A fast, comprehensive CTF toolkit for cryptographic encoding/decoding, classic ciphers, hash operations, and analysis tools
rustgym solutions
This project is a pure Rust implementation of three widely used cryptographic hash algorithms: SHA-1, SHA-256, and SHA-512. These algorithms are implemented from scratch, without relying on external libraries for the core hashing logic.
AI/Human task management system with file-based storage
Pure-Rust AV1 codec — orphan-rebuild scaffold pending clean-room re-implementation.
A high-performance implementation of Saito in Rust.
A high-performance implementation of Saito in Rust.
Although designed for use as a hash function to ensure security, SipHash is fundamentally different from cryptographic hash functions like SHA in that it is only suitable as a message authentication code: a keyed hash function like HMAC. That is, SHA is designed so that it is difficult for an attacker to find two messages X and Y such that SHA(X) = SHA(Y), even though anyone may compute SHA(X). SipHash instead guarantees that, having seen Xi and SipHash(Xi, k), an attacker who does not know the key k cannot find (any information about) k or SipHash(Y, k) for any message Y ∉ {Xi} which they have not seen before. (from wikipedia)
Fun project to get used to cargo and rust programming
a boltz exchange client for swaps between BTC/LBTC & LN
Pure Rust parser, encoder and hasher for Amazon's Ion binary format.
CLI for IronQ on-chain job queue