Awesome GitHub RepositoriesDistributed Filesystems

Ce projet est un répertoire de logiciels open source organisé par la communauté, conçu pour être déployé dans des environnements de serveurs privés et des laboratoires domestiques. Il sert de ressource complète pour découvrir des alternatives indépendantes et auto-hébergées aux services cloud grand public, permettant aux utilisateurs de conserver la pleine propriété des données et le contrôle de leur infrastructure numérique. Le répertoire est structuré par une taxonomie hiérarchique qui organise une vaste collection d'applications en catégories logiques, allant de la gestion multimédia et de l'analyse de données à la communication privée et aux outils de productivité d'équipe. Il se distingue par un processus de revue par les pairs collaboratif, où les membres de la communauté valident la qualité et la pertinence de chaque soumission pour garantir que le répertoire reste précis et fiable. Le projet couvre une large surface de capacités, notamment l'automatisation de l'infrastructure, le déploiement de services basés sur des conteneurs et la gestion de configuration déclarative. Ces outils aident les utilisateurs à maintenir des environnements de serveur reproductibles et à gérer des dépendances de services complexes sur du matériel privé. Le répertoire est maintenu en tant que dépôt contrôlé par version, garantissant que toutes les mises à jour et les changements pilotés par la communauté sont suivis et transparents.

This project is a community-curated directory of open-source tools and resources designed to assist system administrators with infrastructure management. It functions as a centralized knowledge base, providing a structured index of software and documentation that helps professionals discover solutions for automating, monitoring, and maintaining distributed computing environments. The repository distinguishes itself through a collaborative, community-driven structure that organizes a vast array of technical resources into a hierarchical taxonomy. By utilizing hyperlink-centric navigation, it d

This project serves as a comprehensive technical reference for the architecture and design of data-intensive applications. It provides a structured analysis of the fundamental principles required to build reliable, scalable, and maintainable software systems, covering the core trade-offs inherent in modern data infrastructure. The repository explores the mechanics of distributed data management, including strategies for replication, partitioning, and achieving consensus across multiple nodes. It details the design of storage engines, indexing techniques, and transaction management models, whi

go-ipfs is an implementation of an IPFS node, providing a distributed filesystem and a content-addressable storage system. It enables the storage and retrieval of data based on unique cryptographic hashes rather than fixed network locations, allowing files to be shared across a peer-to-peer network without a central authority. The system utilizes a distributed hash table and a peer-to-peer gossip protocol to route requests and propagate network state and metadata. It organizes data using a Merkle DAG structure to support efficient deduplication and versioning of content. Capabilities include

LibSQL is a high-performance, distributed SQL database engine that extends SQLite to support remote network access, edge computing, and real-time synchronization. It functions as an embedded database library that integrates directly into application processes while providing the infrastructure to maintain consistency across multiple geographic regions. The platform distinguishes itself by enabling database interaction over standard HTTP protocols, allowing applications to query remote data sources in serverless and edge environments without requiring local filesystem access. It includes nativ

Btrfs for Windows is a kernel-mode driver and filesystem manager that enables read and write access to Btrfs formatted drives on Windows operating systems. It implements the Linux Btrfs on-disk format, providing a bridge for native filesystem interaction including a dedicated integration for the Windows Subsystem for Linux. The project distinguishes itself through an identity mapping layer that translates Linux user and group IDs into Windows security identifiers to maintain file ownership and permissions. It further integrates with the Windows environment via a shell extension for managing s

TubeArchivist is a self-hosted YouTube video archiving system and metadata indexer. It functions as a personal media library and download manager that allows users to create a searchable offline collection of videos, channels, and playlists. The system distinguishes itself by indexing subtitles, comments, and channel information for full-text search and retrieval. It features automated media synchronization to track subscriptions and playlists, ensuring new content is automatically queued and downloaded as it is published. The project provides a broad set of capabilities for digital asset ma

mergerfs is a FUSE-based union filesystem that pools multiple independent filesystems or directories into a single unified mount point. It acts as a proxy to underlying storage, forwarding file operations directly to the filesystem for near-native performance while merging directory listings and attribute changes. The project provides a live, read-write pooled view of storage that aggregates drives of any size without requiring reformatting or data redistribution, and it isolates individual drive failures so that the pool continues serving data from remaining filesystems. The filesystem offer

Pigsty is a full-stack orchestration suite for deploying, monitoring, and managing high-availability PostgreSQL clusters and their supporting infrastructure. It functions as a cluster management platform and high-availability suite that automates failover, manages virtual IPs, and ensures data consistency through distributed consensus. The project distinguishes itself by providing a comprehensive database infrastructure-as-code framework and a dedicated observability stack. It incorporates a backup and recovery manager supporting point-in-time recovery via S3-compatible object storage, alongs