Overview Pricing Download Ideas

Cesium 3D terrain on-prem

Cesium JS compatible tiles served from your own machine

Try Server Documentation

Detailed global street maps

Pregenerated triangulated terrain of the entire planet with resolution 30x30 meters in GeoPackage format.

Get dataset about the terrain

Satellite or street maps

Create natural-like sceneries by combining 3D terrain data with high-resolution aerial imagery of USA, Europe, and Japan.

Build with street basemap to add the third dimension for your hiking or other maps.

How to add basemap on top

Add own imagery

Add scanned maps or your own drone imagery on top to visualize them in 3D and combine with other data like 3D point cloud.

how to add your own data

CesiumJS compatible

Visualize on the web using the most popular 3D geospatial JavaScript library.

Add own 3D buildings, models, data in KML or GeoJSON, and create time-dynamic visualizations.

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Technical specification

Operating systems

Linux
- Ubuntu 18+ (primary support)
- Debian 10 (tested)
- RHEL 8 (tested)
- Fedora 31+ (tested)
Windows
- Windows 10
- Server 2019
macOS (without map rasterization, limited support)
Docker

Standards

MBTiles, GeoPackage
WMTS
TileJSON

Supported formats

Tiles

raster .mbtiles *
vector .mbtiles *
raster .geopackage *
quantized mesh terrain (3D) .geopackage *
tiles from PostGIS geometries

* free version supports only tiles from MapTiler Data or produced by MapTiler Desktop

Maps

Mapbox style

Supported CRS

Tiles
- complete EPSG database + custom defined SRS via Proj4. Over 6000 systems world-wide
Maps
- Mercator sources only

Hardware requirements

Tiles serving

2 CPUs
2GB RAM
200MB disc free capacity for installation (additional for tiles)

Maps rasterization (whole planet)

4 CPUs
16GB RAM
100GB for tiles, fonts and other assets

Note: Raw rasterization performance is approx 3 tiles/sec on single core and Server does not solve caching by its own. Therefore setting a reverse proxy cache in production is highly recommended. Rasterization performance can be tuned in server settings/rasterization. Setting renderer pool size higher than CPUs count can slightly increase throughput but beware that every renderer allocates its own memory space.

Desktop viewers