OpenStreetMap Tile Server is a containerized software package that hosts self-hosted map tile services from raw geographical data files. It combines a relational database configured with spatial extensions to store and query map coordinates and geometries with rendering engines that generate raster map images dynamically for interactive mapping clients.
Die Hauptfunktionen von overv/openstreetmap-tile-server sind: Tile Map Renderers, Regional Bulk Imports, Geographic Information Systems, OpenStreetMap Data Importers, Docker Volume Persistence, Spatial Data Extensions, Ready-to-Run Docker Images, Map Tile Hosting.
Open-Source-Alternativen zu overv/openstreetmap-tile-server sind unter anderem: osm-search/nominatim — Nominatim is a self-hosted geospatial search engine and geocoding server that utilizes OpenStreetMap data. It provides… hyperknot/openfreemap — OpenFreeMap is an OpenStreetMap vector tile server and distribution system designed for self-hosted map tile… jupyter/docker-stacks — This project is a collection of pre-configured Docker images that provide ready-to-run environments for interactive… cambecc/earth — Earth is an interactive web-based platform for visualizing global weather, ocean, and atmospheric data. It animates… mapbox/mapbox-gl-native — This project is a cross-platform mapping SDK and hardware-accelerated rendering engine implemented in C++. It provides… freika/dawarich — Dawarich is a self-hosted location history manager and travel journaling platform. It functions as a personal travel…
Nominatim is a self-hosted geospatial search engine and geocoding server that utilizes OpenStreetMap data. It provides a complete infrastructure for forward geocoding, converting addresses or place names into geographic coordinates, and reverse geocoding, translating coordinates into human-readable physical addresses. The project features a dedicated data importer that parses raw map data into a PostgreSQL geospatial database. It distinguishes itself through a configurable import pipeline that uses style files to filter map features and an importance-based ranking system to prioritize search
OpenFreeMap is an OpenStreetMap vector tile server and distribution system designed for self-hosted map tile infrastructure. It provides a platform for deploying and managing full-planet map datasets on independent server infrastructure, delivering map data as vector tiles. The system distinguishes itself by distributing pre-processed map data as standard filesystem images, allowing for the mounting of full-planet extracts without the need for a live database. It utilizes a static file serving model and a vector tile distribution system that provides weekly updates in image formats for local
This project is a collection of pre-configured Docker images that provide ready-to-run environments for interactive computing and data science. It functions as a scientific computing stack and a polyglot notebook server, bundling language interpreters and libraries for Python, R, and Julia within a containerized system to ensure reproducible research environments. The collection uses a layered image hierarchy to provide versioned software dependencies and support for hardware acceleration across different CPU architectures. It allows for the creation of custom images based on a foundation of
Earth is an interactive web-based platform for visualizing global weather, ocean, and atmospheric data. It animates particle flows representing wind, ocean currents, and waves on a customizable map, and supports overlaying color-coded meteorological, oceanographic, chemical, and particulate data for detailed analysis. The platform distinguishes itself by offering multiple cartographic projections—including orthographic, equirectangular, and stereographic—that can be switched to view global patterns from different perspectives. It also provides keyboard-driven navigation, allowing map rotation