Decentralized distributed system built using blockchain technology to provide a marketplace for users to trade their processing power in reward for ethereum

Prototype implementation of SwiftPaxos (NSDI 2024)

A drop-in library for Federated Byzantine Agreement (Stellar Concensus Protocol).

A rust implementation of raft election process

Golang implementation of the Raft consensus protocol

Total order broadcast algorithm implemented in Go

Proof of knowledge by implementation

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.

Clustered Leader Election by Seniority

A minimal basic-paxos protocol implemeted by Java

Niagara Region Medical Services

Created a Blockchain using Python to allow baby product management while ensuring secure data transmission. Implemented replication with consensus and designed the back-end of Merkle tree to attain an efficient manner. Coded the data storing technique in a way like without database one can record the chain by keeping at least one node always on.

Created a peer for a blockchain for my final assignment of distributed assignment. The whole class had to add to the same blockchain and a concensus algorithm had to be run to find the most agreeable and recent chain(longest and valid). The concensus algorithm was the main portion of this code.

blockchain implementation with golanf