replicated-state-machine

Distributed consensus protocol for replicated state machines

A replicated state machine built atop S3.

A non-production-ready reliable, and fault-tolerant distributed key-value store based on RAFT Consensus Protocol dissertation. Including log replication, leader elections, and membership changes

Handle more than 200,000 write-requests per second with Lmax disruptor, Kafka and gRPC

A distributed, proposal-based, replicated state machine (RSM) written in pure Rust. AOS is a simple, blockchain protocol designed for customization.

MIT 6.5840: Distributed Systems. Major topics include fault tolerance, replication, and consistency. Much of the class consists of studying and discussing case studies of distributed systems

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

Raft distributed consensus simulation in a multi-threaded environment.

An example of use of Hashicorp's Raft implementation

A distributed key value coordination service. inspired by Etcd, implementing Raft, and written in Golang

A graded ladder of nine state machines (chain, cycle, reversible graph, containment poset, DFA, LR automaton, register machine, replicated state machine), each posed as reconstruct-a-view-from-a-log. One worked reference and eight open challenges to implement as event-stream projections. Spec-driven, oracle-gated.

From-scratch Raft consensus in Go: leader election, AppendEntries log replication, commit index advancement, and a linearizable KV store built on it

🛠️ Implement distributed consensus protocols for reliability and fault tolerance in systems, focusing on Paxos, Raft, and PBFT for performance analysis.