Reverse Engineering 2Explore reverse engineering techniques, including registers, X86 Assembly, CPU instructions, GDB debugging, and analysis, gaining practical skills to dissect and understand software at a low-level.
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ABOUT THE COURSE
The reverse engineering course offers a comprehensive exploration of various topics, including registers, X86 Assembly language, CPU instructions, GNU debugger, and debugging with GDB, providing students with the necessary knowledge and skills to dissect and understand software from a reverse engineering perspective.
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TABLE OF CONTENTS
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YOUR PROGRESS
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ACHIEVEMENTS
"Reverser - 2" Badge
EXPECTED OUTCOMESDevelop a solid understanding of registers and their role in computer architecture.
Develop reverse engineering skills to analyze and comprehend the inner workings of software from a reverse engineering perspective.
Gain proficiency in X86 Assembly language, enabling analysis and manipulation of low-level code.
Acquire knowledge of CPU instructions and their execution mechanisms, allowing for detailed examination of software behavior.
INTENDED AUDIENCEComputer science or engineering students interested in gaining knowledge and skills in reverse engineering.
Cybersecurity professionals looking to enhance their knowledge of reverse engineering for vulnerability analysis and software security.
Software developers or programmers seeking to expand their understanding of low-level code and debugging techniques.
Hobbyists or enthusiasts with a curiosity for exploring the intricacies of software through reverse engineering techniques.
PREREQUISITESBasic understanding of computer architecture and operating systems.
Familiarity with at least one programming language.
Comfort with working in a command-line environment.