The Go Implementation of the dBFT 2.0 Consensus Algorithm is a robust and efficient implementation of the Delegated Byzantine Fault Tolerance (dBFT) 2.0 consensus algorithm, developed in the Go programming language

Implementation of U2U Network in Golang

Implementation of the SmartBFT consensus library (https://arxiv.org/abs/2107.06922)

Rust implementation of NextGraph, a Decentralized and local-first web 3.0 ecosystem

PyTorch implementation of Security-Preserving Federated Learning via Byzantine-Sensitive Triplet Distance

Scalable and practical Byzantine fault detection middleware for transactional database systems

Learn how really it works the Byzantine Fault Tolerance algorithm and problem via this fun simulation in python

Compositional Verification of Composite Byzantine Protocols

Implementation of the HotStuff consensus protocol.

Welcome to Byzantine-Fault-Tolerance-Library—a comprehensive academic repository designed to support research and development in Byzantine Fault Tolerance (BFT).

O-DBFT-Core is the foundational implementation of Optimized Delegated Byzantine Fault Tolerance (O-DBFT), designed to provide a robust, high-performance consensus mechanism for distributed systems.

Blades: A Unified Benchmark Suite for Byzantine Attacks and Defenses in Federated Learning

Opera blockchain protocol secured by the Lachesis consensus algorithm

The Computantis is a backbone service for creating secure, reliable and performant solutions for transaction exchange and Byzantine fault-tolerant systems.

Mysticeti: Low-Latency DAG Consensus with Fast Commit Path

Implementation of a highly dependable blockchain using the IBFT algorithm

Highly Dependable Systems 2021-2022 project

Spire is an intrusion-tolerant SCADA system for the power grid.

gnostr: command template

An Adaptive Protocol for the Fault Detection in the Authenticated Double-Echo Broadcast