3 रिपॉजिटरी
Standardized logic paths for implementing symmetric, asymmetric, and hashing operations.
Distinct from Algorithm-Specific Decryption: Existing candidates focus on DRM decryption or language specifications, not general cryptographic algorithm implementation interfaces.
Explore 3 awesome GitHub repositories matching security & cryptography · Cryptographic Algorithm Interfaces. Refine with filters or upvote what's useful.
CryptoSwift is a cryptography library implemented entirely in the Swift programming language. It provides a collection of standard cryptographic algorithms for encryption, decryption, and hashing without relying on native C libraries or system frameworks. The library supports symmetric and asymmetric encryption, including RSA key generation and signature management. It features authenticated encryption schemes and the ability to generate cryptographic digests for data integrity verification. The toolset covers message authentication codes, secure key derivation from passwords, and data paddi
Provides structured logic paths to ensure compliance with standard cryptographic specifications for symmetric and asymmetric operations.
This project is a Go library and framework for implementing the SSH protocol. It provides a toolkit for building custom SSH servers, managing encrypted connections, and handling remote command execution. The implementation focuses on flexible session management through callback-based handling and a pluggable authentication system that supports passwords, public keys, and certificates. It includes mechanisms for secure network tunneling, including local and reverse port forwarding for TCP and Unix domain socket traffic. The library covers a broad range of protocol capabilities, including cryp
Allows restricting the set of key exchanges and ciphers used during the handshake for security compliance.
Liboqs is a C library that provides a unified interface for quantum-resistant cryptographic algorithms, including key encapsulation and digital signature mechanisms. It is designed to facilitate the integration of post-quantum security into existing protocols and applications, ensuring data protection against future threats from large-scale quantum computers. The library distinguishes itself through a focus on high-assurance implementations and side-channel resistance, utilizing constant-time primitives to prevent timing-based information leakage. It offers extensive build-time configuration,
Exposes a unified interface for diverse quantum-safe algorithms to simplify integration into existing security protocols.