JavaScript (naive) implementation of a Blockchain
-
Updated
Nov 23, 2022 - JavaScript
JavaScript (naive) implementation of a Blockchain
System for distributing alarm information between users(ECDH, AES, websocket, react, redux, rxjs, redux-observable, jest)
Pure JS implementation of secp256k1 signing, verification, recovery ECDSA.
Elliptic curve cryptography and SHA-3 applications for signing emails
Web-based application for demonstration of ₿lockchain concepts.
A simple Blockchain made using Javascript to understand how blockchain technology works and some security concepts.
Elliptic utility base on http://www-cs-students.stanford.edu/~tjw
— WIP: ecsda-node-202402.netlify.app/ — Incorporate Public Key Cryptography so transfers can only be completed with a valid signature. The person sending the transaction should have to verify that they own the private key corresponding to the address that is sending funds
Elliptic Curve Pairings in Pure Javascript
A symmetric encrypted vault using tweetnacl elliptic curves
REST API Server used in CryptoLearn web application for ₿lock Mining and Keys Sign-Verify.
Trustless Decentralised E-Voting System
crypto fun repository
A small script in nodejs that captures wallets from a range of trivial binary private keys
A pure JavaScript implementation of the RFC 7518 ES256 digital signature algorithm
Contracts to implement custom EC cryptography in Solidity
An implementation of Ring Signature using keys generated from Elliptic Curves. Signing algorithm written in Javascript. Verifying algorithm written in Python.
Implementation of a blockchain cryptocurrency in JavaScript using computational proof of work and elliptic curve cryptography, based heavily on the Bitcoin protocol. Available as an npm package.
Add a description, image, and links to the elliptic-curves topic page so that developers can more easily learn about it.
To associate your repository with the elliptic-curves topic, visit your repo's landing page and select "manage topics."