Obfucc-LLVM is a high-performance binary obfuscation framework that leverages LLVM's compiler infrastructure to transform source code into hardened, reverse-engineering-resistant binaries. Built for scenarios where intellectual property protection is non-negotiable.

• Control Flow Flattening - Transforms natural program flow into opaque, non-linear execution paths
• String Encryption - Automatic encryption of all string literals with runtime decryption
• Bogus Code Injection - Insertion of dead code paths that are computationally indistinguishable from real logic
• Instruction Substitution - Replace simple instructions with semantically equivalent but complex alternatives
• Function Inlining/Outlining - Strategic manipulation of function boundaries to obscure program structure

• Zero-overhead abstractions - Obfuscation applied at IR level ensures minimal runtime penalty
• Configurable intensity levels - Fine-tune the security/performance tradeoff
• Resource-efficient - Optimized for constrained environments (tested on mid-range hardware)

The obfuscation engine generates comprehensive reports including:

• Control Flow Complexity - Cyclomatic complexity increase factor
• String Protection Coverage - Percentage of strings encrypted
• Code Inflation Ratio - Size increase due to obfuscation
• Bogus Code Distribution - Statistical analysis of injected code
• Entropy Analysis - Information-theoretic metrics of output randomness