A Rust implementation of cryptographic primitives from first principles for educational purposes.
Ronkathon is a Rust-based educational project that implements cryptographic primitives from scratch to build understanding from first principles. It covers fundamental algebraic structures, curves, polynomials, signature algorithms, encryption methods, and hash functions. The project uses non-secure curves and fields specifically for learning purposes, inspired by resources like plonk-by-hand.
Cryptography students, researchers, and developers who want to understand cryptographic fundamentals by implementing algorithms from the ground up. It's particularly valuable for those exploring zero-knowledge proofs and PLONK-based systems.
Developers choose Ronkathon for its comprehensive, from-scratch implementation approach that prioritizes educational clarity over production optimization. It provides a unique hands-on learning path through cryptographic foundations with well-documented mathematical background.
Cryptography Educational Foundations
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Implements a wide range of cryptographic primitives from algebraic structures to hash functions, as detailed in the README, providing a holistic learning path.
Focuses on building understanding from scratch using non-secure curves, explicitly stated in the philosophy, which aids in deep conceptual grasp of cryptography.
Written in Rust with included tests and linting, as shown by the GitHub badges, offering memory safety and a modern programming environment for learning.
Includes SageMath files and references to theoretical resources like plonk-by-hand, helping users connect code with underlying mathematics.
Uses curves and fields that are not secure for real-world applications, as admitted in the README, limiting its use to educational purposes only.
Requires installing additional tools like SageMath and mdBook for full functionality, which can be a barrier for those unfamiliar with these environments.
As an educational project, it lacks optimizations, audits, and support for production-grade cryptographic standards, making it unsuitable for deployment.