RunCloud CMS

Author: RunCloud Team

  • What is Fail2Ban with Setup & Configuration? (Detailed Guide)

    What is Fail2Ban with Setup & Configuration? (Detailed Guide)

    Are you tired of brute-force attacks hammering your server? Worried about automated robots crippling your website or application? You’re not alone.

    Millions of servers face relentless attacks daily, but there’s a powerful, free tool that can significantly improve your security: Fail2Ban.

    This comprehensive guide will explore everything you need to know about Fail2Ban, from its basic functionality and installation (on Ubuntu) to more advanced features such as whitelisting IP addresses, as well as its applications for securing various services.

    But first, let’s explore Fail2Ban and how it works with iptables to banish malicious IPs!

    What is Fail2Ban?

    Fail2Ban is an intrusion prevention system that can block attackers from accessing your server. It can be thought of as an automated bouncer that watches your server’s log files for suspicious activity and kicks out bad actors before they can cause trouble.

    It constantly scans your server’s logs, looking for anyone repeatedly trying to guess passwords or force their way in. While it started as a simple SSH protector, Fail2Ban can be configured to monitor almost everything on your server – from your website traffic to email services and file transfer systems.

    Suggested read: How To Use Fail2Ban With WordPress And Cloudflare Proxy

    Benefits of Using Fail2Ban

    Using Fail2Ban brings real, practical benefits to your server security as it stops automated attacks by blocking suspicious IP addresses before they can break in. This means your server isn’t wasting time and power dealing with these attacks, freeing up resources to serve other customers and keeping your server fast and responsive for real users.

    System administrators love that Fail2Ban keeps detailed records of who tried to break in and when. These records help administrators spot patterns in attack attempts. The best part? You can easily tweak its rules to match your specific needs – whether you want to be super strict or a bit more lenient with login attempts. This flexibility makes Fail2Ban very useful in a number of different applications.

    Suggested read: 10 Security Tips to Secure VPS Server in 2024? [Ultimate Guide]

    How Does Fail2Ban Work?

    Fail2Ban does its job through a clever but simple process. It reads your server’s log files in real time and scans for things like failed login attempts or suspicious requests. When it spots someone trying to log in with the wrong password too many times, it automatically blocks their IP address using your server’s firewall.

    This blocking system works through what technicians call “jails” – separate security rules for different services on your server. Each jail acts like a security checkpoint, with its own set of rules about what’s suspicious, how many strikes before you’re blocked, and how long the timeout should last. You can set up these jails differently for each service according to your requirements.

    Suggested read: 3 Ways to Fix Too Many Authentication Failures SSH Root? [SOLVED]

    How to Set Up & Install Fail2Ban on Linux Ubuntu

    In this section, we will explain how to set up and install Fail2Ban on your Ubuntu server.

    Note: If you’re using RunCloud, you’re in luck! Fail2Ban comes pre-installed with all RunCloud servers, so you can skip the installation steps and jump straight to configuration.

    Installing Fail2Ban

    Installing Fail2Ban is as simple as it could be. First, you need to connect to your server’s terminal via SSH and update your package list by executing the following command

    sudo apt update

    Next, you can execute the following command to install Fail2Ban using Ubuntu’s package manager:

    sudo apt install fail2ban -y

    This command will install the necessary packages required for Fail2Ban. Once installation is finished, you can check if it is up and running by executing the following command:

    sudo systemctl status fail2ban

    Setting Up the Configuration Files

    After installing the Fail2Ban system, you can create a local configuration file to store your custom settings. Execute the following command to create a local configuration:

    sudo cp /etc/fail2ban/jail.conf /etc/fail2ban/jail.local

    Next, you need to open the local configuration file with your favorite text editor. If this is your first time using a command-line editor, we recommend reading our blog post on editing files on remote servers with SSH and Nano.

    sudo nano /etc/fail2ban/jail.local

    Basic Configuration Settings

    Once you open the configuration file, scroll down until you find the [DEFAULT] section and adjust these common settings:

    bantime = 10m        # how long to ban an IP
findtime = 10m       # time window to look for attempts
maxretry = 5         # number of attempts before ban

    The names of each setting in the configuration file are pretty self-explanatory, but if you need additional help, you can refer to Fail2Ban’s official documentation.

    Suggested read: PHP Security – Best Practices To Secure Your Web App in 2024

    Check Active Jails & Banned IPs

    You can easily see all active jails and banned IPs on your server by executing the following command in your terminal:

    sudo fail2ban-client status

    Note: If you’re using RunCloud, you can see the list of banned IP addresses by navigating to the Security > Fail2Ban tab in your server settings.

    Suggested read: 11 Alternatives To reCAPTCHA to Protect Your Site from Spam

    Managing Banned IPs

    You can view all banned IPs in a specific jail (such as SSH) by executing the following command:

    sudo fail2ban-client status sshd

    In the above example, we can see there is no banned IP on the sshd jail list. If you want to check a different jail, you can replace sshd with the name of that jail.

    Suggested read: PHP Security – Best Practices To Secure Your Web App in 2024

    Monitoring Fail2Ban Logs

    Fail2Ban logs provide a real-time window into your server’s security by showing you exactly who’s trying to break in, when they attempted it, and whether they were successfully blocked. You can see these logs by either checking /var/log/fail2ban.log, or you can execute the following command to see the Fail2Ban logs in real time:

    sudo tail -f /var/log/fail2ban.log

    Suggested read: Best Practices to Secure a Docker Container

    How to Configure Fail2Ban

    Let’s see how to configure your Fail2Ban server to add and remove jails.

    Pro Tip: If you’re using RunCloud, most of these configurations come pre-set with sensible defaults. RunCloud also provides an easy-to-use interface for monitoring banned IPs and managing your security settings without touching the command line.

    Configuring SSH Protection

    You can modify SSH jail settings in Fail2Ban to protect your server against brute-force attacks. This method monitors failed login attempts and automatically bans suspicious IPs that exceed the allowed retry limit.

    RunCloud users don’t need to worry about manually configuring SSH protection as it comes pre-configured with optimal security settings. However, if you want to configure it manually, then you can modify the following parameters in your configuration file as per your requirement:

    [sshd]
enabled = true
port = ssh
filter = sshd
logpath = /var/log/auth.log
maxretry = 3
bantime = 24h

    Suggested read: DKIM – What Is It & Why Your Emails Need It

    Setting Up Multiple IP Ignoring

    If you work in an organization, you may have a fixed set of IP addresses for different computers. You can whitelist multiple IP addresses for each of your devices – like your home office, development team, or content managers – to ensure that you never accidentally get banned from accessing your server.

    You can execute the following command to add trusted IP addresses or CIDR blocks, but make sure to replace the provided IP address with your IP address:

    # Under [DEFAULT]
ignoreip = 127.0.0.1/8 23.45.67.89 your.home.ip.here

    Tip: Want to enhance your WordPress security while using Cloudflare? Check out our detailed guide on “How To Use Fail2Ban With WordPress And Cloudflare Proxy” to learn how to configure Fail2Ban correctly when your website is behind Cloudflare’s proxy. This guide specifically explains how to ensure Fail2Ban correctly identifies potential attackers’ real IP addresses instead of Cloudflare’s IPs.

    Removing Banned IPs in Fail2Ban

    If you accidentally fail too many login attempts, then you will need to wait for the cooldown period to be over before you can try to log in again. Or, if you are in a hurry, you can execute the following command to remove the provided IP address from the ban list: 

    sudo fail2ban-client set sshd unbanip 123.123.123.123

    While you could use Fail2Ban commands directly, RunCloud makes this much easier through its intuitive dashboard. Just navigate to the ‘Security’ section, find the banned IP, and click to unban it – no command line is needed!

    Read our post titled “How to Unban IP Address in Fail2Ban” to get step-by-step instructions.

    Enable Recidive Jail

    Recidive jail is like a “super ban” feature in Fail2Ban that tracks repeat offenders who continue to attack your server even after their initial ban expires. When an IP address gets banned multiple times within a specific timeframe, the recidive jail kicks in and implements a much longer ban duration (usually a week or more) to provide stronger protection against persistent attackers.

    Think of it as Fail2Ban’s way of saying, “You’ve been warned multiple times, now you’re really not welcome here.”

    It’s particularly effective against automated bots and aggressive attackers who might otherwise wait out shorter ban periods and resume their attacks.

    You can enable it by adding the following code snippet to your configuration file:

    [recidive]
enabled = true
filter = recidive
logpath = /var/log/fail2ban.log
bantime = 1w
findtime = 1d
maxretry = 3

    Restart/Reload Fail2Ban

    After you make any configuration changes, you must reload the settings for them to take effect. You can do this by running the following command in your terminal:

    sudo systemctl reload fail2ban

    Final Thoughts

    In this comprehensive guide, we’ve covered everything from understanding Fail2Ban’s core functionality to its installation and configuration. We’ve seen how this powerful security tool can protect against brute-force attacks, suspicious activities, and potential security breaches.

    But if all of this sounds complicated, you’ll be delighted to know that you don’t need to be a Linux expert to implement robust server security anymore.

    RunCloud makes server security accessible to everyone by including Fail2Ban pre-installed and pre-configured on all servers.

    But that’s just the beginning of RunCloud’s security features.

    You get SSH key vaults, automated SSL certificate management, web application firewall (WAF) rules, and real-time security monitoring – all managed through an intuitive dashboard. Imagine handling IP bans, checking security logs, and managing firewall rules with just a few clicks instead of complex command lines!

    Ready to Secure Your Server?

    Start your free RunCloud trial today and experience how easy server management can be. With plans starting from as little as the cost of a dinner per month, you get enterprise-grade security features without the enterprise-level complexity.

    FAQs on Fail2Ban

    What is the difference between Fail2Ban jail.conf and jail.local?

    The jail.conf file contains default settings and gets overwritten during system updates, making it unsuitable for custom configurations. The jail.local file, which takes precedence over jail.conf, is where you should store your custom Fail2Ban settings to ensure they persist through updates.

    Is Fail2Ban safe?

    Fail2Ban is considered a safe and reliable security tool that’s widely used by system administrators worldwide. With RunCloud’s pre-configured Fail2Ban settings, you get an additional layer of security that’s been carefully tuned for optimal protection without risking false positives.

    What is the difference between Fail2Ban and UFW?

    Fail2Ban is a dynamic intrusion prevention system that automatically blocks suspicious IP addresses based on their behavior, while UFW (Uncomplicated Firewall) is a static firewall that manages incoming and outgoing traffic based on predefined rules. While they serve different purposes, they work well together, and RunCloud manages both for complete server protection.

    How do I ignore my IP address in Fail2Ban?

    You can add your IP address to the ignoreip list in the jail.local configuration file under the [DEFAULT] section. RunCloud makes this process even easier through its dashboard, where you can whitelist IPs with just a few clicks.

    How do I stop Fail2Ban?

    To stop Fail2Ban on your server, you first need to log in to it via SSH, and then you can use the command sudo systemctl stop fail2ban in your terminal.

    Does Fail2Ban work on SSH?

    Yes, Fail2Ban excellently protects SSH by monitoring login attempts and blocking suspicious IPs trying to brute force their way in. RunCloud servers come with pre-configured SSH protection through Fail2Ban, providing immediate security against SSH attacks right from the start.

    Is Fail2Ban a WAF?

    No, Fail2Ban is not a Web Application Firewall (WAF) but rather an intrusion prevention system that monitors logs for suspicious activity. For comprehensive security, RunCloud provides both Fail2Ban and additional security features that complement WAF functionality.

    Does Fail2Ban need iptables?

    Fail2Ban traditionally uses iptables or similar firewall backends to implement its banning actions. RunCloud handles all the firewall configurations automatically, ensuring Fail2Ban works perfectly with your server’s firewall setup.

    How much does Fail2Ban cost?

    Fail2Ban is completely free and open-source software. When you use RunCloud, Fail2Ban comes pre-installed and pre-configured as part of your server management package, adding professional-grade security at no additional cost.

  • How to Install & Set Up Ghost (NGINX and OpenLiteSpeed)

    How to Install & Set Up Ghost (NGINX and OpenLiteSpeed)

    Ghost is a free and open-source blogging platform built with Node.js. As a fast, modern WordPress alternative, Ghost is focused completely on professional publishing. If you only want to publish content on the web and don’t need the additional features offered by WordPress, then Ghost is a great choice.

    In this post, we will discuss how to install Ghost using RunCloud.

    Let’s get started!

    Create A New User

    Ghost CLI needs sudo privileges, so instead of running your site as a root user, we recommend creating a new user with these sudo privileges. This can be done by running commands in the terminal, but it’s much easier to do within the RunCloud dashboard.

    To create a new user, go to the RunCloud dashboard and open the “System User” menu.

    Once opened, click “Add New System User” to create a new user. Give it a descriptive name and a secure password. Make sure to check the box to allow the execution of privileged commands.After this, click “Save System User” and continue the installation process.

    Create A New Database

    After creating the system user, the next step is to create a new database and database user. To do this, go to the “Database” menu under your server in the RunCloud Dashboard to create a new database user. Give this database user a suitable name and a secure password, and note these credentials, as they will be needed later during the installation.

    After creating the database user, create a new database and grant permission to the user we just created. Save the changes before proceeding to the next step.

    Create An Empty Web App

    After you have created the user, go to the “Web Applications” tab and create a new web application on your server.

    Choose the “Empty Web App” option and give your application a suitable name. Don’t forget to change the application’s owner. Instead of using the default RunCloud user, we will create the user account we just created as the owner of the web application.

    After configuring the application owner, you can manually set up the domain and configure the DNS records on your DNS registrar’s site.

    If you are using RunCloud’s Cloudflare integration, you can take advantage of the automatic DNS update functionality.

    It is also possible to install Ghost using RunCloud’s test domain. If you want to follow this tutorial without setting up your domain or subdomain, use the RunCloud test domain.

    For “Web Application Stack”, we recommend choosing “Native NGINX + Custom Config” to install Ghost CMS and then clicking “Deploy” to finish the set-up process.

    If your server runs on OpenLiteSpeed, we’ve included notes on different steps in this guide.

    After creating the app, go to the settings page and scroll down to the “Linked Database” section. From the dropdown menu, select the database we just created. Remember to click “Update Linked Database” to save the changes.

    Installing Ghost-CLI (for NGINX and OLS servers)

    Note: If you want to install GhostCMS on a Docker server, skip this section and jump to the Docker installation instructions.

    In the previous step, we created a dummy web application in the RunCloud dashboard, which helps us perform administrative tasks such as monitoring the logs from the RunCloud dashboard. Now, we will use Ghost-CLI, a command-line tool, to install and configure Ghost CMS and replace that dummy application.

    To avoid permission conflicts, we will install the Ghost-CLI as the web application’s owner. To do this, log in to your server as the system user assigned to the web application – you can either do this via SSH or use the su (switch user) command.

    # Method 1
ssh ghostcms-user@<youripaddress>
# Method 2
ssh root@<youripaddress>
sudo su ghostcms-user

    After logging in to the server, navigate to the root directory of your web application using the following command. Replace the “<path to root>” with your path – you can find this in the RunCloud dashboard:

    cd <path to root>

    Once in the correct directory, you can run the following commands to remove the default “index.html” file and begin the installation:

    rm index.html
sudo npm install ghost-cli@latest -g

    After the installation is complete, you can run “ghost version” on your terminal to check the version of Ghost-CLI and ensure that the CLI works as expected.

    Checking Node.js version

    Ghost CMS needs Node.js to function properly. At the time of writing, the recommended node version was 18; refer to the official website to see the recommended node version.

    Execute the following command to see the version of the node installed on your server:

    node -v

    In the above screenshot, the first number in v18.18.0 indicates the major version number of the software. The major version number reflects the software’s level of compatibility and functionality. The other numbers after the dot (.) are minor version numbers or patch numbers. They do not affect the compatibility or functionality of the software as much as the major version number. Therefore, they can be ignored if you are only interested in the major version number.

    Note: If you created your server before 27 September 2023, you might need to update the node version manually. Refer to our guide for updating the node on your RunCloud server to learn how to do this.

    Installing Ghost CMS

    After installing Ghost-CLI, you can run the following command to start the Ghost CMS installation:

    ghost install

    During the installation, follow the instructions on the screen and enter the necessary information to proceed.

    When asked for the hostname, enter 127.0.0.1. Using the default value causes the Ghost CMS to use the IPv6 address, which leads to an ECONNREFUSED::1:3306 error at a later stage in the installation.

    When asked, “Do you wish to set up Systemd?” please enter “Y”, and when prompted, “Do you wish to start Ghost”, enter “Y” again.

    If you follow the instructions correctly you will get a message that the installation was successful. However, when you visit your site you will see a 404 error message. This is because we skipped the NGINX setup during installation. We can configure this manually to fix it.

    Before we set up the server proxy, we need to know which port Ghost will use for this website. Run the following command to get the details of your web application:

    ghost ls

    The above command will show an output that looks like this:

    In the example above, the port number is 2368. Note down this port number.

    Installation on Docker

    In addition to installing Ghost directly on an NGINX or OpenLiteSpeed server, you can also deploy Ghost using Docker. This allows you to take advantage of the consistency and portability of containerized applications.

    To deploy Ghost on a Docker server, you must first set up an empty web application on your RunCloud server by following the steps described above. Once that is done, follow these steps:

    1. Log in to the server via SSH: Connect to your RunCloud server using SSH to access the terminal and run Docker commands.
    2. Create a Docker Compose file: Create a docker-compose.yml file that defines the Ghost container. This file should include the necessary environment variables for your database connection and the URL for your Ghost installation.

    Here’s an example docker-compose.yml file:

    services:
  ghost:
    image: ghost:5-alpine
    restart: always
    ports:
      - 8080:2368
    environment:
      database__client: mysql
      database__connection__host: host
      database__connection__user: ghost_user
      database__connection__password: asd123456
      database__connection__database: ghost_db
      url: http://ghost.example.com
    volumes:
      - ghost:/var/lib/ghost/content
    extra_hosts:
      - 'host:host-gateway'
volumes:
  ghost:
    1. Modify Dockerfile: After creating the above file, you must edit certain sections to ensure your application runs correctly. First, if deploying more than one Ghost container, you must replace 8080 with a unique port number for each container. Next, you must replace http://ghost.example.com with the URL of the web application you deployed earlier.
    2. Create a custom NGINX proxy: Next, create a custom NGINX proxy for your RunCloud app to the custom port you defined in the Docker Compose file (in this case, 8080). You can use the same NGINX configuration as you would for a Ghost non-Docker installation (described below in this tutorial).
    3. Start the Docker container: Finally, run docker-compose up -d in the directory containing the docker-compose.yml file to start the Ghost container.

    Setting Up A Proxy

    You need to configure your server to redirect all the incoming traffic to the given port. This step is different for NGINX and OpenLiteSpeed servers. If you are not sure which server is installed on your machine, you can check this in the RunCloud dashboard and then follow along the instructions corresponding to your server.

    For NGINX

    Return to the RunCloud dashboard, open your web application, and go to the NGINX Config menu. Click the “Create Config” button and follow the steps below.

    • For the “Type” option, select the value “location.root”.
    • For the “Config Name” option, you can use the value “ghost”.
    • Copy and paste the text below into the “ConfigContent” text area. Make sure to change XXXX to the port number we noted earlier:
    proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;
proxy_set_header X-Forwarded-Proto $scheme;
proxy_set_header X-Real-IP $remote_addr;
proxy_set_header Host $http_host;
proxy_pass http://127.0.0.1:XXXX;

    You can click “Run and Debug” to see if this custom config has any issues. Then, click the “Add Config” button to finish it.

    For OpenLiteSpeed

    In the RunCloud dashboard, open the empty web application created in the Create An Empty Web App step and look for the “LiteSpeed Config” in the side menu to open the configuration file.

    We need to edit a few lines in this file. Firstly, note down the name of the extprocessor – we will use this later.

    Next, disable the existing configuration by adding # before the type and address line.

    After that, add the following lines below the commented lines. Don’t forget to change xxxx to the port number we noted earlier.

    type                    proxy
address                 localhost:xxxx

    At this stage, your configuration file should look like this:

    Next, scroll down and add the following code snippet to your configuration file. Be careful not to paste it in the middle of an existing config block. Replace the <my-ghost> with the name of the extprocessor that we noted down earlier.

    context / {
  type                    proxy
  handler                 <my-ghost>
  addDefaultCharset       off
}

    At this point, your config file will look something like this:

    Click on “Update Config” to save the settings.

    Finally, we need to restart the OpenLiteSpeed service for the changes to take effect. Open the server page in your RunCloud dashboard and look for the “Services” option in the side menu. On that page, click the “…” button next to the OpenLiteSpeed server and “Restart”.

    Log In To Your Ghost Dashboard

    After setting up the proxy config, you can visit your website. To configure the admin account, go to https://example.com/ghost. You must enter basic details on this page, such as the site name and admin login details.

    After setting up the admin account, you can log into the Ghost dashboard and start publishing.

    After Action Report

    Ghost CMS is an effective modern publishing platform powered by Node.js. RunCloud makes it easy to install and configure Ghost CMS. After following the steps mentioned in this article, you will be able to set up your own CMS and start publishing content.

    After installation, you can learn more about Ghost-CLI commands and tutorials to customize your Ghost blog.I

    f you’re tired of managing your own servers, check out RunCloud, a simple yet powerful control panel for cloud servers. RunCloud is built for developers who want to focus on shipping great work, not on managing their infrastructure. Discover painless server configuration and say goodbye to spending hours figuring it out – get started with RunCloud today to get up and running in minutes.

    Ghost Installation FAQs

    What is Ghost blog, and why should I use it?

    Ghost is a free and open-source blogging platform designed to be simple, elegant, and focused on writing. It is a great choice for users who want to create a professional-looking blog without the complexities of traditional content management systems such as WordPress.

    What are the requirements for installing Ghost?

    To install Ghost, you will need a web server running either NGINX or OpenLiteSpeed, Node.js, MySQL, or SQLite. You will also need to configure your server’s domain name and SSL/TLS certificate.

    How do I install Ghost on an NGINX server?

    To install Ghost on an NGINX server, you must first install Node.js and MySQL, then download and install the Ghost NPM package. Next, you will need to configure NGINX to serve the Ghost application and set up the database connection. Finally, you will need to start the Ghost service and configure any additional settings.

    How do I install Ghost on an OpenLiteSpeed server?

    Installing Ghost on an OpenLiteSpeed server is similar to the NGINX process but with a few key differences. First, you must install Node.js and MySQL, then download and extract the Ghost files. Next, you will need to configure OpenLiteSpeed to serve the Ghost application and set up the database connection. Finally, you will need to start the Ghost service and configure any additional settings.

    What are some common issues that can arise when installing Ghost?

    Some common issues that can arise when installing Ghost include problems with the Node.js or MySQL installation, difficulty configuring the web server, and issues with the database connection. It’s important to carefully follow the installation instructions and troubleshoot any errors.

    How do I customize the appearance of my Ghost blog?

    Ghost offers a wide range of themes and customization options, allowing you to easily change the look and feel of your blog. You can install pre-built themes or create custom themes using Ghost’s theme development tools.

    What are the best practices for securing a Ghost blog?

    To secure your Ghost blog, keep your software up-to-date, use strong passwords, and configure your web server with appropriate security settings. You should also consider enabling two-factor authentication and monitoring your blog for suspicious activity.

    How do I integrate my Ghost blog with other tools and services?

    Ghost offers many integrations, allowing you to connect your blog to other tools and services, such as social media platforms, email marketing providers, and analytics tools. You can also use Ghost’s API to build custom integrations and extend your blog’s functionality.

  • The 8 Best Cloudflare Alternatives in 2026

    The 8 Best Cloudflare Alternatives in 2026

    A reliable and performant content delivery network (CDN) is essential if you’re running a business online. Cloudflare CDN has long been a go-to solution for web developers, but what if you’re looking for something different?

    Whether you’re seeking better performance, enhanced security, or more customization options, the market is brimming with Cloudflare alternatives that could be a better fit for your needs.

    In this comprehensive guide, we’ll dive into the world of CDNs, exploring high-performance options, cost-effective free solutions, and specialized platforms for DDoS protection and web application firewall (WAF) capabilities. We’ll also address common Cloudflare issues and highlight the top Cloudflare alternatives to help you avoid these pitfalls.

    Let’s get started!

    What is Cloudflare?

    Cloudflare is a popular content delivery network (CDN) and web security provider that helps improve the performance and security of websites and online applications. It was founded in 2009, and since then, Cloudflare has grown to become one of the largest CDN providers in the world, serving trillions of requests per month across its global network of data centers.

    People use Cloudflare for two main reasons:

    1. Improve Website Performance: Cloudflare’s network of servers around the world can cache static content (such as images, CSS, and JavaScript files) closer to end-users, reducing the distance data has to travel and resulting in faster load times. This particularly benefits websites and web apps with a global user base.
    2. Enhance Website Security: Cloudflare provides a range of security features to protect websites from common threats, including DDoS attacks, malicious bots, and vulnerabilities. It can also help filter out spam, block bad IPs, and provide SSL/TLS encryption.

    Unlike many other cloud providers, Cloudflare has its own backbone network. By routing a website’s traffic through Cloudflare’s own network, website owners can leverage these performance and security benefits without managing the underlying infrastructure themselves.

    Suggested read: How to Use Cloudflare Firewall Rules to Protect Your Web Application

    Disadvantages of Cloudflare

    While Cloudflare is a popular and powerful service, it’s not without its drawbacks. Some of the key disadvantages of using Cloudflare include:

    1. Vendor Lock-in: Integrating a website with Cloudflare can create a degree of vendor lock-in. Migrating away from Cloudflare to another CDN or security provider can be a complex and time-consuming process, which may discourage some users from exploring alternative options.
    2. Single Point of Failure: By routing all of a website’s traffic through Cloudflare’s network, the service becomes a single point of failure. For example, in 2022, Cloudflare experienced an outage, and many websites became unavailable.
    3. Privacy Concerns: Cloudflare’s position as an intermediary between users and a website means it has visibility into a significant amount of user data and web traffic. While Cloudflare has policies to protect user privacy, some users may be uncomfortable with this level of third-party access to their data.
    4. Increased Complexity: Integrating Cloudflare with a website can add an additional layer of complexity to the overall infrastructure. This may make it more challenging to troubleshoot issues or optimize performance, especially for users unfamiliar with Cloudflare’s tools and processes.
    5. Limited Control: By using Cloudflare, website owners relinquish a certain degree of control over their website’s performance and security. While Cloudflare provides a range of configuration options, the ultimate decisions and implementation details are in the hands of the Cloudflare team.
    6. Cost: Cloudflare offers both free and paid plans, but the paid plans can become expensive for websites with high traffic or bandwidth requirements.

    Website owners should carefully weigh the benefits of using Cloudflare against these potential drawbacks and determine if the provided features align with their specific needs and requirements.

    Suggested read: How to Fix Cloudflare Captcha Failure in 2024 [SOLVED]

    8 Best Cloudflare Alternatives

    There are many great CDN providers available in the market. These are our recommendations, with each compared to Cloudflare CDN.

    1. Fastly

    Fastly is a great alternative to Cloudflare for customers looking to improve their website’s performance and security. Fastly is a leading CDN provider that offers several advantages over Cloudflare:

    1. Greater Control and Customization: Fastly provides users with more granular control over their CDN configuration and settings, allowing for greater customization and optimization to meet the unique needs of each website or application. This level of control can be especially beneficial for enterprises or developers who require more advanced features and capabilities.
    2. Improved Performance: Fastly’s global network of Points of Presence (PoPs) is strategically located to minimize latency and improve content delivery speeds for end-users, often outperforming Cloudflare’s network in certain regions or use cases.
    3. Advanced Security Features: Fastly’s security offerings, such as its web application firewall (WAF) and bot management solutions, are highly regarded in the industry and can provide more robust protection against threats compared to Cloudflare’s standard security features.
    4. Reliability and Uptime: Fastly is known for its reliable and highly available network. It has a strong track record of maintaining excellent uptime and minimizing service disruptions, which is crucial for mission-critical websites and applications.
    5. Transparency and Support: Fastly is generally praised for its transparent pricing, comprehensive documentation, and responsive customer support, which can be valuable for users who require more hands-on guidance and assistance.

    While Cloudflare is a reliable and widely used CDN, Fastly’s focus on customization, performance, security, and customer support can make it a more compelling choice for enterprises, developers, and users with complex or specialized requirements.

    Suggested read: Cloudflare R2 vs AWS S3 – Full Comparison

    2. Akamai CDN

    Akamai is another prominent CDN provider that we recommend as an alternative to Cloudflare, particularly for customers with large-scale or high-traffic websites and applications. Some of the key advantages of Akamai over Cloudflare include:

    1. Enterprise-grade Scale and Capacity: Akamai operates one of the world’s largest and most interconnected CDN networks. It can handle massive volumes of traffic and deliver content at scale, making it a preferred choice for enterprises with global reach and high-volume requirements.
    2. Advanced Cybersecurity Solutions: Akamai is renowned for its robust security offerings, including its web application firewall (WAF), DDoS mitigation, and bot management solutions, which are often seen as more comprehensive and effective than Cloudflare’s security features.
    3. Extensive Integrations and Partnerships: Akamai has a wide range of integrations and partnerships with various technology providers, making integrating with existing infrastructure and workflows easier, especially for larger organizations with complex technology stacks.
    4. Dedicated Support and Professional Services: Akamai provides a higher level of dedicated support and professional services compared to Cloudflare, which can be beneficial for customers who require more hands-on guidance, custom configurations, or enterprise-level service-level agreements (SLAs).
    5. Granular Reporting and Analytics: Akamai’s advanced analytics and reporting capabilities can offer more in-depth insights into website and application performance, security threats, and user behavior, which can be valuable for data-driven decision-making and optimization.

    While Akamai’s enterprise-grade features and support come at a higher price point compared to Cloudflare, the investment can be justified for organizations with mission-critical web properties, stringent security requirements, or the need for more comprehensive and tailored CDN solutions.

    Suggested read: Amazon Route 53 vs. Cloudflare DNS – Which Is Better?

    3. Amazon CloudFront (AWS)

    Amazon CloudFront is a CDN service offered by Amazon Web Services (AWS). Some of the key advantages of using CloudFront over Cloudflare include:

    1. Seamless Integration with AWS Ecosystem: For customers who are already deeply invested in the AWS cloud platform and take advantage of other AWS services, CloudFront can offer a more seamless and integrated experience with easier management and optimization within the broader AWS ecosystem.
    2. Robust Security and Compliance Features: CloudFront integrates with various AWS security services, such as AWS Web Application Firewall (WAF) and AWS Shield, providing comprehensive and customizable security solutions that can meet the needs of enterprises with strict security and compliance requirements.
    3. Scalability and Performance: As part of the AWS global infrastructure, CloudFront can leverage the scale and resources of the AWS network to deliver high-performance content delivery, with the ability to handle sudden spikes in traffic or bandwidth demands.
    4. Developer-Friendly Tools and APIs: CloudFront provides a suite of developer-friendly tools, APIs, and integrations that can simplify the deployment, management, and automation of CDN services, particularly for teams already familiar with the AWS ecosystem and toolset.

    While Cloudflare excels in its ease of use and out-of-the-box functionality, CloudFront may be the preferred choice for organizations that are deeply invested in the AWS platform, have complex security and compliance requirements, or prioritize cost optimization and seamless integration with other AWS services.

    Suggested read: Fixing Redirect Loop on Cloudflare SSL

    4. Imperva

    Imperva is another great alternative to Cloudflare CDN, particularly for customers seeking a more comprehensive, enterprise-grade web application security solution.

    1. Advanced Web Application Firewall (WAF): Imperva’s WAF solution is widely regarded as one of the most robust and feature-rich in the market. It offers advanced threat detection, behavioral analysis, and custom rule-creation capabilities to protect against a wide range of web application vulnerabilities and attacks.
    2. DDoS Mitigation and Bot Management: Imperva’s DDoS protection and bot management capabilities are highly effective in defending against sophisticated, large-scale DDoS attacks and malicious bot activity, providing a higher level of protection than Cloudflare’s standard security offerings.
    3. API Security: Imperva offers comprehensive API security features, including API discovery, monitoring, and protection against API-specific threats, which can be particularly valuable for organizations with a significant API-driven infrastructure.
    4. Compliance and Regulatory Support: Imperva has a strong focus on compliance and regulatory requirements, with features and solutions tailored to help customers meet standards such as PCI DSS, GDPR, and HIPAA, making it a preferred choice for enterprises in highly regulated industries.
    5. Professional Services and Support: Imperva provides a higher level of professional services, technical support, and customer success resources compared to Cloudflare, which can be beneficial for organizations that require more hands-on guidance, customization, and enterprise-level support.

    While Cloudflare is a compelling all-in-one CDN and security solution, Imperva’s specialization in web application security and its enterprise-grade features and support can make it more suitable for organizations with complex security requirements, strict compliance needs, or a strong emphasis on API-driven architectures.

    Suggested read: How To Use Fail2ban With WordPress And Cloudflare Proxy

    5. BunnyCDN

    BunnyCDN is a cost-effective and high-performance CDN that you can use as an alternative to Cloudflare, particularly for small to medium-sized websites and applications. Here’s why BunnyCDN can be a great choice:

    1. Affordable Pricing: BunnyCDN offers very competitive pricing, with a pay-as-you-go model that can be more cost-effective than Cloudflare’s plans, especially for websites with lower traffic or bandwidth requirements.
    2. Excellent Performance: BunnyCDN’s global network of servers is designed for speed, with low latency and fast content delivery that can often match or exceed Cloudflare’s performance.
    3. Ease of Use: BunnyCDN’s user-friendly dashboard and simple setup process make it a great option for users who don’t require advanced features or want to minimize the complexity of managing their CDN.
    4. Scalability: Despite its affordability, BunnyCDN can still handle large traffic spikes and scale to meet the needs of growing websites and applications.
    5. Customization Options: While not as extensive as some enterprise-grade CDNs, BunnyCDN still offers a range of customization options, such as custom caching rules and edge computing features, to fine-tune the CDN to specific requirements.

    6. KeyCDN

    KeyCDN is a well-regarded CDN provider that offers a great alternative to Cloudflare, particularly for users who value performance, simplicity, and cost-effectiveness.

    1. High-Performance Delivery: KeyCDN is known for its fast content delivery and low latency, thanks to its global network of servers and advanced caching mechanisms.
    2. Straightforward Pricing: KeyCDN offers a transparent and straightforward pricing model with no hidden fees or complex tiered plans, making it easy for users to understand and predict their CDN costs.
    3. Ease of Use: KeyCDN’s user-friendly interface and simple setup process make it a great choice for users who want to quickly and easily integrate a CDN into their website or application without the need for extensive technical expertise.
    4. Scalability: While not as large as Cloudflare’s global network, KeyCDN’s infrastructure is still capable of handling significant traffic and bandwidth demands, making it a viable option for growing websites and applications.
    5. Specialized Features: KeyCDN offers some specialized features, such as its image optimization tools and advanced caching controls, that may appeal to users with specific content delivery needs.

    8. Sucuri CDN

    Sucuri CDN is a unique offering that can be used as an alternative to Cloudflare. It is particularly well suited for customers who are primarily focused on web application security and are looking for a more specialized security-focused CDN solution.

    1. Comprehensive Security Features: Sucuri CDN’s core strength lies in its advanced security features, including its web application firewall (WAF), DDoS mitigation, and malware detection capabilities. These features can provide a higher level of protection than Cloudflare’s standard security offerings.
    2. Focused on Security-First Approach: Unlike Cloudflare, which provides a broader range of services, Sucuri CDN focuses solely on web security, allowing it to dedicate more resources and expertise to its security-related features and capabilities.
    3. Managed Security Services: Sucuri CDN offers a range of managed security services, such as website monitoring, incident response, and security consulting, which can be valuable for organizations that lack in-house security expertise or resources.
    4. Compliance and Regulatory Support: Sucuri CDN is designed to help customers meet various compliance and regulatory requirements, such as PCI DSS, HIPAA, and GDPR, making it a suitable choice for organizations operating in highly regulated industries.
    5. Seamless Integration: Sucuri CDN can integrate seamlessly with existing website and application infrastructure, allowing customers to leverage its security features without significantly disrupting their current setup or workflow.

    While Cloudflare provides a more comprehensive set of services, including performance and security features, Sucuri CDN’s laser-focused approach to web application security can make it a more appealing choice for organizations prioritizing robust and specialized security solutions.

    Which Cloudflare Alternative CDN is Right For You?

    When it comes to choosing a Cloudflare alternative CDN, the “right” choice can depend on the user’s or organization’s specific needs and requirements.

    Let’s explore some common use cases and which CDN providers might be the best fit for them:

    Small to Medium-Sized Websites/Bloggers – BunnyCDN

    Small to medium-sized website owners and bloggers often prioritize cost-effectiveness, ease of use, and reliable performance. BunnyCDN’s affordable pricing, straightforward setup, and fast content delivery make it an excellent Cloudflare alternative for this user persona.

    Enterprise-Level Organizations – Akamai

    Enterprises with complex security requirements, high-traffic websites, and the need for advanced features and customization often find Akamai to be a strong Cloudflare alternative. These providers offer enterprise-grade security solutions, scalability, and dedicated support.

    AWS-Centric Businesses – Amazon CloudFront

    For organizations that are deeply invested in the AWS ecosystem and are already leveraging other AWS services, Amazon CloudFront can be a natural Cloudflare alternative. Its seamless integration with the broader AWS platform and cost optimization opportunities make CloudFront a compelling choice.

    Security-Focused Customers – Sucuri CDN, Imperva

    Customers prioritizing robust web application security and compliance may find either Sucuri CDN or Imperva to be better Cloudflare alternatives. These providers offer specialized security features, such as advanced web application firewalls (WAFs) and DDoS mitigation, tailored to meet the needs of security-conscious organizations.

    Developers and Tech-Savvy Users – Fastly, KeyCDN

    Developers and technically inclined users who value customization, performance optimization, and developer-friendly tools may prefer Fastly or KeyCDN as Cloudflare alternatives. These providers offer more granular control, advanced features, and streamlined integration with various development workflows.

    Wrapping Up

    In this post, we have provided a list of the best Cloudflare CDN alternatives for websites. Ultimately, the choice of a Cloudflare alternative CDN should be based on a thorough understanding of the user’s specific needs, such as performance requirements, security concerns, budget, and the level of technical expertise within the organization. By carefully evaluating these factors, users can identify the Cloudflare alternative that best suits their unique needs.

    Ready to optimize your web hosting experience? Try RunCloud!

    RunCloud offers more than just server management – we provide a comprehensive solution that works seamlessly with any CDN provider you choose.

    With RunCloud, you’ll get:

    • Simplified server management and deployment
    • Advanced security features and monitoring
    • One-click SSL certificate installation
    • Automated backups and recovery options
    • 24/7 expert technical support

    Join thousands of satisfied users who trust RunCloud for their web hosting management needs. Sign up for RunCloud today!

    FAQs on Cloudflare

    Can I avoid Cloudflare?

    Yes, you can avoid using Cloudflare. As a content delivery network (CDN) and web security provider, Cloudflare is an optional service that website owners can choose to use or not use, depending on their specific needs and requirements.

    What is faster than Cloudflare?

    Other leading CDN providers, such as Fastly, Akamai, and Amazon CloudFront, may offer faster content delivery and lower latency than Cloudflare in certain regions or use cases, depending on factors like network infrastructure, server locations, and optimization techniques.

    Will Cloudflare make my site faster?

    In many cases, yes. Cloudflare’s global network of servers and caching capabilities can significantly improve website performance by reducing the distance between users and the content they’re accessing, resulting in faster load times. However, the extent of the performance improvement can vary based on factors like your website’s architecture, content, and user base.

    Is GoDaddy better than Cloudflare?

    GoDaddy and Cloudflare provide different services, so it’s not a direct comparison. GoDaddy is a domain registrar and web hosting provider, while Cloudflare is a content delivery network and web security service. Cloudflare may offer better website performance and security features. At the same time, GoDaddy may be a more convenient and all-in-one solution for users who need domain registration, hosting, and basic website management.

    Is Google DNS better than Cloudflare CDN?

    Google DNS and Cloudflare CDN are not directly comparable, as they serve different purposes. Google DNS is a free, public Domain Name System (DNS) resolver, while Cloudflare CDN is a content delivery network and web security provider.

    Is Cloudflare a Chinese company?

    No, Cloudflare is not a Chinese company. Cloudflare is an American company founded in 2009 and headquartered in San Francisco, California. It does not have any known Chinese ownership or affiliation.

    Why is Cloudflare blocking my browser?

    Cloudflare may block or challenge your browser if it detects suspicious or potentially malicious activity, such as a DDoS attack, a high volume of requests from a single IP address, or the use of a VPN or proxy. This is part of Cloudflare’s security measures to protect the websites and applications it serves.

    Has Cloudflare ever been hacked?

    While Cloudflare has a strong security record overall, there have been a few isolated incidents where Cloudflare has experienced security breaches or vulnerabilities. However, the company has a history of being transparent about such incidents and working quickly to address and resolve any issues.

  • How To Upload an Image File In Laravel

    How To Upload an Image File In Laravel

    Whether you’re building a portfolio website, an e-commerce platform, or a social media app, the need to handle user-uploaded images is a common requirement.

    In this comprehensive guide, we’ll explore how to upload an image in Laravel, covering everything from setting up your project to troubleshooting common errors.

    By the end of this guide, you’ll know how to use Laravel’s powerful file storage capabilities to integrate image uploads into your projects seamlessly.

    So, let’s get started!

    How to Upload Images in Laravel

    Follow the steps below to add image upload functionality to your Laravel project.

    1. Setting Up Your Laravel Project for Image Upload

    Setting up the necessary file storage and configuration is important when working with image uploads in a Laravel application. Laravel provides a robust file storage system that allows you to manage file uploads, including images, easily.

    First, you’ll need to configure the file storage driver in your config/filesystems.php file. Laravel supports several storage drivers, such as local, Amazon S3, and others. For this example, we’ll use the local storage driver, which stores the uploaded files in the storage/app/public directory.

    Next, you’ll need to create a symbolic link between the storage/app/public directory and the public/storage directory. This allows the uploaded images to be accessible through the web server. You can create this link by running the php artisan storage:link command in your terminal.

    Upload images in laravel

    Suggested read: Laravel With Git Deployment The Right Way

    2. Creating an Image Upload Form

    After creating the symlink, you’ll need to create a form in your Laravel application’s view to allow users to upload images. This form should include an <input> element of type file to allow users to select the image they want to upload.

    You’ll also need to include the CSRF token in your form, which helps protect your application from cross-site request forgery attacks. You can do this by using the @csrf directive in your Blade template.

    For example, if you want to upload images using the POST method to submit them to the upload.store route, you can use the following code snippet:

    <form action="{{ route('upload.store') }}" method="POST" enctype="multipart/form-data">
    @csrf
    <input type="file" name="image" id="image">
    <button type="submit">Upload</button>
</form>

    Suggested read: How to Check Laravel Project Version Installed in CMD?

    3. Handling Image Upload in Laravel Controller

    Once the user submits the image upload form, you’ll need to handle the file in your Laravel controller. You can use the $request->file() method to access the uploaded file and then store it using the $request->file()->store() method.

    When storing the file, you can specify the storage disk and the path where you want to save the file. For example, you could save the file in the public/images directory using the following code:

    public function store(Request $request)
{
    $request->validate([
        'image' => 'required|image|max:2048',
    ]);
    $imagePath = $request->file('image')->store('public/images');
   // Save the image path to the database or perform other actions
    return redirect()->route('upload.create')->with('success', 'Image uploaded successfully.');
}

    This code snippet first validates the incoming request, ensuring that the image field is required, the file is an image, and the file size is no greater than 2MB. It then stores the uploaded image in the public/images directory using the store() method.

    After storing the file, you can save the file path in your database so that you can later retrieve and display the uploaded image.

    Suggested read: Laravel Octane – What It Is, Why It Matters & Getting Started

    4. Displaying Uploaded Images

    To display the uploaded images, you can use the asset() helper function in your Blade template. This function will generate the appropriate URL for the file based on your application’s configuration.

    For example, if you saved the file in the public/images directory, you can display the image using the following code:

    <img src="{{ asset('storage/images/' . $image->filename) }}" alt="{{ $image->filename }}">

    Suggested read: Setting Up Local WordPress Dev in Minutes Using Laravel Valet

    5. Security Considerations for Image Upload in Laravel

    When handling image uploads in your Laravel application, it’s essential to consider security measures to prevent malicious file uploads and other vulnerabilities.

    1. One important security consideration is file validation. You should always validate the file type, size, and other attributes to ensure that the uploaded file is a valid image and doesn’t exceed your application’s size limits.
    2. Another important security consideration is file path sanitization. To prevent directory traversal attacks, you should always sanitize the file path before storing or displaying the uploaded images.
    3. Finally, you should consider implementing additional security measures, such as restricting file types, scanning uploaded files for malware, and limiting the number of uploads per user or per session.

    Suggested read: How To Optimize Laravel for Performance (8 Expert Tips)

    Troubleshooting Common Errors During Laravel Image Upload

    When working with image uploads in a Laravel application, you may encounter various errors and issues. Let’s explore some common errors and how to troubleshoot them.

    “File Too Large” Error

    One common error that can occur during image uploads is the “File too large” error. This typically happens when the uploaded file exceeds the maximum file size allowed by your server configuration or Laravel application settings.

    To troubleshoot this issue, you should first check your php.ini file and ensure that the upload_max_filesize and post_max_size directives are set to values that accommodate your expected file sizes. You can also check the config/filesystems.php file in your Laravel application and update the max_size option for the relevant disk configuration.

    If the issue persists, you can try adding a specific file size validation rule in your form request:

    $request->validate([
    'image' => 'required|image|max:2048',
]);

    This will ensure that the uploaded file is no larger than 2MB (2048 kilobytes).

    Suggested read: The 10 Best PHP Frameworks (Complete Guide)

    “Invalid File Type” Error

    Another common error is the “Invalid file type” error, which occurs when the uploaded file is not a valid image format (e.g., JPG, PNG, GIF).

    To troubleshoot this issue, you should first check the mimes validation rule in your form request:

    $request->validate([
    'image' => 'required|image|mimes:jpeg,png,gif',
]);

    This rule ensures that the uploaded file is a valid image and that the file extension matches the specified MIME types (in this case, JPEG, PNG, and GIF).

    If the issue persists, you can also try using the image rule instead of the mimes rule, as the image rule performs more comprehensive validation and ensures that the uploaded file is a valid image, regardless of the file extension:

    $request->validate([
    'image' => 'required|image',
]);

    File Ownership and Permissions Issues

    Sometimes, you may encounter issues with file ownership and permissions when trying to upload images. This can happen if your web server doesn’t have the necessary permissions to write to the storage directory.

    To troubleshoot this issue, you should first check the file permissions of the storage/app/public directory (or the directory where you’re storing the uploaded images). Ensure that the web server user (e.g., www-data on Ubuntu, apache on CentOS/RHEL) has write permissions to this directory.

    You can also try running the php artisan storage:link command to create a symbolic link between the storage/app/public directory and the public/storage directory, which can help resolve some permission-related issues.

    Tip: If you are using RunCloud, you can resolve this issue by going to the “Tools” tab and clicking the “Fix Ownership” button.

    fix ownership in runcloud

    Inconsistent Image Display

    If you’re experiencing issues with inconsistently displaying uploaded images, it could be due to caching or a misconfiguration in your application’s routing or asset handling.

    To troubleshoot this, you can try adding a timestamp or a unique query parameter to the image URL when displaying the image in your Blade templates:

    <img src="{{ asset('storage/images/' . $image->filename . '?v=' . $image->updated_at->timestamp) }}" alt="{{ $image->filename }}">

    This will ensure that the browser always fetches the latest version of the image rather than relying on a cached version.

    Additionally, you can check your application’s asset configuration in the config/filesystems.php file and ensure that the correct disk and URL are being used for image storage and retrieval.

    Suggested read: How To Configure LSCache for Laravel (Configuration Guide)

    Wrapping up

    In this guide, we’ve explored the ins and outs of image uploads in Laravel, including:

    • Setting up your project to handle file storage
    • Creating image upload forms
    • Processing uploads in your controllers
    • Displaying the uploaded images

    However, the journey doesn’t end here. As your Laravel application grows, managing the infrastructure and hosting environment becomes increasingly important – this is where RunCloud comes in.

    RunCloud is a powerful and user-friendly platform that simplifies the deployment and management of your Laravel applications. Building and launching your Laravel applications is significantly faster and easier with RunCloud.

    It makes complex server tasks, like setting up servers, managing SSL certificates, and integrating with popular cloud providers both quick and simple. This means spending less time on tedious setup and more time building awesome features for your users.

    Experience the benefits of simplified Laravel hosting.

    Learn more & get started with RunCloud today.

    FAQs on Image Upload in Laravel

    How to Display an Image in Laravel

    To display an uploaded image in your Laravel application, you can use the asset() helper function to generate the appropriate URL for the image. This function will generate the correct URL based on your application’s configuration, even if the image is stored outside the public directory. For example, if you stored an image in th storage/app/public/images directory, you can display it using the following code:

    <img src="{{ asset('storage/images/example.jpg') }}" alt="Example Image">

    How to Upload PDF Files using Laravel

    Uploading PDF files in Laravel is very similar to uploading images. You can use the same file upload process, but you’ll need to adjust the file validation to accept PDF files instead of images.

    For example, you can use the mimes rule in your form request validation to ensure that the uploaded file is a PDF:

    $request->validate([
        'file' => 'required|mimes:pdf',
    ]);

    After the file is uploaded, you can store the file path in your database and display a download link for the PDF in your application.

    How to Put Public Images in Laravel

    To make uploaded images publicly accessible in your Laravel application, you can store them in the public directory instead of the storage/app/public directory.
    First, create a new directory, such as public/images, in your public folder. Then, update your file upload logic to store the images in this directory:

    $imagePath = $request->file('image')->store('images', 'public');

    Finally, you can display the images using the asset() helper function, as you would for any other public asset in your application.

    How to Add Image Validation in Laravel

    To add image validation to your Laravel application, you can use the image rule in your form to request validation. This rule ensures that the uploaded file is a valid image and meets certain criteria, such as file size and MIME type.
    Here’s an example of how you can add image validation to your form request:

    $request->validate([
        'image' => 'required|image|max:2048'
    ]);

    This will ensure that the image field is required, the file is a valid image, and the file size is no larger than 2MB.

    You can also use other validation rules, such as mimes or dimensions, to refine your image validation requirements further.

    How to Get Image Type in Laravel

    To get the type of image uploaded to your Laravel application, you can use the getClientOriginalExtension() method on the UploadedFile object.

    For example, in your controller:

    $image = $request->file('image');
    $imageType = $image->getClientOriginalExtension();

    This will give you the file extension of the uploaded image, which you can then use to determine the image type.
    Alternatively, you can use the getMimeType() method to get the MIME type of the uploaded image:

    $image = $request->file('image');
    $imageMimeType = $image->getMimeType();

    This can be useful for additional validation or processing of the uploaded image

  • How To Install Elasticsearch On RunCloud

    How To Install Elasticsearch On RunCloud

    Elasticsearch is a powerful, open-source search engine and analytics platform for storing, searching, and analyzing large volumes of data in real time.

    It’s critical for many modern applications and services that require fast, efficient search and analytics capabilities.

    Although it is a helpful tool for analytics, Elasticsearch is not installed by default on RunCloud servers because most RunCloud users don’t need it, and having it preinstalled would simply consume resources unnecessarily if not needed.

    But installing Elasticsearch on your server is easy. This article provides a step-by-step guide for installing Elasticsearch on a server managed by RunCloud.

    Let’s get started!

    Connect To Server via SSH

    Before installing Elasticsearch, you should have a server connected to RunCloud. If you don’t have a server, you can follow our tutorial on how to set up a Vultr or AWS server on RunCloud.

    Once your server is up and running, you must log in via SSH to install Elasticsearch. If you already know how to do this, jump to the RunCloud section to install Elasticsearch.

    How To Add Your SSH Key To RunCloud Server

    Once your server is connected to RunCloud, you can create new users and grant them access to log in to the server directly from the dashboard. First, go to the account settings and open your SSH key vault.

    In the key vault, you need to add your public SSH key. You can either use your existing key or generate a new one using the following command:

    ssh-keygen -t rsa

    After you add the key, it will appear in the key vault. You can create a new user or add this SSH key to an existing user account on your server.

    We will create a new user account to avoid disturbing files or settings in the existing user’s account. To do this, go to your server settings and open the “System User” tab. In this tab, create a new user with sudo privileges.

    After creating the user, go to your server’s SSH tab and click on the “Add New SSH Key” button to use the key we just added to the vault.

    On the next screen, use the saved key from the SSH key vault and select the user we just created.

    After adding the SSH key, log in to your server by running the following command in your terminal. Before executing the command, add the username, IP address, and path to the private key:

    ssh <username>@<ip address> -i <path to private key>

    Installing Elasticsearch on RunCloud

    When you log in to your server, you will see a large banner saying “RunCloud.” This confirms that your login attempt was successful. All the commands executed in this terminal will run on your server.

    Installing elasticsearch via command line in Linux

    Once you log in to the server, you can copy and paste the following commands into your terminal to import the Elasticsearch PGP Key and install it from the APT repository:

    wget -qO - https://artifacts.elastic.co/GPG-KEY-elasticsearch | sudo gpg --dearmor -o /usr/share/keyrings/elasticsearch-keyring.gpg
sudo apt-get install apt-transport-https
echo "deb [signed-by=/usr/share/keyrings/elasticsearch-keyring.gpg] https://artifacts.elastic.co/packages/8.x/apt stable main" | sudo tee /etc/apt/sources.list.d/elastic-8.x.list
sudo apt-get update && sudo apt-get install elasticsearch

    A lot of people use Elasticsearch with Kibana, an open source visualization tool. If you want to install Kibana on your system, you can run the following command as well:

    sudo apt-get install kibana

    After the installation is complete, pay close attention to the output displayed. The screen displays the default password for the Elasticsearch account. In the above example, the password is 8RF65T*6cB*Y_rjUDedn.

    If you accidentally closed the screen, you can generate a new password using the following command:

    sudo /usr/share/elasticsearch/bin/elasticsearch-reset-password -u elastic

    Now, you can configure the Elasticsearch service to start automatically when the server reboots, and then start it using the following commands. You can optionally run the fourth command in the following block to check whether the service is up and running correctly:

    sudo systemctl daemon-reload
    sudo systemctl enable elasticsearch.service
    sudo systemctl start elasticsearch.service
    sudo systemctl status elasticsearch.service # Check status

    If you see active (running) status, then your service is configured correctly and you can start using it.

    Testing Elasticsearch

    After installing Elasticsearch you can test the installation by running the following command. If you receive an output similar to the screenshot attached below, then your Elasticsearch installation is working correctly.

    sudo curl --cacert /etc/elasticsearch/certs/http_ca.crt -u elastic https://localhost:9200

    Configuring SSL Certificates For Elasticsearch

    When we tested the Elasticsearch instance, as shown in the above example, we connected using the default certificate which is generated automatically. The connection is encrypted using the http_ca.crt certificate file stored in the /etc/elasticsearch/certs/ directory.

    If you’re not working in a production environment, you can turn off the TLS/SSL on the HTTP networking layer by editing the /etc/elasticsearch/elasticsearch.yml file and setting the xpack.security.http.ssl.enabled to false.

    Generating Certificate Signing Requests for Elasticsearch

    If you are using Elasticsearch in a production environment, there is a good chance that many people will connect to your server, so using a self-signed certificate is not a good idea in such cases.

    If you are part of a large organization, you might already have a certification authority (CA) trusted by all the computers, or you might want to use a commercially available certificate authority. Having a CSR file will make issuing certificates much more manageable in both cases.

    Use the following command to create a certificate signing request. The CLI tool will ask you for basic information, such as your domain name and IP address. Fill out all the necessary fields and optionally secure the certificate with a password:

    sudo /usr/share/elasticsearch/bin/elasticsearch-certutil http

    If you didn’t change the default path of the output file, then your elasticsearch-ssl-http.zip file will be stored in the /usr/share/elasticsearch/ directory.

    Use the following commands to unzip the file and view your certificate signing request. (Don’t forget to update the name of the .csr file to match the filename):

    sudo unzip /usr/share/elasticsearch/elasticsearch-ssl-http.zip
    sudo cat /usr/share/elasticsearch/elasticsearch/<mydomain>.csr

    The above command will show you your certificate request document. You can use this to generate certificates – usually these are .pem or .cer files.

    After you get your certificate from your CA, you can put the certificate and the keys (from the zip folder generated above) in the /etc/elasticsearch/certs/ and update the /etc/elasticsearch/elasticsearch.yml to use your new certificate.

    If you configured a password during the key creation, you must add that to the key vault. You can use the following command to do so: 

    sudo /usr/share/elasticsearch/bin/elasticsearch-keystore add xpack.security.http.ssl.keystore.secure_password

    For more information, refer to the Elasticsearch documentation.

    Configuring Kibana

    After installing and configuring Elasticsearch, we can start configuring Kibana on your server. First, we’ll ensure Kibana starts automatically after the system reboots and is running. Run the following commands to start the Kibana service and verify that it is running correctly:

    # Start Kibana service
systemctl start kibana.service
# Enable Kibana to start on boot
systemctl enable kibana.service
# Verify Kibana service status
systemctl status kibana.service

    In the above example, we can see that the service is up and running correctly. Once you are sure that the service is running as expected, you can start the basic configuration by navigating to the Kibana configuration directory using the following command:

    cd /etc/kibana

    Next, you need to edit the kibana.yml configuration file. If you need help with this, refer to our previous article, in which we explained how to edit files via SSH. Run the following command to open the nano text editor:

    sudo nano /etc/kibana/kibana.yml

    After opening the configuration file, you need to add or modify these essential configurations:

    server.host: "0.0.0.0"
# Define the port Kibana listens on
server.port: 5601
server.publicBaseUrl: "https://kibana.yourdomain.com"

    In this configuration, note the port number you used, as we will need it later. Once you add the configuration, you can save and close the configuration file by pressing Ctrl + X and Enter.

    Next, you need to navigate to the Elasticsearch directory and generate a Kibana enrollment token:

    systemctl restart kibana.service
cd /usr/share/elasticsearch
bin/elasticsearch-create-enrollment-token -s kibana

    The above command will produce a long string of text in your terminal; copy it and paste it into a notepad somewhere, as you will need it later. After that, you can execute the following commands to generate a verification code:

    cd /usr/share/kibana
bin/kibana-verification-code

    The above command will generate a 6-digit code. Write it down, as you will need it in the next step.

    Configure a Proxy service

    After configuring the above settings, you can access your Kibana server by navigating to your server’s IP address on the specified port. However, if you want it to be accessible via a simple domain name, you can configure a Nginx reverse proxy from the RunCloud dashboard.

    We have already written a documentation post about setting up a Proxy from the RunCloud dashboard. When following this guide, edit the pre-populated fields to enter the port number you saved earlier. Once you save the Nginx config, you can access your Kibana dashboard via a URL. After configuring this, you can also consider setting up an SSL certificate for your dashboard.

    Accessing Kibana Dashboard

    Navigate to your web application’s specific URL. If you follow this guide correctly, you will be greeted with a Kibana welcome screen.

    On this screen, you will be asked to enter the authentication token and the six-digit verification code you saved earlier. Once you enter them, Kibana will take a minute or so to initialize everything.

    After your installation is complete, you will be asked to enter the login credentials for the dashboard. You must enter the credentials created during the “Installing Elasticsearch” step. For example, in this tutorial, the username is “elastic” and the password (which was automatically generated) is “8RF65T*6cB*Y_rjUDedn”.

    After entering the login credentials, you should be able to access your Kibana dashboard.

    After Action Report

    Elasticsearch is an essential tool for anyone who needs to store, search, and analyze large volumes of data. By following the article’s step-by-step guide, you can quickly and easily set up Elasticsearch on your RunCloud-managed server and take advantage of its powerful capabilities.

    If you’re tired of managing your own servers – check out RunCloud’s fast, efficient, and visual cloud server management service. RunCloud is built for developers who want to focus on shipping great work, not managing their infrastructure.

    With RunCloud’s user-friendly interface and powerful features, managing your server has never been easier. It offers a painless server configuration, so you don’t need to spend hours figuring it out.

    Get started with RunCloud today and get up and running in minutes.

  • Migrating from WordPress to Ghost: A Complete Guide

    Migrating from WordPress to Ghost: A Complete Guide

    Are you feeling constrained by WordPress or simply looking for a fresh start? Ghost offers a compelling alternative for content creators, whether you’re seeking better performance, a cleaner writing experience, or a modern publishing platform.

    Ghost is a focused publishing platform built with modern technology. It excels at what it does best: running beautiful, fast, and secure blogs without the complexity of traditional CMS systems. Its built-in membership features, native newsletter capabilities, and straightforward interface make it an attractive choice for professional publishers and bloggers.

    This article explains how to migrate content from your existing WordPress site to a GhostCMS blog using simple steps.

    But before we get started, there is one thing that you should know about!

    Important Disclaimer: Before beginning the migration process, please note that certain WordPress features may not transfer perfectly to Ghost. For example, advanced custom fields, multisite networks, and some specialized plugins may not migrate as expected. You’ll need additional configuration after migration if your WordPress site uses multiple authors or scheduled posts. Consider these limitations when planning your migration strategy.

    Option 1: Ghost Pro (The Easy Way)

    If you want a hassle-free migration experience, Ghost Pro’s Concierge service is your best option. When you subscribe to an annual Ghost Pro Creator, Team, or Business plan, their team will handle the entire migration process for you. This is particularly recommended if you:

    • Have a complex WordPress setup
    • Want to ensure nothing gets lost in translation
    • Prefer a hands-off approach
    • Need professional support throughout the process

    Option 2: Manual Migration (The DIY Approach)

    If you have basic technical knowledge, you can migrate your website without help. Follow the steps below to migrate your WordPress content to a Ghost blog manually:

    Step 1: Prepare Your WordPress Site

    1. Log in to your WordPress dashboard
    2. Navigate to Plugins → Add New
    3. Search for “Ghost” (ensure it’s by Ghost Foundation)
    4. Click “Install Now” followed by “Activate“
    Ghost Plugin for WordPress

    Step 2: Export Your Content

    1. After installing the plugin, go to “Tools” → “Export to Ghost” in your WordPress dashboard
    2. Review the preparation guide to understand what will be exported
    3. Click “Download Ghost File” to get a ZIP file containing your content
    4. Store this file safely, as it contains all of your posts, pages, tags, and images
    Export Ghost data

    Step 3: Prepare Your Ghost Installation

    1. After downloading your content, you can upload it to your Ghost website. This tutorial assumes that your Ghost site is properly set up and running. If this is not the case, you can refer to our guide on installing Ghost CMS to view the step-by-step instructions.
    2. Open your Ghost website and navigate to your Ghost Admin panel
    3. Navigate to “Settings” → “Advanced” and scroll down till you see the “Migration Tools” section.
    Import Ghost

    Step 4: Import Your Content

    1. On the import page, click “Universal Import“
    2. Drag and drop your exported ZIP file or click to select it via File Explorer.
    3. Wait for the import process to complete (this may take several minutes, depending on your content volume)

    Step 5: Post-Migration Tasks

    1. Verify all content has been imported correctly
    2. Check that images are displaying properly
    3. Update any internal links to match your new Ghost URL structure
    4. All the scheduled posts from WordPress will be marked as drafts in Ghost. If you have any scheduled posts, you must manually review and schedule them in Ghost.

    Troubleshooting Tips

    Sometimes, things don’t go as planned, and you might encounter issues. Here are some of the common problems that you may encounter:

    Large Image Sets

    If you have hundreds of images on your WordPress site, downloading and uploading them can take quite a long time. If this is the case, you can download just the JSON file in step 2 and migrate your images manually.

    Directly copying images from the source server to the destination server will be much faster as it won’t require you to compress, download, and then upload the same files to the server. However, it will require you to have a basic understanding of SSH. If you are going down this path, then you should check out our previous article, in which we explain how to transfer files using SFTP.

    Alternatively, if both your WordPress site and Ghost site are on the same server, you can simply copy and paste the images from one folder to another via SSH. To do this, you must copy all the content in the /wp-content/uploads/ folder in your WordPress installation and paste it into your Ghost installation’s/content/images/wordpress/ folder.

    If you are unsure how to do this, refer to our post, which explains how to copy files via the command line in Linux.

    Export Failures

    If the full export fails:

    1. Try the JSON export option instead (excludes images)
    2. Download images separately from your server
    3. Manually organize images in the correct directory structure
    4. Create a new ZIP with both the JSON and organized images

    Error During Ghost Zip Import

    Sometimes, the WordPress export can create problematic ZIP files that Ghost won’t accept. Some people on the community forums have reported issues with the WordPress-generated ZIP file structure:

    1. If you find plain text error messages at the beginning of your ZIP file, this can make the archive unreadable
    2. The solution is simple:
      • Extract all contents from the original WordPress export
      • Create a fresh ZIP file on your local machine
      • Include only the essential JSON and image files
      • Use this newly created ZIP for the Ghost import

    After Action Report: Post-Migration Considerations

    In this guide, we have provided the necessary steps to migrate your WordPress website to Ghost. After migrating from WordPress to Ghost, there are five essential steps that you should take:

    1. Set up redirects from your old WordPress URLs to your new Ghost URLs
    2. Update any external services pointing to your old WordPress site
    3. Test all forms and interactive elements on your new Ghost site
    4. Review your SEO settings and metadata
    5. Update your DNS settings if changing domains

    RunCloud makes this transition period smoother by allowing you to run both applications simultaneously. This keeps your WordPress site active while you perfect your Ghost installation. This parallel running capability ensures you can thoroughly test everything without risking downtime or disrupting your online presence.

    The real beauty of RunCloud is that it doesn’t force you to choose between platforms or compromise your hosting setup. You get a powerful, user-friendly dashboard that handles both PHP and Node.js applications with equal efficiency, expert support when needed, and the freedom to evolve your web presence on your terms.

    Ready to experience hosting without boundaries? Sign up for RunCloud today and join thousands of developers who trust us with their web applications – start with a 7-day free trial.

    Frequently Asked Questions: WordPress to Ghost Migration

    Will I lose my SEO rankings when moving to Ghost?

    You won’t lose your SEO rankings if you properly set up 301 redirects from your old WordPress URLs to your new Ghost URLs. Ghost has built-in SEO features and automatically generates the necessary meta tags and structured data for search engines.

    What happens to the functionality of my WordPress plugins after migrating to Ghost?

    Most essential features provided by WordPress plugins are available as native features in Ghost, eliminating the need for plugins. However, if you rely on very specific plugin functionality, you’ll need to check if Ghost provides an alternative solution or if you can achieve the same result through Ghost’s integrations.

    Can I keep my WordPress theme design in Ghost?

    While you can’t directly port your WordPress theme to Ghost, you can create or purchase a similar theme that matches your current design. Ghost uses a modern theming system based on Handlebars, and many professional themes can be customized to match your WordPress site’s look.

    What happens to my WordPress comments in Ghost?

    Ghost doesn’t have a native commenting system but integrates well with third-party solutions such as Disqus, Cove, or membership discussions. You can migrate your existing WordPress comments to one of these platforms, though the process may require additional steps.

    Will my WordPress media library transfer completely to Ghost?

    The Ghost migration tool will transfer your images, but other media types, including PDFs or audio files, must be moved manually. Videos embedded from services such as YouTube or Vimeo will continue to work normally in Ghost.

    Can I keep my WordPress users and their roles in Ghost?

    Basic user information and author attributions will transfer, but all users must set up new passwords in Ghost. Ghost has a simpler role system than WordPress (Admin, Editor, Author, and Contributor), so some custom WordPress roles may need to be reorganized.

    Will my scheduled posts work in Ghost after migration?

    Scheduled posts will transfer to Ghost, but you must verify their scheduling after migration. Ghost handles scheduling differently from WordPress, so it’s recommended that all scheduled content be double-checked after the migration.

    Will my WordPress forms still work in Ghost?

    WordPress forms won’t transfer directly to Ghost, but Ghost integrates with popular form services such as TypeForm or Google Forms. You’ll need to recreate your forms using one of these third-party services and embed them in your Ghost content.

    Can I test the migration before going live?

    You can set up a test Ghost installation and perform a trial migration before moving your live site. This lets you identify and fix potential issues without affecting your live WordPress site.

    What happens to my WordPress categories?

    Categories from WordPress are converted to tags in Ghost since Ghost uses a simpler taxonomy system. Ghost will preserve the hierarchical organization by displaying former categories before regular tags.

    Will my internal links break after migrating to Ghost?

    Internal links within your content must be updated to match Ghost’s URL structure. The migration tool can handle basic URL updates, but you should verify all internal links after migration, especially if you’re changing domains.

    Can I move my WordPress e-commerce store to Ghost?

    Ghost isn’t designed for e-commerce like WordPress with WooCommerce but integrates well with external e-commerce platforms. You’ll need to set up your store on a platform such as Shopify or Gumroad and integrate it with your Ghost site.

    Do WordPress shortcodes work in Ghost?

    WordPress shortcodes won’t work in Ghost and must be replaced with standard HTML or Markdown. Ghost uses a clean, card-based editor that eliminates the need for most shortcodes.

    Can I migrate my WordPress subscription/membership system to Ghost?

    Ghost’s built-in membership and subscription system is often more powerful than WordPress solutions. While member data won’t automatically transfer, Ghost provides tools to import members and set up new subscription plans.

    Will my RSS feeds still work in Ghost?

    Ghost automatically generates RSS feeds with a slightly different URL structure from WordPress. You must update any services using your RSS feed to point to your new Ghost RSS feed URL.

  • Protect Your WordPress Login pages with Cloudflare Zero Trust

    Protect Your WordPress Login pages with Cloudflare Zero Trust

    WordPress powers over 40% of all websites on the internet, which makes it a prime target for cybercriminals.

    The WordPress login page, in particular, is frequently the target of brute-force attacks and unauthorized access attempts.

    Protecting your WordPress site is vital – and mandatory by law for website owners or administrators. Traditional security measures such as strong passwords and two-factor authentication are useful, but may not be enough.

    In this post, we’ll introduce you to a powerful method for securing your WordPress login pages using Cloudflare Zero Trust. This approach adds an extra layer of security by implementing a zero-trust architecture that effectively shields your admin area from unauthorized access attempts.

    Following our step-by-step guide, you’ll learn how to set up Cloudflare Zero Trust for your WordPress site and create and manage access policies to control who can access your admin area.

    But before we dive in, let’s first understand why you should use Cloudflare Zero Trust.

    Why You Should Use Cloudflare Zero Trust

    Cloudflare Zero Trust offers a comprehensive solution that goes beyond traditional security measures. It provides unparalleled flexibility in defining who can access your protected applications. With its sophisticated rule system, you can create highly specific access policies:

    • Granular Control: Use “Include”, “Require”, and “Exclude” rules to fine-tune access permissions.
    • Multi-factor Policies: Combine various selectors to create complex, multi-layered security protocols.
    • Diverse Authentication Options: You have many authentication methods, from email-based rules to service tokens and client certificates.
    • Access Service Token: Allows access based on valid service tokens.
    • Common Name: Uses the common name in a client certificate for access control.
    • Country: Allows or restricts access based on the user’s geographic location.
    • Google OIDC Claims: Uses claims from Google’s OpenID Connect for access decisions.
    • IP Ranges: Controls access based on the user’s IP address.

    You can create a robust security perimeter around your WordPress site and other applications using these features. This will protect against common threats such as brute force attacks and unauthorized access attempts and provide a framework for implementing sophisticated, context-aware security policies.

    How To Protect WordPress Login Pages with Cloudflare Zero Trust

    In a previous guide, we discussed using Fail2ban with WordPress and Cloudflare proxy to block attackers after several failed attempts. However, this method allows you to block everyone and only grant access to people who authenticate successfully.

    Follow the steps below to protect your WordPress login pages with Cloudflare Zero Trust:

    Prerequisites:

    Before we start, you must ensure that your WordPress website is up and running on the Internet and that your website domain uses Cloudflare DNS with the proxy enabled.

    If you are using RunCloud, you can use the RunCloud DNS manager to view and edit your Proxy status:

    Step 1: Sign up for Cloudflare Zero Trust

    1. Go to the Cloudflare website and sign up for a Zero Trust account (the free tier allows up to 50 users).
    2. Follow the initial setup guidance provided by Cloudflare.

    Step 2: Add an Access Application

    1. Navigate to the “Applications” section and click “Add an application” to start the process.
    2. On the next screen, choose “Self-hosted” as the application type.

    Step 3: Configure the Application

    Enter a name for your application in Cloudflare (e.g., “WordPress site 123”). Next, select your WordPress site’s domain from the dropdown menu. If you are hosting your website on a subdomain, mention your subdomain in the provided field.

    For example, if you are hosting your website on www.example.com, enter www in the provided box and select example.com from the drop-down menu.

    After that, you must specify the path you want to protect from the attackers. By default, the WordPress login page is accessible at /wp-login.php. To restrict access to this page, enter wp-login.php* in the path field.

    Note: if you leave the path empty, Cloudflare will restrict access to your entire WordPress site.

    Step 4: Set Up Identity Provider

    Scroll down to the Identity Provider section and choose your preferred identity provider (IDP) from the available identity providers on Cloudflare. You can use Cloudflare’s email-based login option if you don’t have an existing IDP.

    Select “One-Time PIN” from the available options, and click “Next” at the bottom of the page.

    Step 5: Create an Access Policy

    In the “Policies” section, provide a name for your policy (e.g., “WordPress Admin Access”).

    After adding the name, you can configure the policy to determine who can access the protected area. In the given example, the “Include” rule specifies which users can access the application based on their email addresses.

    For the “Email” selector, you can list individual email addresses (e.g., john@test.com, email@example.com) or use the “Emails ending in” selector to create domain-based rules (e.g., @example.com, @domain.com) to grant access to all users from specific domains.

    cloudlfare login access

    After adding the necessary rules, you can save the policy by scrolling to the bottom and clicking “Next”. Alternatively, you can leave everything to its default settings on the Setup page and click “Add Application”.

    Step 6: Test the Configuration

    After creating the configuration, open a new browser or incognito window and navigate to your WordPress admin page (e.g., https://example.com/wp-admin).

    Verify that Cloudflare intercepts the request and prompts for authentication. Now, you can log in using your configured identity provider and confirm that you can access the WordPress admin area after successful authentication.

    Cloudflare zero trust login screen

    Wrapping Up

    By following the steps outlined in this guide, you’ll have successfully protected your WordPress login pages with Cloudflare Zero Trust. This will add a robust layer of protection to your website’s administration area and safeguard it against unauthorized access attempts and potential security breaches.

    While Cloudflare Zero Trust provides excellent security, managing your web infrastructure can still be complex.

    This is where RunCloud comes into play!

    Why Choose RunCloud for Your WordPress Hosting Needs?

    RunCloud provides the easiest way to manage DNS and deploy websites and works well with your newly implemented Cloudflare Zero Trust security:

    • Cloudflare Integration: RunCloud seamlessly integrates with Cloudflare and allows you to manage your DNS and security settings from a single interface.
    • One-Click WordPress Installations: Say goodbye to complex setup procedures. RunCloud offers one-click WordPress installations, quickly getting your secure site up and running.
    • Simplified Server Management: Manage multiple servers and websites from a user-friendly dashboard, reducing the complexity of web hosting.
    • Automated Updates and Backups: Keep your WordPress installations secure and up-to-date with automated updates and regular backups.
    • Performance Optimization: RunCloud is optimized for speed, ensuring your WordPress site runs smoothly and efficiently.

    Start using RunCloud today!

  • Top 8 Popular Web Hosting Control Panels in 2025

    Top 8 Popular Web Hosting Control Panels in 2025

    Managing servers can be challenging, and every second of downtime can cost you visitors and revenue. But fear not! Whether you’re a seasoned developer, a budding entrepreneur, or somewhere in between, you can use a web hosting control panel to manage your web hosting environment effortlessly.

    But with so many options available, how do you know which is right for you?

    Should you stick with the tried-and-true cPanel or venture into new territories with platforms such as RunCloud or Plesk?

    In this comprehensive comparison of web hosting control panels, we’ll explore the world of server management tools, explore various features and functionalities of popular platforms, and help you find the perfect match for your unique requirements.

    Let’s get started!

    What Are Web Hosting Control Panels?

    Web hosting control panels are web-based interfaces that simplify website and hosting account management. They provide a user-friendly graphical interface to handle various server and website administration tasks without requiring advanced technical knowledge.

    Suggested read: Self-Managed or Managed Hosting: Which Is Right for You?

    Benefits of Using Web Hosting Control Panels

    Although you can directly log in to your server via SSH and make the necessary changes, it often takes time and requires advanced skills. On the other hand, there are several perks of using a web hosting panel:

    1. Ease of use: Simplify complex server management tasks through intuitive interfaces.
    2. Time-saving: Automate routine tasks like software installations and updates.
    3. Centralized management: Access all hosting features and settings from a single dashboard.
    4. File management: Upload, download, and organize website files easily.
    5. Email administration: Create and manage email accounts, forwarders, and autoresponders.
    6. Database management: Create, modify, and manage databases without command-line knowledge.
    7. Domain management: Handle domain registrations, DNS settings, and subdomains.
    8. Security features: Implement SSL certificates, IP blocking, and other security measures.
    9. Performance monitoring: Track resource usage and website statistics.
    10. Scalability: Easily upgrade hosting plans or add new services as needed.

    Suggested read: 15 Best Email Hosting For Small Business (2024)

    Best & Most Popular Web Hosting Control Panels

    There are many good web hosting control panels; let’s take a look at some of them:

    RunCloud

    RunCloud is a premium cloud management platform that offers a comprehensive solution for developers and agencies looking to streamline their server management processes. RunCloud provides a user-friendly interface and powerful features, making deploying and maintaining websites and applications in the cloud easy.

    RunCloud hosting panel

    One of RunCloud’s standout features is its ability to simplify complex server management tasks. With RunCloud, you don’t need to be a Linux expert to run your websites efficiently. RunCloud’s intuitive dashboard puts everything at your fingertips, from backups and staging to cloning and atomic deployments. This means you can manage production-grade infrastructure without getting bogged down in command-line intricacies or server configuration headaches.

    You can use its automated backup system, which ensures your data is always safe. It also offers unique staging features for WordPress sites, allowing you to test changes in a secure environment before pushing them live. If you are using git to manage and track your software versions, then you can use RunCloud’s atomic deployment capability, which enables seamless updates without downtime.

    RunCloud backups

    RunCloud offers powerful collaboration tools for agencies that make managing multiple client websites from a single dashboard easy. It also supports dozens of popular cloud providers and storage backup solutions out of the box.

    Advanced users can use RunCloud API to create integration with their existing workflows and build custom solutions tailored to their specific needs.

    RunCloud integrations

    Suggested read: What Is Managed WordPress Hosting & Do You Need It?

    hPanel by Hostinger

    Hostinger’s proprietary cloud management platform, hPanel, is designed to offer a user-friendly and efficient hosting experience. It provides a streamlined interface that simplifies website management tasks for users of all skill levels.

    hPanel offers essential features such as one-click installations for popular content management systems such as WordPress, Joomla, and Drupal. It also includes tools for domain management, email account creation, and file management through an integrated file manager.

    It includes features such as LiteSpeed Web Server and LiteSpeed Cache for WordPress, which improves website loading speeds. Also, hPanel offers a user-friendly database management interface, making it easier for users to handle MySQL databases without advanced technical knowledge.

    Suggested read: The Best WHMCS Alternatives (Free, Open Source & Premium)

    Cloudways Panel

    Cloudways is an advanced cloud management platform that provides managed cloud hosting solutions. It allows users to choose from multiple cloud infrastructure providers, including DigitalOcean, Linode, Vultr, AWS, and Google Cloud. This approach allows users to use their existing cloud credits while benefiting from Cloudways’ simplified management interface.

    Like many other providers, Cloudways Panel also features a one-click application deployment system for popular platforms such as WordPress, Magento, and Laravel. The panel includes built-in caching solutions, a CDN, and automated backups.

    One of the notable features of Cloudways Panel is the ability to quickly scale server resources as needed, which makes it an excellent choice for growing websites and applications.

    Suggested read: 3 Free Ways To Migrate WordPress From Shared Hosting To Cloud Server

    cPanel

    cPanel is one of the industry’s most widely used and long-standing web hosting control panels. It offers comprehensive tools for managing websites, domains, email accounts, databases, and server settings.

    cPanel’s interface is divided into several sections, and each section focuses on specific aspects of web hosting management, such as Files, Databases, Domains, Email, Metrics, Security, and Software.

    cPanel includes popular features such as the File Manager for easy file uploads and management, phpMyAdmin for database administration, and the Softaculous auto-installer for quick deployment of hundreds of web applications

    It also offers robust email management capabilities including spam filters and webmail access.

    cPanel is a very popular platform, and its wide adoption in the hosting industry means that many third-party applications and scripts are compatible with it out of the box.

    Plesk

    Plesk is a handy toolbox for managing websites and servers with minimal effort. It’s designed to simplify server management for beginners and tech experts. Plesk offers a clean, easy-to-use interface that lets you handle everything from setting up email accounts to installing WordPress with just a few clicks.

    Most of the tools discussed in this guide require installing and hosting your website on Linux. However, Plesk supports many different operating systems and can be used on various types of servers. Therefore, if you are using Windows servers, Plesk is one of the best solutions out there.

    It’s also great for web developers and designers because it offers a WordPress toolkit for easily managing, securing, and automating WordPress instances, plugins, and themes.

    Webmin

    Webmin is like the Swiss Army knife of server management tools for software developers. It’s open-source, which means it’s free to use and can be customized by anyone. Webmin is super flexible and supports Debian, RHEL, FreeBSD, and other operating systems.

    The user interface is not as polished as some of the other tools mentioned above, and it doesn’t provide one-click install options for popular CMSs like WordPress. However, you can still use it to set up a new website, manage user accounts, or configure system settings.

    It offers several advanced features, making it a good choice for power users. For example, if you run a web agency, you can use the disk quotas feature to limit the amount of space each user is allowed to consume. You can also use your existing LDAP server to manage users and control access.

    DirectAdmin

    DirectAdmin is designed to be a no-fuss control panel that does the job without overwhelming you with too many options. This makes it perfect for small businesses or individuals who want to manage their websites without getting lost in technical jargon.

    Despite its simplicity, DirectAdmin doesn’t skimp on features. It covers all the basics, such as managing email accounts, databases, and domains. It also has some nice touches, including an easy-to-use backup system and a user-friendly file manager.

    One thing people particularly like about DirectAdmin is that it uses few server resources, which means your websites can run faster and smoother. If you want this, you should check out the DirectAdmin Web Control Panel Demo.

    VestaCP

    VestaCP is a comprehensive and user-friendly hosting control panel with many features for managing websites, servers, and web applications. It provides a powerful set of tools for both beginners and experienced users. For example, it provides tools for domain administration, DNS configuration, database management, and email setup.

    It also offers a Let’s Encrypt integration, which offers free SSL/TLS certificates. The control panel includes a file manager with syntax highlighting, SSH/FTP capabilities, and a flexible backup system, making it a versatile solution for various hosting needs.

    One of VestaCP’s strengths is its focus on security and user management. It offers a built-in firewall with customizable rules that allow you to block unwanted traffic. The control panel also provides comprehensive monitoring and logging features that allow users to keep track of their server’s performance through CPU, memory, and disk usage metrics.

    Which Web Hosting Control Panel Should You Choose?

    People have different web hosting needs, making it difficult to recommend one single solution to everyone. In this section, we have explained which solution is best for which user:

    For WordPress and PHP-based projects

    If you’re building websites or applications on WordPress or PHP, RunCloud is your best bet. It offers a streamlined experience tailored specifically for these technologies, with features such as one-click WordPress installations, automatic updates, and optimized server configurations.

    For Windows server environments

    If you’re working with Windows servers, Plesk is an excellent choice. It provides a comprehensive suite of tools designed to work seamlessly in Windows environments and supports technologies such as ASP.NET and MS SQL.

    For open-source enthusiasts

    Webmin is worth considering if you’re looking for an open-source solution with maximum flexibility. As a free and highly customizable control panel, Webmin gives you granular control over your server’s configuration. It supports a wide range of Linux distributions and offers modules for managing virtually every aspect of your server. While it may have a steeper learning curve, Webmin provides unparalleled freedom to tailor your server management experience.

    Wrap-up: Choosing the Right Web Hosting Control Panel for You

    In this post, we’ve explored a variety of web hosting control panels, from industry standards such as cPanel to newer, specialized solutions such as RunCloud. Each platform offers unique features and benefits that cater to different needs and skill levels.

    As you weigh your options, remember that RunCloud offers a powerful, user-friendly solution combining ease of use and advanced features. RunCloud eliminates the need for deep Linux expertise by providing advanced features such as an intuitive interface, automated backups, staging environments, and atomic deployments.

    Its robust integrations and API capabilities make it an excellent choice for developers and agencies looking to automate their workflows and focus on creating outstanding web experiences.

    Sign up for RunCloud today!

    FAQs on Web Hosting Control Panels

    Do I need cPanel to host a website?

    No, cPanel is not strictly necessary to host a website. While cPanel is a popular and user-friendly option, many alternative control panels and hosting solutions are available. You can host a website using other advanced control panels such as RunCloud or even manage your server manually if you have the technical expertise.

    Is GoDaddy a cPanel?

    No, GoDaddy is not a cPanel. GoDaddy is a web hosting and domain registrar company that offers various hosting services. While some of GoDaddy’s hosting plans include cPanel as the control panel, GoDaddy itself is a service provider, not a control panel.

    What is the difference between cPanel and web hosting?

    cPanel is a control panel used to manage web hosting services. Web hosting is the actual service of storing and serving website files on a server. It is the foundation that makes your website accessible on the Internet. In contrast, cPanel is a tool that simplifies the management of that hosting environment, including tasks like file management, email setup, and database administration.

    Is there an alternative to cPanel?

    Yes, there are several alternatives to cPanel. Some popular options include Plesk, DirectAdmin, Webmin, and RunCloud. These alternatives offer similar functionality to cPanel, allowing users to manage their web hosting environments through user-friendly interfaces.

    What are the disadvantages of a Web Hosting Control Panel?

    While web hosting control panels offer many benefits, they have disadvantages. These can include additional costs, as many control panels require licensing fees. They may also introduce security vulnerabilities if not properly maintained and updated.

  • Enable Zero-Trust SSH with Cloudflare on Windows, Mac, Linux, and ChromeOS

    Enable Zero-Trust SSH with Cloudflare on Windows, Mac, Linux, and ChromeOS

    In today’s internet landscape, securing your server from constant threats is vital. It’s inevitable that servers will be frequently targeted by automated systems searching for vulnerabilities to exploit. These attacks often go unnoticed, but they still pose a significant risk to the security and integrity of your data.

    In this guide, we will explore the zero-trust security model and demonstrate how you can implement it to enhance the protection of your server.

    By the end of this article, you’ll know how to establish a secure SSH tunnel and effectively safeguard your server from unauthorized access.

    Let’s begin.

    Explanation of the Zero Trust Security Model

    The Zero Trust security model is a framework for securing IT systems that assumes no one inside or outside the network should be trusted unless their identity is verified.

    The model operates on the principle of continuous verification of every connection and interaction, regardless of where they originate or where they are going.

    The zero trust model is based on the following key concepts:

    • Identify and protect the protected surface: This is the data, applications, assets, and services (DAAS) that are critical for the organization and need to be secured.
    • Divide the network into segments: This is done to limit the access and movement of users and devices within the network and prevent attackers’ lateral movement.
    • Create a single source of trust: This is a centralized system that collects and analyzes data from multiple sources, such as identity providers, endpoints, workloads, and network devices, to establish trust levels and enforce policies.
    • Use dynamic policies: These are policies that adapt to the context and risk level of each connection and interaction, such as user location, device type, application sensitivity, and threat intelligence.
    • Monitor and audit everything: This is done to detect and respond to anomalies and incidents and to measure and improve the effectiveness of the security controls.

    What is Zero Trust SSH Access?

    Zero-trust SSH access secures remote access to devices through the command line without opening inbound ports on the server. It relies on the principle of never trusting, always verifying, and requiring users to authenticate themselves at every access point.

    On the other hand, traditional SSH access allows users to move freely within a network once they have passed the initial authentication or authorization stage. This creates a security perimeter vulnerable to insider threats and misuse from privileged users.

    Why Zero Trust is Essential for SSH Access

    SSH (Secure Shell) is a protocol that allows secure remote access to servers and other devices. It is essential for many IT operations, such as administration, maintenance, configuration, and troubleshooting. However, if not properly managed and secured, SSH access also poses significant security risks.

    SSH access should follow the zero-trust security model to address these challenges and threats. This means that every SSH connection should be verified and authorized based on the identity and security posture of the user and device, as well as the context and risk level of the request. Additionally, SSH access should be limited to the minimum required privileges and resources, monitored for anomalies and incidents, and audited for compliance and improvement.

    Some of the benefits of applying zero trust to SSH access are:

    • Reduced attack surface: By limiting SSH access to only authorized users and devices and only necessary resources, the attack surface is reduced, and the potential impact of a breach is minimized.
    • Improved visibility: Monitoring and auditing every SSH connection and activity enhances visibility into the network, and anomalies and incidents can be detected and responded to faster.
    • Enhanced compliance: Enforcing dynamic policies based on trust levels and risk factors can enhance compliance with internal and external regulations and standards.

    How to Implement Zero Trust SSH Access

    Creating a Cloudflare Tunnel

    This section will explain how to establish a Cloudflare Tunnel. This tunnel lets you connect securely to your server without publicly exposing its ports.

    Before going into the setup, it’s essential to understand why you might want to use a Cloudflare Tunnel:

    • Enhanced Security: Cloudflare Tunnel eliminates the need for traditional port forwarding, meaning you don’t have to open up ports on your router directly to the internet. This drastically reduces the attack surface for potential malicious hackers.
    • Cloudflare’s Protection: Routing traffic through Cloudflare’s network provides benefits such as DDoS protection, which helps safeguard your server from distributed denial-of-service attacks.
    • Simplified Access: With Cloudflare Tunnel, you can access your services using a user-friendly domain name, removing the hassle of dealing with static IPs or complex network configurations.

    Steps to Create a Cloudflare Tunnel

    Before we proceed, you must have a domain name connected to your Cloudflare account. In this guide, we will use runcloudsandbox.com.

    1. Navigate to Cloudflare Zero Trust: Log in to your Cloudflare account and go to the Zero Trust dashboard.
    2. Create a New Tunnel: Within the Zero Trust dashboard, locate and click on “Network > Tunnels“, then select “Add a tunnel“.
    Cloudflare zero trust tunnel
    1. Select Tunnel type: Select the “Cloudflared” method and click “Next”.
    1. Name Your Tunnel: Provide a descriptive name for your tunnel (e.g., “MyHomeServerTunnel”).
    1. Install the Tunnel Connector: After providing the name, you must install the Cloudflare binary on your server to establish a tunnel connection. You can do this easily by logging in to your server via SSH and executing the command on the screen.
    1. Verify Tunnel Connection: After executing the command on your server, return to the Cloudflare Zero Trust dashboard. Your newly created tunnel should be listed at the bottom of the screen (as shown in the above screenshot), and its status should show as “Connected“.

    Setting Up Zero Trust SSH Using Cloudflare

    Once you’ve successfully established a Cloudflare Tunnel, you can securely access your server via SSH through Cloudflare’s robust network.

    This section will provide step-by-step instructions on enabling zero trust SSH access to your server through a web browser using Cloudflare Tunnel and Cloudflare Zero Trust.

    Step 1: Add a New Public Hostname in Cloudflare Zero Trust

    • Log in to your Cloudflare dashboard and navigate to the Zero Trust section.
    • Go to “Tunnels” and select the tunnel you want for this setup.
    • Within the tunnel settings, go to “Public Hostname” and click “Add a new public hostname“.
    RunCloud zero trust tunnels
    • Next, you need to enter your desired subdomain. This can be anything you like. For example, you can use something as simple as “ssh” or something a bit complex like “ssh-for-test-server.” Afterward, you must select your domain name from the dropdown menu.
    • Under “Type,” choose “SSH” from the dropdown menu.
    • In the “URL” field, input your server’s IP address and save your changes.

    Step 2: Create an Access Policy for SSH

    • While still in Cloudflare Zero Trust, navigate to the “Access” tab and click “Add an application“.
    • Select “Self-hosted” and provide a name for your application (e.g., “SSH”).
    • In the “Application domain” field, enter the subdomain and domain name you set up in the previous step (e.g., “ssh.example.com”).
    Adding application to cloudflare zero trust SSH
    • Next, scroll down to the “Identity Providers” section. Cloudflare supports multiple identity providers, and this section allows you to choose your preferred authentication method if you have configured it in your Zero Trust dashboard. In this tutorial, we will use the “One-time Pin“, the simplest authentication method.
    • On the bottom of the page, click “Next” and define a policy name (e.g., “SSH”).
    • Here, you have the option to set a session duration. This specifies how long the authentication remains valid. If you are unsure, you can leave it to its default value.
    • Next, you need to specify which users will have access to this SSH tunnel. You can scroll down to the “Configure rules” section to include or exclude users. In the following example, we have created three rules:
    • Our first rule grants access to two people, namely john@example.com and brian@test.com
    • Our second rule allows access to anyone who is using an email address that ends in @runcloudsandbox.com
    • Our third rule blocks visitors from specific countries (Russian Federation and China) from accessing the server.
    • After you have configured the rules, you can scroll to the bottom and click “Next“. This will take you to the setup page.
    • On this screen, scroll down to the bottom, and under “Browser rendering,” select the “SSH” option to allow SSH access through the web browser.
    • Finally, click on Add the Application to complete the configuration.

    Step 3: Authentication and Access

    • Open a new browser window or an incognito window to ensure you are logged out of Cloudflare.
    • In the address bar, type the domain name you set up for SSH access (e.g., “ssh.example.com”). You’ll be redirected to the Cloudflare authentication page.
    • Log in using your designated method on this page, which might involve a password, a hardware key, or any other configured authentication factor. In this example, we have configured a One-Time password, so we will enter the email address configured in the previous step and provide the OTP received at the email address.
    • Upon successful authentication, you’ll be directed to the SSH interface in your web browser, where you can log in to your server.

    Step 4: Connecting to Your Server

    • On the next screen, enter your server’s username in the provided field on the SSH interface. For example, if you log in to SSH using the ssh runcloud-user@1270.0.01 command, then you need to enter runcloud-user in this field.
    • If you are using RunCloud, you can easily find the list of system users on your server from the RunCloud dashboard.
    • After entering the username, you must enter this user account’s password on your server. However, we strongly recommend using SSH keys instead of passwords for enhanced security, as passwords are vulnerable to brute-force attacks.
    • If you haven’t already, you can configure SSH keys for your server by adding the public key to your server. Using RunCloud, you can add public SSH keys to your server from the RunCloud dashboard.
    • Once you have added the public key to your server, you can switch to the private key tab and paste your server’s private key to log in securely.

    Note: The password field in the Private key tab is meant to be the SSH password. Here, you need to enter the password that you configured when you generated the SSH key. You can leave this field blank if you did not configure your SSH key password.

    • After entering your password or the private key, click on “Submit” to log in to your server via SSH.

    Step 5: Closing the SSH Port (Important)

    Once you can SSH into your server via Cloudflare Tunnels, you can close the default SSH port to keep your server secure.

    If you don’t close the default SSH port of your server, then all of this effort to set up a secure tunnel would be futile as the hackers would still have a way to access your server.

    The exact steps to close the server port vary depending on the cloud provider. However, using RunCloud, you can easily open or close the ports directly from the RunCloud dashboard. To do this, simply navigate to the security section of your server, delete the firewall rule corresponding to your SSH port (22 by default), and then hit “Deploy”.

    Once you have deleted the firewall rule, wait a few minutes and try logging in to your server via the old method. If you receive an error, then you executed this step correctly. In the following example, the SSH command fails:

    Alternatively, when you connect your server via Cloudflare Tunnel, you will see that the IP address used to log in to your server is the same as your server’s IP address.

    This happens because the Cloudflare Tunnel creates a secure connection between your local network and Cloudflare’s servers, eliminating the need for traditional port forwarding. By configuring a public hostname specifically for SSH and setting up an access policy, you direct traffic from your chosen domain to your server via the tunnel.

    Final Thoughts on Zero Trust SSH Access

    In this guide, we have explained the importance of using a zero-trust architecture and provided steps to route all your traffic through Cloudflare’s network to leverage Cloudflare’s authentication measures. This significantly reduces the risk of unauthorized access.

    While setting up Zero Trust SSH access significantly enhances your server security, managing web applications and configurations can still be complex. This is where RunCloud comes into play.

    RunCloud offers a solution that complements your security efforts while simplifying server management.

    Why Choose RunCloud?

    1. Ease of Use: RunCloud provides an intuitive interface for managing your web servers, making tasks that once required extensive command-line knowledge accessible through a user-friendly dashboard.
    2. Built-in Security: RunCloud comes with built-in security features, including firewall configuration, SSL/TLS setup, and regular security updates.
    3. Scalability: As your needs grow, RunCloud makes it easy to manage multiple servers and applications from a single interface without compromising on security.
    4. Time-Saving Automation: Many routine tasks are automated in RunCloud, from backups to CI/CD application deployment, allowing you to focus on developing your applications rather than managing infrastructure.

    Take the next step in your web hosting journey by signing up for RunCloud today.

  • 10 Best Self-Hosted Email Server Platforms to Use in 2025

    10 Best Self-Hosted Email Server Platforms to Use in 2025

    Finding the perfect email hosting or newsletter tool can be overwhelming, especially when juggling performance, privacy, scalability, and cost.

    With so many options, from open-source solutions to enterprise-grade platforms, how do you know which is right?

    In this guide, we’ve curated the top self-hosted email tools available to streamline your email experience so you can focus on what truly matters – building your business and engaging your audience.

    But before going there, let’s first discuss the pros and cons of hosting your own email servers…

    What Are Email Servers?

    Email servers are specialized computer systems that send, receive, and store email messages. They act as digital post offices, managing the flow of electronic mail between users and implementing protocols such as SMTP, IMAP, and POP3 to ensure efficient message delivery and retrieval.

    Email servers can be self-hosted or provided by third-party services.

    Suggested read: 15 Best Email Hosting For Small Business (2024)

    Pros of Hosting Your Own Email Server

    Self-hosting email servers offer significant cost savings, especially for organizations with many users or high storage needs. It provides unparalleled flexibility, allowing you to create unlimited email accounts and allocate storage as needed.

    Additionally, you can send as many emails as you want without facing restrictions or extra charges, which is particularly beneficial for businesses with high email volume requirements.

    Suggested read: Best SMTP Servers for Marketing Emails in 2024 [Detailed Comparison]

    Cons of Hosting Your Own Email Server

    Despite the advantages, self-hosted email servers face challenges in email deliverability, with messages often at risk of being marked as spam by recipient servers.

    Maintaining and developing the server infrastructure requires substantial technical expertise and ongoing effort. Furthermore, you’ll need to constantly update and manage spam filters and blocklists to protect against unwanted incoming emails, adding to the complexity of server management.

    Suggested read: How To Resolve The “Email Address is Not Verified” Error With AWS SES

    Best 10 Self-Hosted Email Servers Platforms

    Here are the best self-hosted email solutions that you should consider in 2024:

    1. Mailcow Email Server

    mailcow is an open-source email server solution that uses Docker containers to provide a robust and feature-rich email infrastructure. It combines well-established components such as Dovecot, Postfix, and SOGo to create a cohesive system. This allows it to offer various functionalities, including IMAP/POP3 services, spam filtering, antivirus scanning, and webmail access.

    One of mailcow’s key strengths is its user-friendly web interface, the mailcow UI, which simplifies email server management tasks. This interface allows administrators to easily configure domains, create email accounts, manage spam settings, and handle more complex functions such as DKIM key generation and ARC support.If you want to see the UI, you can log in to the demo mailcow server using the provided credentials.

    Mailcow also incorporates security features such as two-factor authentication, fail2ban-like protection, and automatic Let’s Encrypt certificate generation, making it a compelling choice for organizations seeking a secure, full-featured email solution that’s relatively easy to deploy and maintain.

    Suggested read: Using Mailgun To Send Transactional Email From WordPress

    2. Modoboa

    Modoboa is an open-source email server designed to simplify setting up and managing a personal or organizational email infrastructure. It offers users an alternative to commercial email services and complex self-hosted solutions by providing a user-friendly platform that can be installed in less than 10 minutes.

    Modoboa integrates various open-source tools into a single interface, which allows users to create and manage multiple domains, mailboxes, and aliases without the limitations often imposed by traditional email providers.

    If you are not tech-savvy, you might also enjoy the installation and configuration services Modoboa provides. Although most free tools offer the software and expect you to run it independently, Modoboa has official (paid) support plans to help you resolve your queries.

    Additionally, Modoboa offers a range of functionalities typically found in professional email hosting services, including webmail access, calendar and address book management, email filtering rules, and administrative tools, making it a comprehensive solution for those seeking independence from commercial email providers.

    Suggested read: How to Send Email from PHP (With Guided Walkthrough)

    3. Mailu: Insular Email Distribution

    Mailu is another popular open-source mail server solution that uses Docker containers to provide an easily deployable email infrastructure.

    It is designed with simplicity and functionality in mind, and offers a full-featured mail server that doesn’t rely on proprietary software or include unnecessary features often found in more extensive groupware solutions.

    It supports IMAP, IMAP+, and SMTP protocols and includes auto-configuration profiles for email clients. The system offers web-based access through multiple webmail options and an administration interface.

    Suggested read: DKIM – What Is It & Why Your Emails Need It

    4. Poste.io

    Poste.io is a great email server solution designed for quick and easy deployment. It offers a full suite of email services, including SMTP, IMAP, and POP3 protocols and antispam and antivirus protection. One of its key features is the ability to set up a fully functional mail server in approximately five minutes, which makes it an attractive option for users who need a robust email infrastructure without the complexity of manual configuration.

    The system includes a web-based administration interface and webmail client, which provide convenient management and access to emails from any device with a web browser. It also contains built-in spam filtering using RSPAMD and antivirus protection with ClamAV. The system prioritizes encryption, using SSL/TLS for all communications to protect sensitive data.

    Additionally, Poste.io offers features such as email redirection, auto-reply capabilities, and quota management, all of which can be controlled through its web interface. Its container-based Docker architecture isolates it from other applications, enhancing overall security and simplifying deployment and management.

    If you want to test this out for yourself, you can view the official demo of Poste.io.

    Suggested read: How to Install Ubuntu Mail Server? [Step By Step Guide]

    5. iRedAdmin-Pro

    iRedMail is a powerful email server solution offering a free, open-source edition (OSE) and a premium version called iRedAdmin-Pro. It provides comprehensive features for managing email domains, users, and security settings through a user-friendly web interface.

    The free version of iRedMail allows users to set up and manage unlimited mail domains and user accounts. It includes basic features such as mailbox quota control, mailing list management, and a localized web interface in multiple languages.

    The open-source edition is suitable for users who need a simple, no-cost solution for their email server needs.

    iRedAdmin-Pro, the premium version, significantly expands on the capabilities of the free edition. It offers advanced domain and user management features, including domain-level admins, per-user service control, and self-service options for end-users. The Pro version also includes robust security features such as spam and virus quarantining, detailed throttling controls, and integration with Fail2ban for enhanced protection against malicious activities.

    Additionally, iRedAdmin-Pro provides advanced searching capabilities, logging of admin activities, and the ability to export account statistics, making it ideal for organizations that require more control and security in their email infrastructure.

    If interested, you should check out the demo website to get a feel for the iRedAdmin-Pro dashboard.

    Suggested read: 8 Best Linux Mail Transfer Agents in 2024 (Our Top Picks)

    6. Mail-in-a-Box

    Mail-in-a-Box is a user-friendly, open-source email server solution that allows individuals to become mail service providers. In just a few easy steps, it can turn a fresh cloud computer running Ubuntu 22.04 into a fully functional mail server.

    It provides comprehensive features, including webmail access through Roundcube, IMAP/SMTP server support for mobile devices and desktop mail software, and contacts and calendar synchronization via Nextcloud. It also incorporates essential email functionalities such as spam protection, mail filter rules, and automated backups to services like Amazon S3.

    One of Mail-in-a-Box’s strengths is its automatic DNS configuration. When users allow it to become their nameserver, it sets up important DNS records for mail deliverability and security, including SPF, DKIM, DMARC, and MTA-STS. The system also supports DNSSEC for enhanced protection against active attacks.

    Suggested read: The 19 Best & Most Reliable Transactional Email Services 2023

    7. Apache James

    James (Java Apache Mail Enterprise Server) is a versatile and modular email server solution built on the Java Virtual Machine (JVM). It offers a comprehensive set of components that allow users to create customized email processing systems. James supports many email protocols, including SMTP, LMTP, POP3, IMAP, ManageSieve, and JMAP, making it a flexible choice for various email server needs.

    James self hosted email server

    One of James’ key strengths is its modular architecture, which allows users to assemble only the necessary components for their specific use case. This flexibility extends to its storage options, supporting various databases such as Cassandra, PostgreSQL, HSQLDB, MySQL, and OpenSearch.

    James also provides a Mailet Container, which enables users to customize filtering and routing rules, enhancing its adaptability. The portable software runs on Java RE 11 and offers multiple administration interfaces, including JMX, REST, and Command-Line.

    8. Dovecot or Dovecot Pro | Open-Xchange

    Dovecot Pro is designed to deliver unparalleled performance, scalability, and security for large-scale email service providers, such as Telcos, ISPs, and hosting companies. It is an open-source solution that comes in both free and professional versions, with Dovecot Pro offering advanced features tailored to meet the needs of enterprises.

    Dovecot Pro supports dynamic scalability and offers efficient hardware utilization, enabling it to manage millions of users across multiple physical sites. Its stateless architecture provides flexibility, allowing components to be deployed on dedicated nodes for seamless scaling.

    Dovecot Pro supports all major email standards, including IMAP, POP3, LMTP, and Manage Sieve protocols, to ensure smooth mail delivery and retrieval. Advanced security features, such as full encryption of data at rest, OAuth authentication, and integration with OX Abuse Shield, are also supported and offer robust protection against login abuse.

    9. WildDuck Mail Server

    WildDuck Mail Server is a developer-first email server solution designed for scalability, Unicode support, and API control. It is ideal for large deployments with over 1,000 email accounts.

    WildDuck is stateless, which enables seamless integration of additional application servers behind a TCP load balancer. This significantly increases throughput without worrying about user-to-server assignment.

    Unlike traditional setups, WildDuck doesn’t use the file system for storage; instead, it separates email content from attachments. This allows it to offer efficient data management by leveraging cost-effective storage solutions such as SATA for attachments and faster SSDs for critical data.

    WildDuck Mail Server

    It is written in a memory-safe language and operates without root privileges, eliminating common security risks. Additionally, WildDuck supports multi-factor authentication, application-specific passwords, and user-configured GPG public keys for encrypted storage.

    Moreover, its API-driven architecture allows granular control over everything, from mail account settings to server-side filtering and auto-replies, which provides flexibility and ease of management.

    10. Keila

    Keila is an open-source email hosting server designed to simplify the management and execution of personalized newsletter campaigns. Keila offers users a versatile platform that caters to developers and non-technical users. Its drag-and-drop Block Editor allows for easy visual customization of newsletters, while advanced users can build their designs using MJML or Markdown.

    Keila ensures compatibility across devices and clients such as Gmail, Outlook, and Thunderbird, so your emails always look professional, whether recipients are using mobile or desktop devices. The platform also offers privacy-focused robust analytics without unnecessary data collection and even allows users to turn off tracking for maximum privacy.

    Keila self hosted email server

    With Keila’s Form Builder, users can create sign-up forms customized with additional fields and stay protected from bots using captcha checks and double opt-in processes. As a 100% open-source solution, Keila ensures no vendor lock-in, making it a highly customizable and scalable alternative to proprietary tools such as Mailchimp and Brevo.

    Should You Self-Host Email Servers?

    Many email experts strongly advise against self-hosting email servers for primary communication, especially for businesses or organizations that rely heavily on email. The complexities of maintaining a secure, reliable, and spam-free email server often outweigh the potential benefits of self-hosting. Instead, it is recommended to use established email service providers with the resources and expertise to handle email delivery and security intricacies.

    However, there is a growing consensus that self-hosting can be a viable option for sending transactional and other notification emails. These emails are typically system-generated and don’t require the same level of inbox placement and deliverability as regular correspondence. Self-hosting in this context can provide more control over the sending process and potentially reduce costs for high-volume senders.

    Ultimately, the decision to self-host should be based on carefully assessing your technical capabilities, resources, and specific needs.

    Suppose you do self-host for transactional emails. In that case, experts recommend implementing robust security measures, regularly updating your server software, and closely monitoring your server’s reputation to ensure your emails continue to be delivered successfully.

    Wrapping up

    In this post, we’ve provided a comprehensive list of some of the best email hosting and newsletter tools available today, each tailored to meet various needs. Whether you’re looking for open-source flexibility or enterprise-grade performance, these tools should help you make an informed decision.

    Managing your email servers can be time-consuming and complex. Instead of getting bogged down with server management, focus on scaling your operations and leave the technical hassles to the professionals.

    If you’re ready to simplify server management and accelerate your business, try RunCloud.

    RunCloud makes it easy to manage your servers with just a few clicks, so you can concentrate on what matters most – your business.

    Sign up for RunCloud today and experience the convenience of automated server management!

    FAQs on Self-Hosting Email Servers

    How much does it cost to host your email server?

    The cost of hosting your own email server can vary widely depending on your setup and requirements. Generally, you can expect to spend anywhere from $5 to $50 monthly for a basic virtual private server (VPS) to run your email server. Additional costs may include domain registration, SSL certificates, and any premium software or services you use.

    What is the cheapest email provider?

    For those not looking to self-host, some of the most affordable email providers include Zoho Mail, which offers a free plan for up to five users, and Google Workspace (formerly G Suite), starting at $6 per monthly user. Other budget-friendly options include Bluehost and HostGator, which often include email hosting with their web hosting packages.

    What is the most secure self-hosting email?

    For secure self-hosted email, many experts recommend using a combination of Postfix (SMTP server), Dovecot (IMAP/POP3 server), and SpamAssassin (spam filter). When properly configured with solid encryption and security measures, this setup can provide a highly secure email environment. Some also advocate for using encrypted email services such as ProtonMail for added security.

    How do I create my own email server for free?

    Creating a free email server is possible using open-source software on a home computer or a free-tier cloud service. You can use software such as iRedMail or Mail-in-a-Box, which automates much of the setup process. However, keep in mind that while the software may be free, you’ll likely still incur costs for domain registration and possibly for a static IP address.

    What is the best email provider for personal use?

    The “best” email provider for personal use depends on individual needs. Still, Gmail is often considered top-tier due to its robust features, ample storage, and integration with other Google services. Other popular options include Outlook.com (formerly Hotmail) and ProtonMail for those prioritizing privacy and security.

    Can I create my own SMTP server?

    Yes, you can create your own SMTP (Simple Mail Transfer Protocol) server using open-source software such as Postfix or Exim on a Linux system. However, setting up and maintaining an SMTP server requires technical knowledge and ongoing management to ensure proper functionality and security.