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How to Prepare for GIAC Reverse Engineering Malware (GREM)

Preparation Guide for GIAC Reverse Engineering Malware (GREM)

Introduction for GIAC Reverse Engineering Malware (GREM)

The GIAC Reverse Engineering Malware (GREM) certification is designed for technologists who protect the organization from malicious code. GREM-certified technologists possess the knowledge and skills to reverse-engineer malicious software (malware) that targets common platforms, such as Microsoft Windows and web browsers. These individuals know how to examine inner-workings of malware in the context of forensic investigations, incident response, and Windows system administration. Become more valuable to your employer and/or customers by highlighting your cutting-edge malware analysis skills through the GREM certification.

The GIAC Reverse Engineering Malware (GREM) cerification is for professionals who protect the organization from the malicious code designed by cyber attackers for their malicious purposes. This certification aims to give the knowledge and skills to reverse engineer malicious software that targets common platforms such as Microsoft Windows, Web browsers, common applications like PDF, Microsoft office etc. This also provides some insights into memory forensics and incident response related process.

This exam is specially for System Administrators who are responsible for the daily management, upkeep, and configuration of business computer systems. Future systems administrators can boost their marketability by getting certified. To prepare for GIAC Reverse Engineering Malware (GREM), we offer the most in depth GIAC GREM practice exam and GIAC GREM practice exams.

Malware is often obfuscated to hinder analysis efforts, so the course will equip you with the skills to unpack executable files. You will learn how to dump such programs from memory with the help of a debugger and additional specialized tools, and how to rebuild the files' structure to bypass the packer's protection. You will also learn how to examine malware that exhibits rootkit functionality to conceal its presence on the system, employing code analysis and memory forensics approaches to examining these characteristics.

For more info about GIAC Reverse Engineering Malware (GREM)

Atlassian System Administrator Certification

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Precise predication of the real exam

Now, the test syllabus of the GIAC GREM exam is changing every year. More and more people choose to prepare the exam to improve their ability. So the GREM exam becomes more difficult than before. For our experts, they are capable of seizing the tendency of the real exam. The questions and answers of our GREM guide materials: GIAC Reverse Engineering Malware will change every year according to the examination outlines. New questions will be added into the study materials, unnecessary questions will be deleted from the GREM exam simulation. Our new compilation will make sure that you can have the greatest chance to pass the exam. If you compare our GREM training engine with the real exam, you will find that our study materials are highly similar to the real exam questions. So you just need to memorize our questions and answers of the GREM exam simulation, you are bound to pass the exam.

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Understanding functional and technical aspects of GIAC Reverse Engineering Malware (GREM) Identify Requirements

The following will be discussed in GIAC GREM exam dumps:

• PDF document analysis
• Given a business requirement, create, translate, critique, and optimize JQL queries
• Static malware analysis (using a disassembler)
• Examing obfuscated PowerShell scripts
• Analyzing suspicious PDF files
• Code injection and API hooking
• Identify and troubleshoot the appropriate configuration of an Incoming Mail
• Interacting with malicious websites to assess the nature of their threats
• Describe the pre-requisites for and the results of a CSV import
• Using debuggers for dumping packed malware from memory
• Recognizing packed malware
• Behavioral malware analysis
• Following program control flow to understand decision points during execution
• Demonstrate the benefits and best practices for configuring group subscriptions
• Identifying key assembly logic structures with a disassembler
• Microsoft Office document analysis
• Analyzing malicious RTF document files
• Analyzing multi-technology and fileless malware
• De-obfuscating malicious JavaScript using debuggers and interpreters
• Extending assembly knowledge to include x64 code analysis
• Examining malicious Microsoft Office documents, including files with macros
• Dynamic malware analysis (using a debugger)
• JavaScript deobfuscation
• Using memory forensics for malware analysis
• Understanding core x86 assembly concepts to perform malicious code analysis
• Memory analysis
• Troubleshoot a notification scheme/configuration including events
• Determine an appropriate notification scheme/configuration including events
• Describe the results and implications of a bulk change operation
• Recognizing common malware characteristics at the Windows API level (registry manipulation, keylogging, HTTP communications, droppers)
• Getting started with unpacking

Understanding functional and technical aspects of GIAC Reverse Engineering Malware (GREM)

The following will be discussed in GIAC GREM exam dumps:

• Bypass a variety of packers and other defensive mechanisms designed by malware authors to misdirect, confuse, and otherwise slow down the analyst
• Uncover and analyze malicious JavaScript and other components of web pages, which are often used by exploit kits for drive-by attacks
• Performing behavioral analysis of malicious Windows executables
• Interacting with malware in a lab to derive additional behavioral characteristics
• Build an isolated, controlled laboratory environment for analyzing the code and behavior of malicious programs
• Assembling a toolkit for effective malware analysis
• Use a disassembler and a debugger to examine the inner workings of malicious Windows executables
• Derive Indicators of Compromise (IOCs) from malicious executables to strengthen incident response and threat intelligence efforts
• Employ network and system-monitoring tools to examine how malware interacts with the file system, registry, network, and other processes in a Windows environment
• Control relevant aspects of the malicious program's behavior through network traffic interception and code patching to perform effective malware analysis
• Performing dynamic code analysis of malicious Windows executables
• Examining static properties of suspicious programs
• Assess the threat associated with malicious documents, such as PDF and Microsoft Office files
• Recognize and understand common assembly-level patterns in malicious code, such as code L injection, API hooking, and anti-analysis measures