Setup OpenStreetMap Tile Server on Ubuntu 20.x 🗺 – Grizzlybit

Setup OpenStreetMap Tile Server on Ubuntu 20.x 🗺


Zubair Ahmed / November 13, 2020

4 min read

Setup OpenStreetMap Tile Server on Ubuntu


OpenStreetMaps (OSM) is quoted to be a "free wiki world map". The OSM tile server is essentially a web server specialized in delivering raster maps. It serves them as static ties and is also able to perform rendering in real-time or providing cached images.

Install Dependencies

we will start by updating our Ubuntu repositories

sudo apt-get update && sudo apt-get upgrade

Once done, we will start install the required base packages

sudo apt-get install postgresql postgresql-contrib postgis postgresql-10-postgis-2.4 postgresql-10-postgis-2.4-scripts osm2pgsql git

Just a brief description of all the above dependencies are mentioned below:

  • Postgres is the default database solution we will use for data persistence
  • Postgis is used for spatial data
  • Osm2pgsql is used to import the data into our postgres database
  • Git is a code versioning tool which we will use for cloning repositories

Furthermore, we will install mapnik packages and Node.js (npm)

sudo apt-get install curl unzip gdal-bin mapnik-utils libmapnik-dev nodejs npm

Now, we will globally install carlo dependency

sudo npm install -g carto

We will now install mod_tile and renderd to render and display tiles

sudo add-apt-repository ppa:osmadmins/ppa && sudo apt install libapache2-mod-tile renderd

Lastly, we will install certain font packages that are required

sudo apt-get install ttf-dejavu fonts-noto-cjk fonts-noto-hinted fonts-noto-unhinted ttf-unifont

Ufff.... 😅, I think we are done with installing packages. Now let's move on to the setup.


Firstly, we will begin by switching over to our postgres user

sudo -u postgres -i

Now, let's create a new database user

createuser osm

Next, we will create a new database named gis with the owner as the new user we have just created

createdb -E UTF8 -O osm gis

Now, setting the owner

psql -c "ALTER TABLE spatial_ref_sys OWNER TO osm;" -d gis

We will also enable two extensions for our created database

psql -c "CREATE EXTENSION postgis;" -d gis
psql -c "CREATE EXTENSION hstore;" -d gis

Now, that we have setup our postgres database for importing the tile data we can now exit


Let's now set up a system user called osm

adduser osm

Now, we will clone the repository that contains styles and transformations scripts that we will need for database imports

git clone

Next, we will download the map data we will be using wget

wget -c

Now, alas, we can start importing the data

osm2pgsql --slim -d gis --hstore --multi-geometry --number-processes 2 --tag-transform-script /home/osm/openstreetmap-carto/openstreetmap-carto.lua --style /home/osm/openstreetmap-carto/ -C 12000 planet-latest.osm.pbf

Note: The -C option should be used in a way that it matches the amount of RAM on your PC/Virtual Machine and --number-processes matches the number of CPU cores.

Since this process will take quite a bit of time. It is recommended to run the entire process using a screen multiplex session. For a quickie on screen please click here. 👈

Now we use the osm user and go into the directory where we had cloned the openstreetmap-carto repository and run the python script that loads the shapefiles from the internet


Shapefiles are a format in which we can store GeoJSON data.

Now, we will use carto global dependency that was installed to convert project.mml file to a style file for mapnik to use

carto project.mml > style.xml

Now, we will configure renderd

nano /etc/renderd.conf

There are a few points to note here:

  • num_threads should match the number of cores on your map server.
  • plugins_dir should be /usr/lib/mapnik/3.0/input
  • XML should match the style file generated

Save the file, now we will edit the initialization script in /etc/init.d/renderd

nano /etc/init.d/renderd

Here the RUNASUSER be set to osm

Now, we will change the permission of the mod_file folder

sudo chown osm:osm /var/lib/mod_tile/ -R

Now, we can reload the daemon and restart renderd

sudo systemctl daemon-reload && sudo systemctl daemon-reload

Now, you might browse to the address http:/ and select local tiles to view your imported map tiles.

Voila! That's pretty much it, you have setup your own tile server.

Happy Grizzly 🐻 Coding!

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