Be able to pick the right forensic or malware analysis tool for a scenario, hash a sample before execution, and identify process injection and persistence artifacts in memory and on disk. The most important thing is reading whether the question wants a tool, an artifact, or a first action, and matching the exact count of answers requested.
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Domain overview
This domain covers incident response forensics and malware analysis for SOC analysts: capturing and examining malicious binaries, memory forensics on compromised Windows hosts, and identifying persistence and injection artifacts. Questions are scenario-based, asking you to select the correct tool, artifact, or first action, and include multiple-response items requiring two or three correct selections.
Exam objectives
Using INetSim to simulate DNS and other network services during dynamic malware analysis
Computing cryptographic hashes with tools like md5sum or sha256sum before executing a suspicious binary
Identifying process injection artifacts in memory dumps, such as injected code in non-image memory and unexpected remote threads
Checking common persistence locations including Run registry keys, scheduled tasks, and services
Choosing a packet capture or proxy tool when the scenario asks for DNS response simulation, which INetSim specifically provides
Executing the binary or submitting it to a sandbox before hashing, when the question requires a hash first
Listing generic memory artifacts instead of the specific injection indicators the question demands, or selecting more than the required number of answers
Click any question to see the full explanation and answer options, or start a focused practice session above.
While investigating a potential malware infection, a SOC analyst needs to determine if a specific binary has been analyzed by the security community before. Which platform is the industry standard for checking the reputation of a file hash across dozens of antivirus engines?
2You have captured a malicious binary and are performing dynamic analysis. You observe the malware attempting to resolve a domain that you want to intercept. Which tool allows you to simulate a DNS server response to redirect the malware traffic to a local analysis machine?
3During an incident response, you identify a persistent malware process. You need to see exactly which files and registry keys the process is touching in real-time. Which Sysinternals tool provides this capability?
4You are performing static analysis on an suspicious executable. You want to view the imported functions, strings, and headers without executing the code. Which tool is most appropriate for this task?
5You are examining a suspicious file and suspect it is packed (obfuscated). Which technique or tool helps identify if a file is likely packed?
6When conducting a forensic investigation, you need to ensure the integrity of the collected digital evidence. What is the most critical step to perform immediately after copying the original media to a forensic workstation?
7When analyzing network traffic associated with a malware C2 channel, you observe encrypted traffic. Which approach allows you to inspect the content of this traffic without the malware's private key?
8When performing static analysis of a malicious binary, which THREE indicators should an analyst typically look for?
9Which TWO types of evidence are classified as 'volatile' and should be captured first during a forensic investigation?
10A SOC analyst is preparing to collect digital evidence from a compromised server. Which TWO actions must be documented to maintain a proper Chain of Custody?
11An analyst is investigating a compromised system. Which THREE of the following artifacts are commonly checked for indicators of persistence?
12A SOC analyst is analyzing a suspected PowerShell-based attack. Which Windows log event ID is primarily used to log executed PowerShell command blocks?
13In the context of malware analysis, which TWO of the following are primary differences between static and dynamic analysis?
14A SOC analyst receives an alert about a suspicious process named 'svchost.exe' running from C:\Users\Public\Downloads. The analyst wants to quickly determine whether the process is malicious by examining its parent process, command line, and loaded modules. Which Sysinternals tool should the analyst use?
15A SOC analyst is examining a suspicious executable and wants to determine if it has been packed, which would hinder static analysis. Which characteristic is the most reliable indicator that the file is packed?
16A SOC analyst is triaging a suspected compromised Windows 10 workstation. The analyst needs to identify which network connections were established by a specific running process (PID 4212) at the time of investigation, without installing additional tools. Which built-in Windows utility should the analyst use?
17A SOC analyst is investigating a suspected compromised Windows 10 workstation. The analyst wants to determine which removable USB storage devices were connected to the host and correlate that activity with a suspicious data exfiltration alert. Which artifact or registry location should the analyst examine FIRST to enumerate historically connected USB mass storage devices?
18During malware analysis, a SOC analyst observes that a suspicious executable creates a new file in %TEMP% with a random name, then that file spawns a child process. The analyst wants to determine the exact parent-child process lineage and capture the command line used at launch. Which Windows artifact or tool provides this directly?
19A SOC analyst is performing live forensic triage on a Windows Server 2019 host suspected of a credential-dumping attack. The analyst wants to identify whether the LSASS process memory has been accessed by an unauthorized tool in the last 24 hours. Which Windows event log source and event ID should the analyst review?
20A SOC analyst is performing dynamic malware analysis in an isolated sandbox. The analyst wants to observe the malware's file system and Registry modifications in real time and then roll back the system to a clean state afterward. Which approach best supports this requirement?
21During malware analysis, an analyst observes that a suspicious executable's Import Address Table contains only a handful of imports, yet the binary clearly performs file encryption and outbound network communication at runtime. The analyst suspects the imports are resolved dynamically. Which technique should the analyst use to recover the API names the sample resolves at runtime?
22A SOC analyst is conducting dynamic malware analysis on a suspicious binary in an isolated sandbox. The analyst observes that the malware creates a new file in the Startup folder and modifies a Run key in the registry. Which TWO artifacts should the analyst collect to document the persistence mechanisms for the forensic report? (Choose two.)
23A SOC analyst is examining a memory dump from a compromised Windows host to identify injected code. Which TWO artifacts in the memory image most directly indicate process injection by malware? (Choose two.)
24A SOC analyst is triaging a Linux web server that is suspected of hosting a web shell used by an attacker to maintain access. The analyst has a disk image and needs to identify indicators of the web shell and its activity. Which TWO artifacts should the analyst prioritize examining? (Choose two.)
25A SOC analyst receives a suspicious PDF attachment from a user. The analyst wants to quickly determine whether the PDF contains JavaScript or an embedded executable without executing it. Which approach is most appropriate?
26A SOC analyst receives a suspicious binary and wants to quickly compute its cryptographic hash to check against threat intelligence feeds before any execution. Which action should the analyst take?
27A SOC analyst is performing dynamic analysis of a suspicious Windows binary in an isolated lab. The analyst wants to observe the sample's interaction with the file system, registry, and network in real time, and also capture the arguments passed to Windows API calls. Which monitoring approach best provides this combined visibility?
28A SOC analyst has acquired a forensic image of a compromised Windows host. To establish a defensible timeline of attacker activity, the analyst needs to place file system timestamps into a consistent, sortable sequence. Which step is essential before correlating timestamps across artifacts?
29A SOC analyst is examining a Windows 10 workstation suspected of malware infection. During live response, the analyst needs to capture the current state of network connections, associated process IDs, and executable paths to identify potential command-and-control communication. Which native Windows command should the analyst run to obtain this information?
30During a forensic investigation of a compromised Windows server, an analyst discovers an alternate data stream (ADS) attached to a legitimate system file. The analyst wants to extract the hidden content for malware analysis. Which Windows command should the analyst use to view the contents of the ADS?
31A SOC analyst is conducting memory forensics on a compromised Windows host using Volatility 3. The analyst needs to identify malicious processes that may be hiding using rootkit techniques. Which two Volatility 3 plugins should the analyst use to detect hidden or unlinked processes? (Choose two.)
32A SOC analyst is performing static analysis on a suspicious Windows Portable Executable (PE) file. The analyst wants to quickly determine the compile timestamp of the binary to assess whether it matches the reported incident timeline. Which field in the PE header should the analyst examine?
Be able to pick the right forensic or malware analysis tool for a scenario, hash a sample before execution, and identify process injection and persistence artifacts in memory and on disk. The most important thing is reading whether the question wants a tool, an artifact, or a first action, and matching the exact count of answers requested.
The Courseiva 312-39 question bank contains 32 questions in the Forensic Investigation And Malware Analysis domain. Click any question to see the full explanation and answer breakdown.
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