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GIAC GREM Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Topic 1: .NET Malware Analysis | - .NET malware analysis techniques |
| Topic 2: Malware Analysis Fundamentals | - Static analysis fundamentals - Malware analysis using memory forensics - Behavioral analysis fundamentals - Malware code and behavioral analysis |
| Topic 3: Windows Assembly Code Concepts | - Common Windows malware characteristics in assembly - Reversing functions in assembly - Analyzing execution flow control mechanisms - Understanding x86/x64 assembly instructions |
| Topic 4: Malicious Document Analysis | - Malicious document files analysis - Web-based malware analysis - Analysis of malicious browser scripts |
| Topic 5: Malicious Executable Analysis | - Common malware patterns - Code injection, hooking, and hollowing techniques - Dynamic analysis with debuggers - Static analysis using disassemblers - Complex executables and fileless malware |
| Topic 6: Anti-Analysis Techniques and Unpacking | - Bypassing anti-analysis techniques - Repairing unpacked malware for further analysis - Identifying anti-analysis techniques - Unpacking packed malware with debugger |
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The current exam information lists 66-75 questions for the GREM exam, with 180 minutes minutes allowed. Practicing against the clock at home builds the pacing habits that exam day rewards.
The GIAC Reverse Engineering Malware blueprint covers these main domains:
- Anti-Analysis Techniques and Unpacking
- Malware Analysis Fundamentals
- Malicious Document Analysis
Additional domains complete the official outline, and our bank covers the full range.
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GIAC lists the following prerequisites for the GIAC Reverse Engineering Malware: Recommended: 2+ years IT/security experience, proficiency in Windows internals, assembly language (x86/x64), networking fundamentals, and scripting (Python, C/C++).
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GIAC Reverse Engineering Malware Sample Questions:
Which of the following instructions is used to transfer control back to the calling function?
- A. JMP
- B. NOP
- C. CALL
- D. RET
Correct Answer: D 🗳️
Which of the following is a common obfuscation technique used in .NET malware?
- A. Packed sections
- B. String encryption
- C. Code injection
- D. Process hollowing
Correct Answer: B 🗳️
You are analyzing a suspicious RTF file that is suspected of exploiting a buffer overflow vulnerability. The file contains multiple embedded OLE objects, and the content appears obfuscated. How would you proceed with the analysis? (Choose three)
- A. Open the file in a hex editor and look for suspicious patterns in the OLE objects.
- B. Execute the RTF file to observe any unusual system behavior.
- C. Use a tool like RTFScan to detect and extract any embedded shellcode.
- D. Convert the file to plaintext and examine it for anomalies.
- E. Analyze the file for any exploit patterns related to CVE-2017-0199 or similar vulnerabilities.
Correct Answer: A,C,E 🗳️
Which of the following behaviors could indicate that a macro in an Office document is malicious?
(Choose two)
- A. The macro repeatedly saves the document to disk.
- B. The macro includes comments explaining its functionality.
- C. The macro interacts with system processes outside of Office.
- D. The macro attempts to download additional files from the web.
Correct Answer: C,D 🗳️
What methods do malware developers use to bypass static analysis? (Choose two)
- A. Obfuscating strings used in the malware
- B. Compressing executable files to reduce their size
- C. Using API hashing to resolve functions dynamically
- D. Employing encrypted communication protocols
Correct Answer: A,C 🗳️
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