Game Hacking: Cheat Engine Game Hacking Basics

Introduction to Reverse Engineering and Memory Cracking Using Cheat Engine

English name of the course: cheat-engine-game-hacking-basics

This video tutorial is 2.35GB in total, with Chinese and English subtitles, clear picture quality and no watermark, and full source code attachments

Course address: https://xueshu.fun/1453 Demo address: https://www.udemy.com/course/cheat-engine-game-hacking-basics/

Course content

what will you learn

How to get started with Cheat Engine
How to Hack Process Memory
Find variables and pointers in memory
Hack health and ammo using data structures
Hack the game for invulnerability and infinite ammo
Build a solid foundation in memory hacking
Hack Health Using Pointer Swipe
Script to inject code to reload ammo
basic assembly language
Inject code into process memory using inline assembly (code cave)
Perform Array Byte (AOB) injection
Validate memory addresses using the freeze method
Scanning with a two-pointer map
Use the module address range and offset parameters to optimize pointer scans
NOP, JMP and reverse assembly code for infinite ammo reload
Create cheat sheets for teleportation
Crack the 3D flight coordinate system

Require

Basic knowledge of C/C++ and assembly is helpful but not required
PC running Windows 7 or 10

describe

If you enjoy playing games or reverse engineering then this course is for you.

Traditionally, reverse engineering is done using familiar tools like x64dbg, OllyDbg, and IDA. This course will introduce you to another powerful tool commonly used in game cracking - the Cheat Engine (CE). This tool will allow you to modify in-game health, ammo, positions and more.

Although there are plenty of cheat engine tutorials on youtube, they often lack beginner-friendly explanations and personal guidance. In this course, I will take you as a complete beginner to familiarize yourself with what is game hacking and reverse engineering. You will learn the difference between memory values and pointers, data structures, how to scan memory to tamper with it to be invincible and have infinite ammo, create cheat sheets (shareable hacks), pointer scanning, write scripts to Inject process memory and more...

By the end of this course, you should be able to use your basic skills to hack an open source free game called Assault Cube – a 3D first-person shooter (FPS) game. I chose this game because it's available as a standalone game - where you play against bots - and because it's completely free and open source - and to learn game hacking for the first time Standard game used when .

Difference between memory hacking and file patching.

In traditional reverse engineering, after we have successfully reversed, we patch the program file. However, not all programs can be patched, for example, packaged programs cannot be patched. Here, Cheat Engine shines. Cheat Engine does not rely on patches, its main strength lies in memory hacking (process hacking). In Cheat Engine, we first allow the program to be loaded into RAM memory, and then we hack it there. This course introduces you to the basics of Cheat Engine – so that you become familiar with memory hacking using Cheat Engine.

I'll be by your side throughout the course - answering all your questions and guiding and mentoring you in game hacking and reverse engineering. Thank you and see you inside.

Who this course is suitable for:

Anyone interested in learning game hacking
Reverse engineering students looking for alternative ways to crack running programs
Software or game developers who want to know about game or application hacking can protect their software

Academic Fun https://xueshu.fun/ Continuously update video tutorials in online classrooms such as Udemy, Coursera, etc. The categories cover artificial intelligence, machine learning, programming languages, game development, network security, cloud computing, Linux operation and maintenance, interview skills, etc. All knowledge of computer science.

All video tutorials include Chinese and English subtitles, exercise source code and supporting supplementary materials.