game-hacking-techniques
This skill maps the escalation ladder of game cheat implementations, from user-mode memory reads and DLL injection through kernel drivers to hypervisor and DMA-based attacks. It covers memory manipulation, process injection, hooking, visual exploits (ESP), aim assistance, and AI-vision aimbots that bypass traditional detection. Use it to understand the offensive threat model that anti-cheat systems defend against.
Game Hacking Techniques documents offensive cheat methods across user-mode, kernel-mode, and hardware-level attack surfaces for threat modeling.
AI-generated summary based on this skill's SKILL.md
Decision gist · record as of 2026-07-28
Game Hacking Techniques documents offensive cheat methods across user-mode, kernel-mode, and hardware-level attack surfaces for threat modeling. This skill maps the escalation ladder of game cheat implementations, from user-mode memory reads and DLL injection through kernel drivers to hypervisor and DMA-based attacks. It covers memory manipulation, process injection, hooking, visual exploits (ESP), aim assistance, and AI-vision aimbots that bypass traditional detection. Use it to understand the offensive threat model that anti-cheat systems defend against.
Use it when
- game-hacking-techniques explains how attackers read game memory to locate player positions and item data.
- game-hacking-techniques describes DMA (Direct Memory Access) cheats that bypass the CPU to read game memory directly.
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Install
gmh5225/awesome-game-security/game-hacking · repository language: Python
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Frequently asked questions
AI-generated answers based on this skill's SKILL.md and metadata
What does game-hacking-techniques cover?
game-hacking-techniques maps the escalation ladder of game cheat implementations, from user-mode memory reads and DLL injection through kernel drivers to hypervisor and DMA-based attacks. It covers memory manipulation, process injection, hooking, visual exploits (ESP), aim assistance, and AI-vision aimbots that bypass traditional detection.
What are memory reading and code injection techniques for games?
game-hacking-techniques explains how attackers read game memory to locate player positions and item data, then inject code via DLL injection and hooking methods to modify behavior. These user-mode techniques form the foundation of cheat development before escalating to kernel-mode or hypervisor approaches.
How do DMA cheats and kernel-mode exploitation work?
game-hacking-techniques describes DMA (Direct Memory Access) cheats that bypass the CPU to read game memory directly, and kernel-mode drivers that gain elevated privileges to access protected memory regions. These escalation techniques evade user-mode anti-cheat detection by operating at a lower privilege level than the game itself.
What is aimbot and ESP cheat development?
game-hacking-techniques covers ESP (wallhack) cheats that read game memory to reveal enemy positions, and aimbots that use aim assistance or AI-vision techniques like YOLO object detection and computer vision to automate targeting. It includes world-to-screen transformation and triggerbot implementation methods.
How does game-hacking-techniques address anti-cheat evasion?
game-hacking-techniques explores evasion tactics including stack spoofing, anti-forensics, HWID spoofing, and driver communication through vulnerable drivers. It also covers EFI/UEFI boot-time loading and hypervisor-based memory access to understand how cheats escalate beyond detection by traditional anti-cheat systems.
What threat model does game-hacking-techniques help defend against?
game-hacking-techniques documents the offensive threat model that anti-cheat systems defend against: memory exploitation, process injection, overlay rendering, input simulation, packet sniffing for speed hacks, and AI-based visual aimbots. Understanding this escalation taxonomy enables security teams to design layered defenses.
SKILL.md
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Game Hacking Techniques
Overview
This skill covers game-hacking techniques documented in the awesome-game-security collection, with emphasis on how cheats move from user mode to kernel mode, hypervisors, and DMA when defenders raise the bar. It is best used to understand the offensive side of the threat model that anti-cheat systems are designed to detect.
README Coverage
Cheat > DebuggingCheat > Packet Sniffer&FilterCheat > Packet Capture&ParseCheat > SpeedHackCheat > Injection:WindowsCheat > Injection:LinuxCheat > Injection:AndroidCheat > Injection:IOSCheat > Injection:PlayStationCheat > DLL HijackCheat > HookCheat > Anti Signature ScanningCheat > RPMCheat > DMACheat > W2SCheat > Overlay-
Cheat > Render/Draw
(truncated - see the full file via the links below)
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.claude/skills/game-hacking/SKILL.md
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