5 dépôts
Systems designed for the storage, indexing, and querying of location-based data and geographic coordinates.
Distinguishing note: None of the provided candidates were relevant; this category specifically addresses spatial data management distinct from general-purpose database storage.
Explore 5 awesome GitHub repositories matching data & databases · Geospatial Databases. Refine with filters or upvote what's useful.
Qdrant is a high-performance vector similarity database designed to store, index, and search high-dimensional vectors alongside structured metadata. It functions as a distributed search engine that manages large-scale data clusters, providing low-latency retrieval and complex filtering capabilities. The system is built to serve as a specialized middleware layer, connecting machine learning pipelines and AI agents to persistent storage for intelligent information retrieval and recommendation tasks. The platform distinguishes itself through advanced retrieval techniques, including support for h
Enables filtering and querying of location-based information by combining coordinate constraints with vector similarity.
Dragonfly is a high-performance, multi-model in-memory data store designed to serve as a drop-in replacement for existing database infrastructures. By utilizing a multi-threaded, shared-nothing architecture and a fiber-based concurrency model, it maximizes CPU utilization and minimizes latency for read and write operations. The system supports a wide range of data structures, including strings, hashes, lists, sets, sorted sets, and JSON documents, while maintaining full compatibility with standard industry wire protocols and client libraries. What distinguishes Dragonfly is its focus on effic
Provides high-speed storage and querying capabilities for location-based information, including proximity searches and distance calculations.
RethinkDB is a distributed, document-oriented database designed to store and manage JSON-formatted data across scalable clusters. It utilizes a custom log-structured storage engine with B-Tree indexing to ensure high-performance disk I/O and data persistence. The system maintains high availability through automatic sharding and replication, employing a primary-replica voting consensus mechanism to handle node failures and ensure consistent cluster operations. A defining characteristic of the platform is its reactive changefeed engine, which allows applications to subscribe to live data update
RethinkDB represents spatial data using points, lines, and polygons to perform geospatial queries and calculations on coordinate-based information.
Dawarich is a self-hosted location history manager and travel journaling platform. It functions as a personal travel archive that collects GPS coordinates and movement data, providing a private alternative to proprietary tracking services. The system utilizes a PostgreSQL geospatial database to store coordinates, visits, and custom geofence boundaries. The project distinguishes itself as a geospatial data converter and visualization tool, capable of transforming location history between formats such as GPX, KML, and GeoJSON. It allows users to organize GPS tracks and geotagged photos into nam
Uses a PostgreSQL geospatial database with extensions to efficiently store and query coordinates and geofences.
Nominatim est un moteur de recherche géospatiale auto-hébergé et un serveur de géocodage qui utilise les données d'OpenStreetMap. Il fournit une infrastructure complète pour le géocodage direct, convertissant des adresses ou des noms de lieux en coordonnées géographiques, et le géocodage inverse, traduisant des coordonnées en adresses physiques lisibles par l'homme. Le projet dispose d'un importateur de données dédié qui analyse les données cartographiques brutes dans une base de données géospatiale PostgreSQL. Il se distingue par un pipeline d'importation configurable qui utilise des fichiers de style pour filtrer les entités cartographiques et un système de classement basé sur l'importance pour prioriser les résultats de recherche en fonction de la popularité et du type d'entité. Le système couvre un large éventail de capacités, y compris l'indexation spatiale, le calcul d'adresses hiérarchiques et l'indexation de recherche basée sur des jetons pour les recherches floues. Il prend en charge l'intégration de jeux de données externes pour les numéros de rue et les centroïdes de codes postaux, ainsi que la réplication incrémentale des données pour maintenir les jeux de données locaux synchronisés avec les sources mondiales. Le service est déployé en tant qu'application web basée sur ASGI, fournissant une API de recherche géospatiale avec prise en charge de plusieurs formats de sortie, notamment JSON, GeoJSON et XML.
A location-aware data store that manages map objects, administrative hierarchies, and place rankings.