Welcome to Cellular_Automata_Based_Cryptanalysis Discussions!

[whisprer]

👋 Welcome to CACA Discussions!
We're thrilled to have you in the CACA (Cellular Automata-based Cryptanalysis) community! This Discussions page is your hub to connect, share, and explore our innovative tool that uses cellular automata to analyze encryption without decryption. Here's what you can do:

Ask questions about CACA's features, like NIST tests, CA rules (30, 82, 110, 150), or SIMD optimizations.
Share ideas for new features, such as additional CA rules, GPU acceleration, or ML integration.
Engage with others to discuss cryptanalysis, pattern detection, or performance tweaks.
Contribute to improving CACA—check out our README for areas like adding NIST tests or optimizing for bulk rule testing.

What's CACA?
CACA is a cutting-edge tool leveraging cellular automata to detect patterns and vulnerabilities in encrypted data. Key highlights:

Non-invasive cryptanalysis to evaluate encryption strength.
Supports multiple CA rules and amphichiral rule detection.
AVX2/AVX-512 and OpenMP for high-performance processing.
Outputs detailed statistical measures (IoC, Chi-Square, Entropy) and NIST test results.

Get Involved

Have a question? Post it here or check our issue templates.
Got an idea? Share it to help shape CACA’s future.
Found a bug? Convert relevant issues labeled “question” or “discussion” to Discussions or open a new thread.

Let’s build a vibrant community together! 💪 For more details, see our README.