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)

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.

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.

An implementation of Raft in Python for learning purposes

Golang implementation of the Raft consensus protocol

A minimal basic-paxos protocol implemeted by Java

Peer-to-Peer - Distributed Consensus System

blockchain implementation with golanf

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.

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

Total order broadcast algorithm implemented in Go

Niagara Region Medical Services

A rust implementation of raft election process

Proof of knowledge by implementation

This project simulates the spread of information across a network of agents using agent-based modeling. Each agent maintains a grid representing their perception of information, which is updated based on interactions with neighbors.