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Multi-core fuzz testing is supported by running parallel campaigns. This Skill provides an environment for multi-core execution to increase coverage and accelerate vulnerability discovery in C/C++ codebases.

Parallel fuzzing is a technique that runs multiple test cases simultaneously across different cores. You need it for security testing large-scale C/C++ applications to significantly accelerate vulnerability discovery workflows compared to traditional methods.

To start a multi-core fuzzing campaign, specify your seed inputs and an output directory. This configures the environment to execute parallel fuzz testing across available cores to identify security flaws quickly.

Yes, this fuzzing environment supports various compilation modes including LLVM and GCC. It ensures compatibility with different build configurations and integrates sanitizers and advanced instrumentation modes for thorough testing.

Yes, it is suitable for large-scale C projects requiring multi-core execution. You can fuzz large C applications across multiple machines to identify security flaws faster than traditional single-threaded methods.