Reverse Engineering and Malware Analysis Course Overview

To ensure that you can successfully undertake the Reverse Engineering and Malware Analysis course, the following minimum prerequisites are recommended:

• Basic understanding of computer programming concepts (preferably in C or C++).
• Familiarity with the fundamentals of operating systems, especially Windows architecture.
• Knowledge of basic computer architecture, including understanding of processors and memory.
• Experience with using Windows and/or Linux operating systems.
• An analytical mindset with problem-solving skills.
• Willingness to learn new tools and techniques related to reverse engineering and malware analysis.

Please note that while previous experience in these areas will be beneficial, the course is designed to guide you through the necessary concepts and tools. A strong interest in the subject matter and a commitment to learn will also greatly contribute to your success in this course.

Target Audience for Reverse Engineering and Malware Analysis

Koenig Solutions' Reverse Engineering and Malware Analysis course empowers IT professionals to understand and dissect malicious software.

Target Audience and Job Roles:

• Cybersecurity Analysts
• Malware Analysts
• Security Researchers
• Incident Response Professionals
• Ethical Hackers
• Penetration Testers
• Forensic Analysts
• Security Software Developers
• Information Security Consultants
• Vulnerability Researchers
• IT Professionals seeking to specialize in security domains
• Law Enforcement Officers and Government Agents specializing in cybercrime investigations

Learning Objectives - What you will Learn in this Reverse Engineering and Malware Analysis?

Introduction to Course Outcomes:

This course equips participants with the knowledge and skills to analyze and reverse-engineer malware, featuring hands-on experience with tools like IDA, disassemblers, and debuggers to enhance cybersecurity defenses.

Learning Objectives and Outcomes:

• Understand the fundamentals of reverse engineering and its practical applications in cybersecurity.
• Grasp the concepts of assembly language, including compilers, registers, and data structures for low-level analysis.
• Gain proficiency in using reverse engineering tools such as disassemblers, debuggers, and decompilers.
• Learn to navigate and utilize the IDA Pro disassembler for static and dynamic analysis.
• Develop skills in IA-32 processor and Windows architecture to better understand how malware interacts with systems.
• Acquire the ability to perform offline and live code analysis to dissect malicious software.
• Master techniques for vulnerability analysis and password recovery using IDA scripting.
• Understand anti-reversing measures and how to debug them effectively in a controlled environment.
• Leverage system monitoring tools to track and analyze the behavior of suspect binaries.
• Apply reverse engineering methodologies to real-world malware samples, enhancing the ability to respond to and mitigate threats.