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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Incident Response and Forensics | 20% | - Digital Forensics Basics
|
| Topic 2: SOC Infrastructure and Threat Intelligence | 15% | - Threat Intelligence
|
| Topic 3: Data Analysis and SIEM | 25% | - SIEM Deployment
|
| Topic 4: SOC Process and Workflow | 20% | - Incident Detection and Analysis
|
| Topic 5: Enhanced Incident Detection with Threat Intelligence | 20% | - Threat Hunting
|
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NEW QUESTION # 37
A SOC analyst receives an alert indicating that the system time on a critical Windows server was changed at 3:
00 AM. There are no scheduled maintenance tasks at this time. Unauthorized time changes can be used to evade security controls, such as altering timestamps to obscure malicious activity. The analyst must identify the relevant event codes that log system time modifications and related suspicious behavior. Which of the following Windows Security Event Codes should the analyst review to investigate potential tampering?
Answer: B
Explanation:
Event ID 4616 is the key Windows Security log event for "system time was changed," and it is the primary artifact to confirm and investigate time-tampering. It typically includes details such as the previous time, the new time, and the account or process context responsible, which helps the SOC determine whether the change was authorized (maintenance) or suspicious (off-hours, unusual account, unexpected host). Event ID 4618 is useful as a companion signal because it indicates monitored security-relevant conditions and can help reveal related suspicious behavior around auditing or security event patterns that may coincide with timestamp manipulation. In practice, SOC analysts correlate the time-change event with surrounding authentication events, privilege use, and process creation telemetry to identify the actor and intent. The other options do not directly target the time-change activity: 4608/4609 relate to system startup/shutdown; 4625 is failed logon and
4634 is logoff; 4624 is successful logon (useful context, but not the event that records the time modification itself). Therefore, the best pairing for investigating time tampering in the options provided is 4616 and 4618.
NEW QUESTION # 38
The SOC team found a suspicious document file on a user's workstation. Upon initial inspection, the document appears benign, but deeper analysis reveals an embedded PowerShell script. The team suspects the script is designed to download and execute a malicious payload. They need to understand the script's functionality without triggering it. Which malware analysis technique is recommended to understand the PowerShell script's functionality without executing it?
Answer: A
Explanation:
Static analysis is the correct approach when the requirement is to understand what the script is intended to do without executing it. For PowerShell embedded in documents, static analysis includes extracting the script content, de-obfuscating it (common techniques include base64 decoding, string reconstruction, and analyzing encoded commands), and reviewing functions, URLs/IPs, file paths, registry keys, and command-line arguments. This allows the SOC to determine likely behaviors such as downloading payloads, establishing persistence, credential theft, or disabling security controls-without risking system impact. Dynamic or behavioral analysis involves running code in a controlled sandbox to observe actions, which can be valuable but violates the constraint "without triggering it," and can be risky if containment fails or the malware has evasive logic. Network traffic analysis can help once execution has occurred or in a sandbox run, but it cannot fully explain logic that never ran. Static analysis is also useful for creating detections (hashes, strings, YARA- like patterns, command-line indicators) and for scoping across the environment by searching for matching script fragments or document markers.
NEW QUESTION # 39
During routine monitoring, the SIEM detects an unusual spike in outbound data transfer from a critical database server. The typical outbound traffic for this server is around 5 MB/hour, but in the past 10 minutes, it has sent over 500 MB to an external IP address. No predefined signatures match this activity, but the SIEM raises an alert due to deviations from the server's normal behavior profile. Which detection method is responsible for this alert?
Answer: C
Explanation:
This alert is generated because the activity deviates significantly from the server's established baseline, which is the hallmark of anomaly-based detection. The SIEM is not matching a known signature (so it is not signature-based), and the prompt emphasizes "deviations from normal behavior profile," which typically means statistical profiling, baselining, or behavior analytics detecting outliers in volume, timing, destination, or frequency. While rule-based detections can also trigger on thresholds, the question explicitly frames the logic as "normal behavior profile," which implies adaptive baselines rather than a fixed rule alone. Heuristic detection refers to generalized patterns or suspicion scoring, but here the core mechanism is abnormality versus historical norms (5 MB/hour typical vs 500 MB in 10 minutes). From a SOC triage perspective, anomaly alerts require quick validation: confirm the external destination reputation/ownership, verify whether the transfer aligns with authorized jobs, check change tickets, and correlate with authentication/process activity on the database host. Anomaly-based detection is especially valuable for data exfiltration because attackers can avoid known signatures, but they often struggle to mimic normal data movement patterns at scale.
NEW QUESTION # 40
Which of the following contains the performance measures, and proper project and time management details?
Answer: C
Explanation:
NEW QUESTION # 41
Which of the following attack inundates DHCP servers with fake DHCP requests to exhaust all available IP addresses?
Answer: B
NEW QUESTION # 42
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