Break It to Make It: That's Reverse Engineering!
This course equips you with both theoretical and practical skills to reverse engineer binaries at the assembly level, covering everything from beginner to advanced topics.
The training is divided into three sections:
- Reverse Engineering for Dummies
- Reverse Engineering for Developers
- Reverse Engineering for Hackers
These sections explore reverse engineering from different angles, focusing on Intel x32, x64, and ARM architectures.
You'll start with an intro to system architecture, gradually diving deeper into assembly. For developers, we address issues related to improper remediation and unsafe functions. Finally, the hacker's perspective covers techniques for identifying and analyzing key code sections, with hands-on practice in bypassing anti-reversal techniques.
Discover The Course Content
Introduction
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Training Presentation
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Reverse Engineering for Dummies (Debugging x86)
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- Course Overview & System Organization (14:19)
- Introduction to x86 Architecture (15:41)
- EIP & Debug Registers (17:31)
- Functions, Process & Threads (20:52)
- Memory Layout (18:55)
- Function Calling & Stack Frame (19:50)
- CPU Modes & Memory Models (15:26)
- AT&T vs Intel Syntax (13:02)
- Hello Enciphers (30:35)
- Data Types, Tokens, EQU & Times (13:57)
- Implementation of Data Types, Token, EQU & Times (17:33)
- Moving Data (7:39)
- Debugging Data Movement (26:57)
- Debugging Stack (18:45)
- Debugging Arithmetic Operation: Add/Sub (21:19)
- Debugging Arithmetic Operations MulDiv (24:33)
- Debugging Logical Instructions (19:07)
- Debugging Control Instructions (18:26)
- Procedure (20:48)
- CPU Info x64 (7:36)
- x86_64 Register (11:28)
- Stack Frame x64 (19:10)
- Fundamentals of ARM Lab Setup (32:22)
- Offset Form addressing mode (14:16)
- Load Store Immediate Offset Form (9:03)
- Functions in ARM (10:51)
- Debugging Function (17:13)
- Summary (2:17)
Reverse Engineering for Devs
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- Integer Overflow (20:33)
- Integer Overflow Patch (8:47)
- Integer Underflow (12:08)
- Integer Underflow Patch (5:30)
- Format Strings (11:25)
- Format String Exploitation and Patching (18:21)
- Buffer Overflow (12:11)
- Buffer Overflow Countermeasure (12:38)
- Heap Overflow (16:57)
- Race Condition (13:18)
- Race Condition Patch (4:03)
- Summary (1:31)
Reverse Engineering for Hackers
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- Files String References Patching using IDA (28:03)
- Reversing Chain of 'cmp' instructions using IDA (7:07)
- Intro to radare2 (13:43)
- Windows Debugger (24:32)
- Setting up Memory Protection using VMprotect (3:35)
- Bypassing Memory Protections using x32DBG Cheat Engine (13:28)
- Reversing C# .NET Binary (16:49)
- Reverse Engineering trial .NET Binary (13:30)
- Reverse Engineering .NET application for bypassing registration check (11:50)
- Reverse Engineering with Ghidra Pt-1 (15:45)
- Reverse Engineering with Ghidra Pt-2 (23:32)
Conclusion
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