key-exchange-algorithms 开源项目推荐（46 个）

open-quantum-safe /liboqs

C library for prototyping and experimenting with quantum-resistant cryptography

pq-crystals /kyber

该项目在 GitHub 上没有填写描述

quininer /sarkara

[unmaintenance] A experimental post-quantum cryptography library

QRCS-CORP /CEX

The CEX Cryptographic library in C++

lwe-frodo /lwe-frodo

Post-quantum key exchange from the learning with errors problem — from the paper "Frodo: Take off the ring! Practical, Quantum-Secure Key Exchange from LWE", published in ACM CCS 2016, https://eprint.iacr.org/2016/659

mariiatuzovska /frodo

practical quantum-secure key encapsulation from generic lattices

Voynic /srp

Pure Go implementation of the Secure Remote Password protocol (SRP-6a)

cothan /kyber

该项目在 GitHub 上没有填写描述

kiwi-crypto /2SIDH-Extended-Adaptive-Attack

MAGMA code demonstrating the Extended Adaptive Attack on 2-SIDH

red-sayed /2layerDiffieHellman

2x🔑🔑 Conceiving and Implementing 2-layer DiffieHellman key exchange.

TanmoySG /Cryptography-Algorithm

This Repository has some of the Encryption/Decryption algorithms used in Cryptography.

jaedsonpys /end-to-end-encrypted-chat

End-to-end encrypted chat in Python.

thales-e-security /go-tls-key-exchange

Go fork supporting custom TLS 1.3 key exchange methods in crypto/tls

ireneu /JPAKE.js

Javascript implementation of the JPAKE algorithm

OKCN /liboqs

Implementations

jboussouf /Confidential-secure-and-optimal-communication-P2P

In this work, we will propose a secure P2P chat application in java programming language, and this system consists of a robust, fully decentralized (P2P) and end-to-end encrypted network architecture.

Amirreza81 /Data-and-Network-Security

Full-mark projects for CS155 Network and Web security at Stanford university and assignments for CE-441 Data and Network Security at Sharif University of Technology

Lakhan-Nad /DHKE_NIS

Diffie Hellman Key Exchange Using Sockets in Java

OKCN /parameter-selection

Error rate calculation and security estimation

Lakhan-Nad /Improved_DHKE_NIS

An implementation of improved Diffie-Hellman Key Excahange for thin clients suggested by, Hungyu Chien in his paper "A Generic Approach to Improving Diffie–Hellman Key Agreement Efficiency for Thin Clients".