A Simplest Storage-Agnostic and Zero-dep Message Queue for Your Concurrent Go Program
-
Updated
Nov 26, 2025 - Go
A Simplest Storage-Agnostic and Zero-dep Message Queue for Your Concurrent Go Program
Data Engineering Course
A Distributed Compute Fabric for Scientific Problems
项目实现了简单的分布式文件系统(gfs),希望大佬们可以给个星星支持下,谢谢
Reliable & scalable distributed locking, scheduling and process synchronization
Event-driven microservices backend for Humane, a privacy-first social platform. Implements CQRS with Kafka for eventual consistency, Elasticsearch for global search, and polyglot persistence, with AI-powered moderation pipelines for content safety.
Easily setup and deploy erasure-coded decentralized distributed storage infrastructure. Designed to be lightweight and compatible with S3-based interfaces.
Type-safe distributed actors for Swift. Write servers and clients as if they were local actors.
The provided Java RMI (Remote Method Invocation) code demonstrates a simple example of reversing a string remotely. It consists of four main components:
Comprehensive system design fundamentals for developers at all levels. Master scalability, databases, APIs, caching, and architecture patterns that separate junior developers from senior engineers. Based on real-world examples and industry best practices.
KAFKA - Implementation for OMS ( Order Management System ) Step by Step, Apache Kafka integration examples and best practices. Ideal for developers looking to leverage Kafka for real-time data streaming, processing, and analytics.
A lightweight BitTorrent client for fast peer discovery, reliable downloads, and experimental swarm research.
Distribute your file(object) to many storages(eg, webdav, local storage), and encode them into RS(for fault tolerance), get or degrade get them after this.
Aspire, Distrubted Apps, GenAI, Ollama, Vector DB, Minimal APIs, YARP - Api Gateway , Keycloak, Azure Container Apps
Decentralised Autonomous Organisation (DAO) and other Distributed Ledger Technologies (DLT) for Satellite-based Emergency Mapping
Peer-to-peer project Ive created during my distributed systems class
A fault-tolerant distributed file storage system implemented in Python using the Raft consensus algorithm. This project provides a reliable distributed storage solution with strong consistency guarantees through the Raft protocol. Built with gRPC for efficient node communication, the system features automated cluster management, leader election
Add a description, image, and links to the distrubted-systems topic page so that developers can more easily learn about it.
To associate your repository with the distrubted-systems topic, visit your repo's landing page and select "manage topics."