation, XDR-to-XSOAR is the most complete option among those provided.


質問 # 82
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