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So you finally managed to pull a clean unpacked .exe for Black Ops 7.
Most people get stuck at the dumper stage, thinking they've won, but having the code in IDA is where the real headache starts. If you used the dumper correctly, you're off to a solid start, but don't expect the binary to just hand you its secrets on a silver platter. Transitioning from a raw dump to actual, actionable reversing is what separates the scene veterans from the one-day pasters.
The Hardcore Learning Path:
While others are out here begging for updated offsets or waiting for someone to drop a fragile paste, you're actually learning the engine architecture. That’s the difference between catching a ban in the first wave and staying undetected for months. Reversing the BO7 binary isn't just about finding a ViewMatrix; it's about understanding how the engine handles entities before the anti-cheat even wakes up.
anyone else digging into the decryption routines for this build?
Most people get stuck at the dumper stage, thinking they've won, but having the code in IDA is where the real headache starts. If you used the dumper correctly, you're off to a solid start, but don't expect the binary to just hand you its secrets on a silver platter. Transitioning from a raw dump to actual, actionable reversing is what separates the scene veterans from the one-day pasters.
The Hardcore Learning Path:
- Load that dump into IDA Pro. Don't be surprised if the entry point looks like a jungle. If you don't have the right FLIRT signatures or symbols, you're looking at raw subroutines.
- Focus on strings first. Search for engine-specific constants like "G_Entity", "ViewMatrix", or "cg_t". These are the breadcrumbs that lead you to the actual game logic.
- Identify the decryption routines. Modern COD titles love their custom obfuscation and bitwise math. If you don't understand how they hide their pointers, your static signatures will be nuked after the first minor patch.
- Master x64 Assembly. If you can't read what the registers are doing during a function call, you're just clicking F5 and praying to the pseudo-code gods. You need to see the stack frames and know exactly how Ricochet might be hook-scanning.
Decryption Logic: COD engine math often involves complex XORing and rotations. Look for these patterns in the main engine loop to find where the encrypted pointers are stored.
Static Signatures: While useful for local builds, remember that static sigs are the easiest thing for an anti-cheat to flag. Focus on finding unique function prologues or offset math that doesn't change every Wednesday.
Struct Extraction: Start mapping out the ClientGame (cg_t) and ClientActive (cgame_t) structures. These are the holy grail of information for visuals and aimbot logic.
Static Signatures: While useful for local builds, remember that static sigs are the easiest thing for an anti-cheat to flag. Focus on finding unique function prologues or offset math that doesn't change every Wednesday.
Struct Extraction: Start mapping out the ClientGame (cg_t) and ClientActive (cgame_t) structures. These are the holy grail of information for visuals and aimbot logic.
While others are out here begging for updated offsets or waiting for someone to drop a fragile paste, you're actually learning the engine architecture. That’s the difference between catching a ban in the first wave and staying undetected for months. Reversing the BO7 binary isn't just about finding a ViewMatrix; it's about understanding how the engine handles entities before the anti-cheat even wakes up.
anyone else digging into the decryption routines for this build?
