Transforming scattered spatial files into an interactive data catalog, GeoLens empowers engineering and GIS teams to organize geospatial assets, execute semantic searches, and build interactive 3D maps on self-hosted infrastructure. Users can ingest shapefiles, GeoJSON boundaries, database tables, and Cloud-Optimized GeoTIFF rasters into a centralized inventory with automatic source freshness auditing. Natural language queries evaluate dataset relevance across spatial boundaries and thematic tags, allowing analysts to uncover hydrology networks or zoning footprints without knowing exact layer names. The browser-based composition canvas lets cartographers extrude three-dimensional building footprints, overlay elevation terrain contours, color features by attribute values, and reorder layer hierarchies with drag-and-drop ease. Finished map projects publish immediately as secure shareable web links or responsive embeds for external dashboards. Desktop GIS operators can connect directly from QGIS or ArcGIS through native OGC API Features and STAC endpoints to query live vector tiles and run spatial filters. Teams can export filtered geometries into GeoPackage, FlatGeobuf, GeoParquet, or PMTiles archives to support downstream analysis workflows. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. Apache 2.0 licensed.

TileServer GL turns map data files on your server into the styled map tiles that websites and mobile apps expect, so your maps stop depending on a commercial tile provider and its usage bill. Feed it an MBTiles or PMTiles file, for example an OpenMapTiles extract of a city, a country, or the whole planet, and it serves vector tiles straight from the file to MapLibre GL JS, mobile SDKs, Leaflet, and OpenLayers clients. The full version renders raster tiles on the server side too, producing PNG, JPEG, and WebP images at standard or retina resolutions for clients that cannot draw vector maps. Cartography stays in your hands through GL styles: the server hosts the style JSON, sprites, and font glyphs, and every layer color, label, and road casing can be restyled and republished without touching the underlying data. GIS tools connect through WMTS capabilities documents, and TileJSON endpoints describe every served dataset for automatic client configuration. Static image endpoints answer with finished map pictures for reports, thumbnails, and emails, centered on coordinates or fitted to an area, with route lines and markers drawn onto the image on request. A built-in browser viewer lists your styles and data sources for a quick look at what is being served, terrain datasets can answer elevation queries by coordinate, and a health endpoint reports when the server is ready. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. BSD-2-Clause licensed.

uMap turns OpenStreetMap into a personal mapmaking canvas: draw markers, lines and polygons in the browser, layer your own data over detailed street maps, and embed the finished map in any website. Each map is built from data layers you can style independently, choosing marker shapes, colors, icons and popups that show names, descriptions, photos or videos when clicked. You can sketch points of interest by hand or batch import whole datasets in GeoJSON, GPX, KML or OSM format, then let clustering group dense markers or a heatmap reveal where things concentrate. Backgrounds come from a choice of OpenStreetMap based tile layers, so the same map can sit on a street plan or a cycling map depending on the audience. Finished maps embed with a snippet of HTML, stay interactive inside the page, and can be downloaded or shared by link with read only access for viewers. Permissions decide who owns, edits or only views each map, and with real time collaboration switched on, several editors can draw on the same map simultaneously and watch each other's changes appear live. A slideshow mode turns layers into a guided story, stepping viewers through places in order with text and media attached to each stop. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. AGPL-3.0 licensed.