The following procedures help you install an Apache web server with PHP and MariaDB (a community-developed fork of MySQL) support on your Amazon Linux 2 instance (sometimes called a LAMP web server or LAMP stack). You can use this server to host a static website or deploy a dynamic PHP application that reads and writes information to a database.

To set up a LAMP web server on Amazon Linux AMI, see Tutorial: Install a LAMP Web Server with the Amazon Linux AMI.


If you are trying to set up a LAMP web server on an Ubuntu or Red Hat Enterprise Linux instance, this tutorial will not work for you. For more information about other distributions, see their specific documentation. For information about LAMP web servers on Ubuntu, see the Ubuntu community documentation ApacheMySQLPHP topic.

Step 1: Prepare the LAMP Server


This tutorial assumes that you have already launched a new instance using Amazon Linux 2, with a public DNS name that is reachable from the internet. For more information, see Step 1: Launch an Instance. You must also have configured your security group to allow SSH (port 22), HTTP (port 80), and HTTPS (port 443) connections. For more information about these prerequisites, see Setting Up with Amazon EC2.

To prepare the LAMP server

  1. Connect to your instance.
  2. To ensure that all of your software packages are up to date, perform a quick software update on your instance. This process may take a few minutes, but it is important to make sure that you have the latest security updates and bug fixes.

    The -y option installs the updates without asking for confirmation. If you would like to examine the updates before installing, you can omit this option.

  3. Install the lamp-mariadb10.2-php7.2 and php7.2 Amazon Linux Extras repositories to get the latest versions of the LAMP MariaDB and PHP packages for Amazon Linux 2.


    If you receive an error stating sudo: amazon-linux-extras: command not found, then your instance was not launched with an Amazon Linux 2 AMI (perhaps you are using the Amazon Linux AMI instead). You can view your version of Amazon Linux with the following command.

    To set up a LAMP web server on Amazon Linux AMI , see Tutorial: Install a LAMP Web Server with the Amazon Linux AMI.

  4. Now that your instance is current, you can install the Apache web server, MariaDB, and PHP software packages.

    Use the yum install command to install multiple software packages and all related dependencies at the same time.


    You can view the current versions of these packages with the following command:

  5. Start the Apache web server.
  6. Use the systemctl command to configure the Apache web server to start at each system boot.

    You can verify that httpd is on by running the following command:
  7. Add a security rule to allow inbound HTTP (port 80) connections to your instance if you have not already done so. By default, a launch-wizard-N security group was set up for your instance during initialization. This group contains a single rule to allow SSH connections.
    1. Open the Amazon EC2 console at
    2. Choose Instances and select your instance.
    3. Under Security groups, choose view inbound rules.
    4. You should see the following list of rules in your default security group:

      Using the procedures in Adding Rules to a Security Group, add a new inbound security rule with the following values:

      • Type: HTTP
      • Protocol: TCP
      • Port Range: 80
      • Source: Custom
  8. Test your web server. In a web browser, type the public DNS address (or the public IP address) of your instance. If there is no content in /var/www/html, you should see the Apache test page. You can get the public DNS for your instance using the Amazon EC2 console (check the Public DNS column; if this column is hidden, choose Show/Hide Columns (the gear-shaped icon) and choose Public DNS).

    If you are unable to see the Apache test page, check that the security group you are using contains a rule to allow HTTP (port 80) traffic. For information about adding an HTTP rule to your security group, see Adding Rules to a Security Group.


    If you are not using Amazon Linux, you may also need to configure the firewall on your instance to allow these connections. For more information about how to configure the firewall, see the documentation for your specific distribution.

                        Apache test page

Apache httpd serves files that are kept in a directory called the Apache document root. The Amazon Linux Apache document root is /var/www/html, which by default is owned by root.

To allow the ec2-user account to manipulate files in this directory, you must modify the ownership and permissions of the directory. There are many ways to accomplish this task. In this tutorial, you add ec2-user to the apache group, to give the apache group ownership of the /var/www directory and assign write permissions to the group.

To set file permissions

  1. Add your user (in this case, ec2-user) to the apache group.
  2. Log out and then log back in again to pick up the new group, and then verify your membership.
    1. Log out (use the exit command or close the terminal window):
    2. To verify your membership in the apache group, reconnect to your instance, and then run the following command:
  3. Change the group ownership of /var/www and its contents to the apache group.
  4. To add group write permissions and to set the group ID on future subdirectories, change the directory permissions of /var/www and its subdirectories.
  5. To add group write permissions, recursively change the file permissions of /var/www and its subdirectories:

Now, ec2-user (and any future members of the apache group) can add, delete, and edit files in the Apache document root, enabling you to add content, such as a static website or a PHP application.

To secure your web server (Optional)

A web server running the HTTP protocol provides no transport security for the data that it sends or receives. When you connect to an HTTP server using a web browser, the URLs that you visit, the content of webpages that you receive, and the contents (including passwords) of any HTML forms that you submit are all visible to eavesdroppers anywhere along the network pathway. The best practice for securing your web server is to install support for HTTPS (HTTP Secure), which protects your data with SSL/TLS encryption.

For information about enabling HTTPS on your server, see Tutorial: Configure Apache Web Server on Amazon Linux to use SSL/TLS.

Step 2: Test Your LAMP Server

If your server is installed and running, and your file permissions are set correctly, your ec2-user account should be able to create a PHP file in the /var/www/html directory that is available from the internet.

To test your LAMP server

  1. Create a PHP file in the Apache document root.

    If you get a “Permission denied” error when trying to run this command, try logging out and logging back in again to pick up the proper group permissions that you configured in To set file permissions.
  2. In a web browser, type the URL of the file that you just created. This URL is the public DNS address of your instance followed by a forward slash and the file name. For example:

    You should see the PHP information page:


    If you do not see this page, verify that the /var/www/html/phpinfo.php file was created properly in the previous step. You can also verify that all of the required packages were installed with the following command.

    If any of the required packages are not listed in your output, install them with the sudo yum installpackage command. Also verify that the php7.2 and lamp-mariadb10.2-php7.2 extras are enabled in the out put of the amazon-linux-extras command.

  3. Delete the phpinfo.php file. Although this can be useful information, it should not be broadcast to the internet for security reasons.

You should now have a fully functional LAMP web server. If you add content to the Apache document root at /var/www/html, you should be able to view that content at the public DNS address for your instance.

Step 3: Secure the Database Server

The default installation of the MariaDB server has several features that are great for testing and development, but they should be disabled or removed for production servers. The mysql_secure_installation command walks you through the process of setting a root password and removing the insecure features from your installation. Even if you are not planning on using the MariaDB server, we recommend performing this procedure.

To secure the MariaDB server

  1. Start the MariaDB server.
  2. Run mysql_secure_installation.

    1. When prompted, type a password for the root account.
      1. Type the current root password. By default, the root account does not have a password set. Press Enter.
      2. Type Y to set a password, and type a secure password twice. For more information about creating a secure password, see Make sure to store this password in a safe place.


        Setting a root password for MariaDB is only the most basic measure for securing your database. When you build or install a database-driven application, you typically create a database service user for that application and avoid using the root account for anything but database administration.

    2. Type Y to remove the anonymous user accounts.
    3. Type Y to disable the remote root login.
    4. Type Y to remove the test database.
    5. Type Y to reload the privilege tables and save your changes.
  3. (Optional) If you do not plan to use the MariaDB server right away, stop it. You can restart it when you need it again.
  4. (Optional) If you want the MariaDB server to start at every boot, type the following command.

Step 4: (Optional) Install phpMyAdmin

phpMyAdmin is a web-based database management tool that you can use to view and edit the MySQL databases on your EC2 instance. Follow the steps below to install and configure phpMyAdmin on your Amazon Linux instance.


We do not recommend using phpMyAdmin to access a LAMP server unless you have enabled SSL/TLS in Apache; otherwise, your database administrator password and other data are transmitted insecurely across the internet. For security recommendations from the developers, see Securing your phpMyAdmin installation. For general information about securing a web server on an EC2 instance, see Tutorial: Configure Apache Web Server on Amazon Linux to use SSL/TLS.

To install phpMyAdmin

  1. Install the required dependencies.
  2. Restart Apache.
  3. Restart php-fpm.
  4. Navigate to the Apache document root at /var/www/html.
  5. Select a source package for the latest phpMyAdmin release from To download the file directly to your instance, copy the link and paste it into a wget command, as in this example:
  6. Create a phpMyAdmin folder and extract the package into it with the following command.
  7. Delete the phpMyAdmin-latest-all-languages.tar.gz tarball.
  8. (Optional) If the MySQL server is not running, start it now.
  9. In a web browser, type the URL of your phpMyAdmin installation. This URL is the public DNS address (or the public IP address) of your instance followed by a forward slash and the name of your installation directory. For example:

    You should see the phpMyAdmin login page:

  10. Log in to your phpMyAdmin installation with the root user name and the MySQL root password you created earlier.

    Your installation must still be configured before you put it into service. To configure phpMyAdmin, you can manually create a configuration fileuse the setup console, or combine both approaches.

    For information about using phpMyAdmin, see the phpMyAdmin User Guide.


This section offers suggestions for resolving common problems you may encounter while setting up a new LAMP server.

I can’t connect to my server using a web browser.

Perform the following checks to see if your Apache web server is running and accessible.

  • Is the web server running?

    You can verify that httpd is on by running the following command:

    If the httpd process is not running, repeat the steps described in To prepare the LAMP server.

  • Is the firewall correctly configured?

    If you are unable to see the Apache test page, check that the security group you are using contains a rule to allow HTTP (port 80) traffic. For information about adding an HTTP rule to your security group, see Adding Rules to a Security Group.

Related Topics

For more information about transferring files to your instance or installing a WordPress blog on your web server, see the following documentation:

For more information about the commands and software used in this tutorial, see the following webpages:

For more information about registering a domain name for your web server, or transferring an existing domain name to this host, see Creating and Migrating Domains and Subdomains to Amazon Route 53 in the Amazon Route 53 Developer Guide.