Reverse Engineering and Memory Hacking with Cheat Engine
Reverse Engineering • Memory Analysis
Reverse Engineering and Memory Hacking with Cheat Engine (Ethical)
Learn memory analysis, debugging, and reverse engineering using Cheat Engine for legitimate research, debugging, and defensive work.
8 Persuasion‑Fueled Course Hooks (60+ characters each)
- Learn memory inspection and live process debugging with Cheat Engine inside safe, authorized lab environments only.
- Enroll and get a free lab VM image and Cheat Engine configs — our reciprocity gift to speed up your practical learning.
- Commit to short daily labs and steady practice — small, consistent drills build the reverse engineering instincts you need.
- Taught by experienced malware analysts and game security engineers — authority lessons grounded in real defensive work.
- See verified student analyses and lab reports — social proof that applying these methods improves debugging and detection skills.
- Friendly, no‑BS instruction you’ll like — clear stepwise demos, annotated snapshots, and reproducible memory workflows.
- Limited mentor review slots for memory forensics and report critique — scarcity ensures detailed feedback on your work.
- Finish able to inspect memory, trace functions, find indicators, and responsibly report findings for remediation.
Important: This training is strictly for **ethical, legal** purposes — debugging, malware analysis, game development debugging, or defensive testing on systems you own or are explicitly authorized to test. We do not teach or condone cheating, theft, or privacy violations.
$129 one‑time
Includes lab VM, Cheat Engine presets, sample binaries, walkthrough recordings, and community access.
Cohorts capped for mentor time — early enrollees receive priority mentor review and lab slots.
What you'll learn
- Safe setup: lab VMs, process isolation, and legal boundaries for memory analysis tasks
- Cheat Engine essentials: memory scanning, value types, pointer scans, and pointer path stability
- Dynamic tracing: hooking functions, following call stacks, and interpreting runtime state changes
- Working with debuggers and symbol maps to map memory to code and meaningfully analyze behavior
- Memory forensics basics: extracting artifacts, identifying malicious patterns, and creating IOCs
- Responsible disclosure and remediation reporting tailored for developers and security teams
- Use cases: debugging game logic, validating patches, malware analysis in isolated labs, and performance troubleshooting
- How to integrate memory insights into detection engineering and improve defensive controls
Perfect for reverse engineers, malware analysts, game developers, and defenders who need practical memory skills for lawful purposes.
Questions about prerequisites, lab setup, or permitted use cases? Reply or contact support and we’ll confirm fit and legal boundaries before you start.