Course Reverse Engineering: Cutter for Beginners

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If you are completely new to Cutter and want to get up and running fast then this course is for you. In this course, we will cover how to use Cutter for Windows and Linux. Cutter is an an advanced, GUI-based, free and open-source reverse-engineering platform designed to take the pain out of radare2. It’s backend is running Rizin, a fork of the radare2 engine. Cutter is created by reverse engineers for reverse engineers. Cutter releases are fully integrated with native Ghidra decompiler. Not only can Cutter disassemble a binary file, but it can also decompile it to C language. It also has a linear disassembly view, fully featured graph view as well as mini-graph for fast navigation. Cutter also features the ability to reverse debug which other debugger lacks. This feature allows you to not only step forwards, but you can also step backwards! Cutter also has hexdumps and stack view which allows you to trace stack, register and inspect memory on the fly. In addition to that, you can also patch the binary, by reversing jumps, modifying instructions and bytes. This course will teach you all of the above and more.

Features of this course:

Designed with beginners in mind.
Simple windows and Linux Crackme’s designed to learn reverse engineering legally
Practical and hands-on
Using free tools only


Suitable for:

Reverse Engineering and Malware Analysis Students
Anyone interested to learn to use Cutter for Reverse Engineering
Security researchers

Prerequisite:

Windows PC
Basic Assembly and C/C++ language would be helpful but not mandatory
Familiarity with basic Linux commands would be useful but not mandatory
Everything you need to know is covered in the course
Enroll now and I will see you inside!

Who this course is for:

Anyone interested to learn to use Cutter for Reverse Engineering
Reverse engineering and malware analysis students
Security researchers
What you’ll learn

Reverse Engineering
Assembly Language
Decompiling Binary to C code
Register and Memory Analysis
Disassembling binary to assembly code
Reversing Jumps
Using NOPs to disable instructions
Windows API
C/C++ functions
Static analysis
Dynamic debugging analysis
Setting breakpoints and stepping through code
Strings search
Graphical view analysis
Defining functions from assembly code
Solving crackmes
Reverse debugging (stepping backwards)
Stepping over and analyzing the stack, register and memory hexdumps
Patching and replacing jumps with NOPs
Patching using xor eax, eax
Gui-Crackme: String search method, defining functions and windows API
Phishing for passwords and serial keys
Renaming variables for static analysis
Using the Rizin console and the rax2 command
Linux crackme2: Using the Debuggee Console
Stepping into function calls
and more…

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