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Reverse Engineering, Memory Hacking and Software Protection

Learn how to reverse, debug and patch packed programs - without unpacking - by using Cheat Engine

  1. Topics
  2. IT & Software
  3. Cheat Engine Tutorial

Reverse Engineering, Memory Hacking and Software Protection

InstructorPaul Chin, PhD
Duration1h 44m
Students38.1K
Rating4.6 (153)
Sponsored
Price
$14.99
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Comidoc Analysis

Bypassing Software Packers with Cheat Engine

Strengths

Targeted Protection Bypassing

The curriculum covers specific techniques for evaluating and bypassing various packers such as UPX, VM Protect, Enigma, and Themida Code Virtualizer.

Practical Trainer Development

Instruction includes creating custom memory hackers, referred to as trainers, for specific software protections.

Editorial course preview

What the public course preview actually shows

These 4 complementary views highlight concrete, legible examples from the course presentation.

Preview 1 of 4

A desktop view displaying the Cheat Engine debugger interface alongside a target application window titled CrackMe #11, demonstrating memory debugging techniques.

Preview 2 of 4

The Detect It Easy interface analyzes a protected executable file, revealing its PE32 format and identifying the Enigma packer used for software protection.

Preview 3 of 4

The interface displays the Trainer generator tool within Cheat Engine, allowing users to configure settings and package memory hacks into a standalone executable file.

Preview 4 of 4

A desktop view of Cheat Engine displaying the opcodes that accessed a specific memory address, alongside a target application window for serial verification.

Limitations

Repetitive Methodologies

One signal suggests that the bypass techniques for different packers are highly similar, and the process for creating trainers can feel repetitive across examples. Note that these signals originated from reviews dated before the displayed update; therefore, the update label does not prove a correction of this repetition.

Best suited to

  • Reversing hobbyists looking for memory hacking workarounds
  • Learners wanting to build custom trainers or loaders using Cheat-Engine

Less suited to

  • Those seeking deep technical variation between different software protectors
  • Beginners without any prior experience in reverse engineering

Comidoc Score

5.6/10

Worth considering
Intermediate level

Comidoc verdict

Memory patching and trainer creation provide a functional workaround for bypassing software protections like UPX and VM Protect without the need for full unpacking.

The primary strength lies in the practical application of creating custom loaders, which learners have found helpful for malware analysis and reverse engineering tasks. However, the instruction may feel repetitive because the core methodology remains largely consistent across different software examples.

This course is best suited for reversing hobbyists who want to learn specific memory hacking workflows using Cheat-Engine, provided they are comfortable with a highly focused, singular use-case.

Score breakdown

Curriculum depth
5.8

The curriculum covers several specific packers, but some signals suggest the techniques used are highly similar, limiting technical depth variation.

Applied learning
6.5

The course includes practical workflows for creating custom trainers and performing memory patching on specific crackmes.

Clarity & experience
5.0

One signal indicates the presentation is easy to follow for basic value tracking and memory manipulation.

Currency & reliability
5.0

The available evidence does not establish enough about current reliability to move this dimension away from neutral.

Audience fit
5.0

Selected from the course's public promotional preview. These images document visible presentation material only; they do not represent the complete paid curriculum.

The curriculum aligns with the target audience of hobbyists, though some signals suggest it may be difficult for those without prior reversing experience. This signal predates the displayed course update; the update may have addressed it, but the update label does not prove that it was corrected.

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  • C Pointers & Memory46
  • Visual Basic .NET46
  • Automation & Scripting69