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For more info about GIAC Reverse Engineering Malware (GREM)
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Exam Topics for GIAC Reverse Engineering Malware (GREM)
The following will be discussed in GIAC GREM exam dumps:
- In-Depth Analysis of Malicious Browser Scripts and In-Depth Analysis of Malicious Executables
- Malware Analysis Using Memory Forensics and Malware Code and Behavioral Analysis Fundamentals
- Windows Assembly Code Concepts for Reverse-Engineering and Common Windows Malware Characteristics in Assembly
- Analysis of Malicious Document Files, Analyzing Protected Executables, and Analyzing Web-Based Malware
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Understanding functional and technical aspects of GIAC Reverse Engineering Malware (GREM)
The following will be discussed in GIAC GREM exam dumps:
- Tools and techniques used to do code and behaviour analysis using tools like IDA PRO, debuggers and other useful tools
- How to detect malicious characteristics when statically analyzing the windows executable.
- Tools and techniques used to analyze web-based malwares. Also, in-depth analysis of complex browser scripts
- Core concepts to analyze malware's assembly code for 32-bit or 64-bit architecture
- Analyzing scripts (javascript/vbscript) included in the files like microsoft office applications, PDFs etc
- Techniques used by malware authors to protect the malicious software and how to analyse those executables
- Understanding of windows memory forensics techniques to analyze malware threats. Tool - Volatility
- Analyzing complex executables which have multi-technology being used
GIAC GREM Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Obfuscation, Packing & Anti-Analysis | 15% | - Misdirection and anti-analysis bypass - Code obfuscation and deobfuscation - Packed executables and unpacking techniques - Anti-debug, anti-disassembly, and evasion methods |
| Topic 2: Memory & Advanced Analysis | 15% | - Windows memory forensics and analysis - Memory dump examination and tools - Network indicators and traffic analysis |
| Topic 3: Malware Analysis Fundamentals | 15% | - Malware analysis lab setup and safety - Analysis methodology and workflow - Static and behavioral analysis concepts |
| Topic 4: Windows Malware & Common Patterns | 20% | - Code injection, hooking, process hollowing - Windows API usage and capabilities - Windows executable structure and analysis |
| Topic 5: Assembly Language & Core Reverse Engineering | 20% | - Static analysis tools and disassembly - Dynamic analysis and debugging - x86 assembly basics and instruction interpretation - Control flow, functions, parameters and structures |
| Topic 6: Specialized Malware Types | 15% | - Malicious documents: Office macros, PDF, RTF - Web and browser-based malware, malicious JavaScript - .NET malware analysis |
GIAC Reverse Engineering Malware Sample Questions:
Why would malware authors use the LoadLibrary API call within their code? (Choose Two)
- A. To load a specific module into the address space of the calling process
- B. To create a new execution thread
- C. To modify the system registry
- D. To dynamically link additional malicious code at runtime
Correct Answer: A,D 🗳️
Which of the following statements is true when dealing with malware that employs misdirection through code restructuring?
- A. The malware cannot execute in environments with different CPU architectures.
- B. Static analysis alone is usually sufficient to understand the malware's execution flow.
- C. Dynamic analysis can help reveal the actual execution path that might be obscured in static analysis.
- D. High-level language decompilers will always accurately reconstruct the original source code from such malware.
Correct Answer: C 🗳️
When analyzing an RTF file, which of the following strings would likely indicate the presence of an embedded object or shellcode?
- A. {\fonttbl}
- B. {\object}
- C. {\colortbl;}
- D. {*\shppict}
Correct Answer: B 🗳️
What is the primary goal of obfuscating malware code?
- A. To encrypt the payload during transmission
- B. To reduce the size of the malware
- C. To make the malware more difficult to detect and analyze
- D. To increase the speed of execution
Correct Answer: C 🗳️
What is the first step in behavioral analysis when dealing with a new malware sample?
- A. Reviewing the malware's file hashes
- B. Running the sample in an isolated virtual environment
- C. Checking the sample with an antivirus program
- D. Disassembling the code using a debugger
Correct Answer: B 🗳️
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