PBFT (Practical Byzantine Fault Tolerance)

A permissioned implementation of Ethereum supporting data privacy

2020 degree project for MSc computer science at the University of Edinburgh

!!! THIS BLOCKCHAIN HAS SUSPENDED ITS ACTIVITIES !!!

Toy implementation of Practical Byzantine Fault Tolerance Algorithm in Rust.

PBFT (Practical Byzantine fault tolerance) implementation focused on composability

Experiments with pBFT

This is a modified version of PBFT consensus algorithm [1]. PBFT was designed as a method to solve the Byzantine General's Problem [2] in a distributed system. This method is designed to optimize the resource usage and reduce network latency.

Herein lies a technical proposal to free Africa from the financial and economic agreements coerced upon the continent over a century ago by utilizing decentralized collaboration through advanced technology. AfricaOS (AOS) aims to provide a philosophical, and fundamental framework for implementing a simple, distributed, collaborative computer

A PBFT + PoS consensus engine with easy-to-use API

blockchain

Implementation of Practical Byzantine Fault Tolerance (PBFT) consensus algorithm in Python

1. Implementation of PBFT in python. 2.Clustering the miners on the basis of distance. 3.Using ML to optimise the number of clusters to get the minimum number of commits

Unofficial Geth supporting more consensus: POW,POA,DPOS,PBFT...

Modified Substrate that using pBFT, Tendermint and Jasmine as a finality-gadget.

Simple PBFT workflow execution

This repo comprises of implementation of various proof types using crypto algorithms. Proof of work is a protocol that has the main goal of deterring cyber-attacks such as a distributed denial-of-service attack (DDoS) which has the purpose of exhausting the resources of a computer system by sending multiple fake requests. Proof of stake will mak…

Photon blockchain protocol secured by the Sirius consensus algorithm

The Next Generation Ulord's Sidechain Based on PBFT

Blockchain Explorer of the DIVA.EXCHANGE storage layer