If you want the most hassle-free WordPress experience, a managed WordPress host like WP Engine handles all the setup and support so you can focus on your content. It’s what we use to run our own sister sites.
But if you don’t have any funds, or just want to flex your DIY skills, then you can use a Raspberry Pi for your WordPress site.
Here’s how to set up Apache, MySQL, and PHP on your Raspberry Pi and host websites, both locally and on the web.
But if you really need to use WordPress, or you’re developing a theme or plugins for a WordPress site, then having a Raspberry Pi with the blogging platform installed and ready to use is a great option.
Which Raspberry Pi Should You Use?
To install WordPress on a Raspberry Pi, you’ll need to set it up as a LAMP server. With Linux, Apache, MySQL, and PHP installed, your Pi will then be able to handle WordPress (and other website software).
Several models of Raspberry Pi are available. You might have one, several, or none. But which one is the most suitable for running WordPress?
Happily, any version of the Raspberry Pi can be used to host a WordPress site. However, for the best results, we recommend you use a Raspberry Pi 2 or later. Additionally, ensure you’re using a larger SD card—at least 16GB—as storage space is a key requirement for web servers. (Also consider some external storage for the Pi!)
The rest of this tutorial assumes that your Raspberry Pi is powered on and connected to your local network. You should also have SSH configured, for remote command line access.
Step 1: Set Up Apache Web Server
Start off by installing the Apache web server. This is software that lets you serve any type of webpage to any browser. It’s all you need to serve a HTML page, static or dynamically created with PHP.
sudo apt install apache2 -y
Once installed, Apache will drop a test HTML file into the web folder on your Pi. You should test this from another computer (or smartphone) on your network. You’ll need to enter the IP address of the Pi in the address bar of your browser. If you’re using SSH, you’ll know this already; otherwise, enter:
This displays the IP address of your Raspberry Pi. The page you see should be something like this:
You can also check the web page works from your Raspberry Pi using the http://localhost address.
Step 2: Install PHP on Raspberry Pi
Next, it’s time to install PHP. This is a software pre-processor that enables the serving of server-generated web pages rather than static HTML pages. While an HTML page might be written in its entirety, a PHP page will feature calls to other pages, and the database, to populate it with content.
While other server-side platforms are available (such as ASP), PHP is vital here as it is required for WordPress because WordPress itself is written in PHP.
sudo apt install php -y
Once this is done, you should test that PHP works. Change directory to /var/www/html/ like this:
Here, delete the index.html file (the web page you viewed earlier):
sudo rm index.html
Next, create a new file called index.php (nano is installed by default):
PHP and Apache are both working. Now it’s time to install the database software, MySQL.
Step 3: Install MySQL on Raspberry Pi
WordPress (and other dynamically generated website software) requires a database in order to store the content, links to images, and manage user access (among many other things). This project uses a fork of MySQL called MariaDB:
sudo apt install mysql-server php-mysql -y
Once this is installed, you will once again need to restart Apache:
sudo service apache2 restart
As noted, other database options are available for this type of project. However, for the best results, especially if this is your first time configuring a web server, stick with MySQL.
Step 4: Install WordPress on Raspberry Pi
To install WordPress, you’ll first need to install it. Before doing this, however, delete the contents of the /html/ directory:
sudo rm *
The asterisk wildcard (*) deletes everything in the directory thanks to the rm (remove) command.
Next, use wget to download the latest version of WordPress:
sudo wget http://wordpress.org/latest.tar.gz
Once downloaded, extract the contents:
sudo tar xzf latest.tar.gz
The wordpress directory should be created, but you want the contents of it in html. While you might move these manually using the desktop user interface, it’s simple to do this from the command line:
sudo mv wordpress/* .
Be sure to include the space and period at the end, which refer to the current directory!
Enter ls to confirm the directory is full of WordPress folders and PHP files:
Before proceeding, tidy things up a bit, discarding the downloaded file and the wordpress directory:
sudo rm -rf wordpress latest.tar.gz
Next, set the Apache user as the owner of the directory:
sudo chown -R www-data: .
Step 5: Configure MySQL
To set up the database, you’ll first need to run the installation command:
You’ll shortly be prompted to set a root password. Follow the onscreen instructions, making sure you keep a note of the password, as it will be required later.
Once this is one, the following prompts will appear:
Remove anonymous users
Disallow root login remotely
Remove test database and access to it
Reload privilege tables now
For each of these, tap Y to confirm. When done, the “All done!” message will be displayed.
Step 6: Create the WordPress Database
To install WordPress, you’ll first need to configure the database. Begin by running the mysql command, entering the password from earlier.
sudo mysql -uroot -p
This opens the MariaDB monitor. At the prompt, create the database:
create database wordpress;
Note how all commands within the MariaDB monitor end with a “;”. Next, the root user needs database privileges. Use your own password in place of PASSWORD.
GRANT ALL PRIVILEGES ON wordpress.* TO 'root'@'localhost' IDENTIFIED BY 'PASSWORD';
Follow this by flushing previous database privileges:
Exit the MariaDB database management tool with Ctrl + D.
Step 7: Install and Configure WordPress
Installing WordPress is simple; if you’ve already done it on an existing website, you should know what to do.
Open the website in your browser (as described above). You should see the WordPress Setup screen. Select your language, then Continue, and make a note of what is required: the database name, username, password, host, and the table prefix (this is for the database tables).
If you made it this far, you should have named the database “wordpress”, and have a note of the password. The Username is root, and the host localhost. The Table Prefix is wp_.
Click Submit, then Run the install, and input the Site Title, along with the Username, and Password for your administrator account. Click Install WordPress, and wait as WordPress is (quickly) set up.
To login to your WordPress installation, go to http://localhost/wp-admin.
At this stage, you have a site you can start using. Our guide to getting started with WordPress will help here. Don’t forget to choose a theme, and a few useful plugins. You’ll also need a method to access the site from the internet.
Access Your WordPress Site From the Internet
As things stand, you’ll probably only be able to access the site from within your home network. To change this, you’ll need a static IP address, and manage port forwarding from your router to your Raspberry Pi.
Static IP addresses are expensive, however, but you can use a dynamic DNS provider instead. This basically links a custom URL to your Raspberry Pi, although such services are often paid. Check our list of the best dynamic DNS providers for full details.
You’re all done now, and a WordPress site is running on your Raspberry Pi. As long as the computer remains powered up, the site will continue to be accessible. The process is straightforward too, requiring you to simply:
Install Apache, PHP, and MySQL
Download and install WordPress
Configure the MySQL database
Create your WordPress database
Launch the site and access it locally or via the web
If all of this was a bit overwhelming, we don’t blame you. That’s why we recommend using WP Engine to host WordPress sites with zero hassle. They manage all administrative issues so you can focus on your content.