🧬 1. Signature Scanning (Like a Virus Scanner)
EAC compares files and memory chunks to a database of known cheats.
If it finds matching code patterns (like cheat DLLs or trainers), you're flagged.
Example: A popular aimbot gets detected because its code hasn’t changed.
🧠 2. Behavior Analysis
It watches what the player is doing in-game.
Unrealistic aim, perfect timing, or impossible movements? That raises red flags.
Example: Hitting 100% headshots through walls looks sus — even without known cheat files.
🧪 3. Memory Scanning
EAC checks the game’s memory in real time.
If it detects tampering (like an injector modifying ammo or health values), it can block or ban.
Example: A cheat tries to freeze health at 100 — EAC spots the memory value being locked.
🧰 4. Kernel-Level Checks
Some cheats operate at a deep system level (kernel).
EAC also runs kernel-level components to detect hidden drivers and tools.
Example: A rootkit cheat tries to hide itself from the system — EAC sees it anyway.
🔒 5. File Integrity + Anti-Debugging
It checks if game files have been changed or if someone is running debuggers (tools to analyze or change code).
Example: Someone edits a config file to unlock dev options — EAC sees the mismatch.
