Ring is a low-level cryptographic primitive library and security toolset designed for building portable, secure applications. It provides a collection of implementations for RSA, elliptic curve cryptography, and authenticated symmetric encryption. The project focuses on constant-time cryptography to prevent secret data from leaking through timing side-channel attacks. It utilizes a formal verification tool that generates arithmetic logic from templates, ensuring mathematical correctness and eliminating manual implementation errors. The library includes capabilities for producing cryptographi
Don't Roll Your Own Crypto: pure-Rust, hard to misuse cryptography library
BLAKE3 is a high-performance implementation of the BLAKE3 cryptographic hash algorithm used for calculating secure data digests and fingerprints. It functions as a parallel cryptographic hash tool that distributes workloads across multiple processor threads to process large datasets rapidly. The project provides specialized tools for keyed hashing and the generation of message authentication codes. It also includes functionality for cryptographic key derivation, allowing the creation of unique secret sub-keys from a master key and context strings. The implementation supports data integrity v
A Rust implementation of the Noise Protocol Framework
The main features of mcginty/snow are: Rust Cryptography.
Open-source alternatives to mcginty/snow include: briansmith/ring — Ring is a low-level cryptographic primitive library and security toolset designed for building portable, secure… briansmith/webpki — WebPKI X.509 Certificate Validation in Rust. brndnmtthws/dryoc — Don't Roll Your Own Crypto: pure-Rust, hard to misuse cryptography library. cryptoballot/cryptoballot — cryptographically secure online voting. ctz/rustls — rustls is a modern implementation of the Transport Layer Security protocol written in the Rust programming language.… blake3-team/blake3 — BLAKE3 is a high-performance implementation of the BLAKE3 cryptographic hash algorithm used for calculating secure…