Reverse Engineering Courses
Master the art of reverse engineering with specialized courses for all experience levels. These courses cover tools like Cutter, x64dbg, dnSpy, and Radare2, along with Android malware analysis and Windows reverse engineering techniques. Gain hands-on experience with real-world applications, including software analysis, malware dissection, and advanced debugging skills. These reverse engineering courses provide practical knowledge to enhance your cyber security arsenal.
Featured Course
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Web Application Penetration Tester Bundle
Master web application penetration testing with this comprehensive bundle. Gain hands-on skills in exploiting vulnerabilities, reverse engineering with Radare2, and mastering Burp Suite to secure web applications and strengthen your penetration testing expertise.
$26$200
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Reverse Engineering Courses
How to Use x64dbg for Static Analysis
Learn how to use x64dbg for graphical static analysis and reverse engineering. Disassemble programs, trace code execution, modify behavior, and patch software—all within a powerful debugger ideal for malware analysis and binary inspection.
Web Application Penetration Tester Bundle
Master web application penetration testing with this comprehensive bundle. Gain hands-on skills in exploiting vulnerabilities, reverse engineering with Radare2, and mastering Burp Suite to secure web applications and strengthen your penetration testing expertise.
$26$200
Learn more
Reverse Engineering for Beginners With Cutter
Learn reverse engineering for beginners with Cutter on Windows and Linux, covering static analysis, debugging, patching, and more. Designed for beginners, this hands-on course teaches essential skills to tackle Crackme challenges and real-world applications.
Win32 Reverse Engineering Training
Learn reverse engineering from the ground up, including tools like IDA Pro and OllyDbg, software protection, unpacking techniques, and elementary malware analysis. Develop skills in analyzing, modifying, and protecting both binary and non-binary files.
Android Malware Analysis Course
Learn to perform static and dynamic malware analysis on Android apps, reverse engineer APKs, and detect malicious behavior using Kali Linux. This course covers both foundational concepts and hands-on malware analysis techniques.
.NET With dnSpy Reverse Engineering Course
Learn reverse engineering and debugging of .NET programs written in C# and VB.NET using dnSpy. This course covers decompilation, patching, serial phishing, and creating keygens while protecting .NET software from being reversed.
Reverse Engineering Course: x64dbg Tutorial
Learn to reverse engineer and debug programs using x64dbg in just one hour. This hands-on course covers disassembly, setting breakpoints, stepping through code, and patching programs to modify their behavior.
Android Reverse Engineering Course From Scratch
This course teaches Android reverse engineering and mobile security from scratch. Through hands-on labs, you’ll learn to analyze suspicious apps, identify malicious behavior, and develop tools to counteract ransomware and other threats.
Malware Analysis Training Course
Learn to perform dynamic and static malware analysis to enhance your cyber security skills. This course covers setting up a malware analysis lab and analyzing real-world malware to understand how different malware functions and infects systems.
Reverse Engineering With Radare2 Course
Learn how to use the powerful, open-source Radare2 tool for reverse engineering. This course covers essential skills such as disassembling binaries, navigating, debugging, and patching executables to boost your reverse engineering projects.
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Frequently Asked Questions
What is the goal of reverse engineering?
The goal is to analyze how a system or software works, identify vulnerabilities or recreate functionality without access to the original source code or design.
What is an example of a reverse engineer?
A reverse engineer might analyze malware to understand its behavior or study a competitor's product to improve their own design.
Is decompiling code illegal?
It depends on the context and local laws. Decompiling for educational or security purposes is often (though not always) legal, but doing so to bypass licensing or copyright protection is generally prohibited. It is frequently used in cyber security to try and understand and defend against malware.
What tools are used in reverse engineering?
Common tools include IDA Pro, Ghidra, OllyDbg, Radare2, and Binary Ninja, which help analyze and debug software binaries.
How is reverse engineering used in cyber security?
It’s used to analyze malware, identify software vulnerabilities, develop patches, and test security measures against exploits.