How to Host Drupal on AWS: Complete Guide for 2026

Key Takeaways

• Lightsail allows quick setup for small sites but severely restricts scalability as traffic grows.
• Elastic Beanstalk automates infrastructure provisioning, though debugging underlying configuration errors remains difficult and opaque.
• ECS delivers powerful container orchestration but requires the steepest learning curve to implement successfully.
• Manual EC2 offers control but demands high DevOps expertise and constant maintenance.

Drupal is the heavy hitter of the CMS world. There’s a reason Tesla, Lamborghini, and countless government agencies run on it: it’s built to last. When you drop that engine into the chassis of Amazon Web Services (AWS), you theoretically have an invincible setup: infinite scale, military-grade security, and unmatched reliability.

But let’s be honest: deploying Drupal on AWS is a rabbit hole.

“Hosting on AWS” isn’t a single checkbox. It’s a menu of options ranging from “simple $3 VPS” to “million-dollar enterprise architecture.” Pick the wrong one, and you’re either burning money or waking up at 3 AM to fix a crashed server.

Here is the no-nonsense breakdown of how to actually get this done, starting with why we bother with AWS in the first place.

Why Choose AWS for Drupal Hosting?

Before diving into the “how,” let’s think about our choice. Here is why developers actually move Drupal to AWS:

Latency hurts business: With 30+ regions, you can put the server right next to your users. If your audience is in London, your server shouldn’t be in Virginia.

The “Reddit Hug of Death”: If you go viral, a traditional shared host will choke. AWS scales from 100 to 100,000 concurrent users without sweating, if you architect it right.

Uptime: AWS guarantees 99.99% uptime. For mission-critical sites (imagine election night news or Black Friday ecommerce), this isn’t optional.

Security: You get access to the same firewalls and compliance tools (HIPAA, SOC, PCI) that banks use. It would cost you millions to build this level of security yourself.

Now, let’s explore how you can actually get Drupal hosting running on this powerful infrastructure.

Method 1: AWS Lightsail – The Drupal Sandbox Solution

If you are new to AWS or just need to get a Drupal site up fast, start here. Lightsail is AWS wrapping its complex services in a user-friendly package. You don’t worry about VPCs or subnets; you just buy a box.

What Is AWS Lightsail?

It’s a Virtual Private Server (VPS) with a fixed price tag. You get compute, storage, and networking bundled together. This is everything needed to run Drupal.

How to Deploy Drupal on Lightsail

The deployment process is refreshingly simple:

1. Choose a Drupal Blueprint: Lightsail offers a pre-configured Drupal image (powered by Bitnami) that installs Drupal with all dependencies in minutes.
2. Select Your Plan: Plans start at $3.50/month for basic sites and scale up to $160/month for larger deployments. Each plan comes with fixed CPU, RAM, storage, and data transfer.
3. Configure Your Instance: Set your availability zone (choose one closest to your users), create a static IP, and optionally attach additional storage.
4. Access Your Drupal Site: Once deployed, you’ll get the admin credentials via SSH. Your Drupal site is immediately accessible via the assigned IP address.

When Lightsail Makes Sense

Lightsail works well for:

• Dev/Staging environments.
• Personal portfolios or blogs.
• Small business sites with predictable traffic.
• Projects with a budget under $100/mo.

Limitations to Consider

Lightsail is rigid. It does not auto-scale. If traffic spikes, you can’t just magically add more servers. You are limited to the resources of the plan you picked (capping out around 32GB RAM). It also lacks the deep-dive metrics you get from full AWS CloudWatch.

Method 2: AWS Elastic Beanstalk – The DevOps-in-a-Box Solution

If you want the power of AWS scaling but don’t want to manually configure Linux kernels, Elastic Beanstalk (EB) is the middle ground. It’s a Platform-as-a-Service (PaaS). You give it your code; it builds the infrastructure such as load balancers, auto-scaling groups, and more.

Architecture Overview

Beanstalk automatically provisions a professional stack for you:

• EC2 Instances: The servers running PHP/Drupal.
• Load Balancer (ALB): Distributes traffic across those servers.
• Auto-Scaling: Spins up new servers when traffic hits, kills them when it drops.
• EFS: Shared storage for your Drupal files (essential since you have multiple servers).

Deployment Process

Deploying Drupal to Elastic Beanstalk requires more technical knowledge than Lightsail:

1. Prepare Your Drupal Codebase: Use Composer to manage Drupal dependencies. Your code structure should follow the standard Drupal directory layout with the web root in a /web directory.
2. Configure .ebextensions: Create configuration files that tell Beanstalk how to set up your environment—PHP settings, document root, cron jobs, and environment variables.
3. Set Up RDS Database: Create a MySQL or Aurora database instance. Critical note: Don’t let Beanstalk create the database for you in a production environment. If you terminate the Beanstalk environment, it will delete the database along with all your content.
4. Configure EFS for Shared Storage: Since Beanstalk runs multiple EC2 instances, you need shared storage for Drupal’s sites/default/files directory. Amazon EFS provides this networked filesystem.
5. Deploy via EB CLI: Use the Elastic Beanstalk Command Line Interface to push your code: eb init, eb create, and eb deploy.

The AWS documentation provides a comprehensive tutorial for setting up high-availability Drupal with external RDS.

Advantages of Elastic Beanstalk

The big wins here are:

• Auto-scaling: Beanstalk can automatically add or remove instances based on CPU usage, network traffic, or custom metrics
• Managed updates: AWS handles OS patches and platform updates
• Blue-green deployments: Test new versions without downtime by deploying to a separate environment and swapping URLs
• Built-in monitoring: CloudWatch integration gives you visibility into application performance

Challenges You’ll Face

Beanstalk is powerful, but it can be tough to work on:

1. The Database Trap: Beanstalk will offer to create a database inside the environment. Do not do this. If you terminate the environment, your database is deleted. Always provision a separate RDS (Relational Database Service) instance so your data survives environment rebuilds.
2. Config Hell: You manage server settings via .ebextensions files. It’s powerful, but debugging a YAML indentation error here can take hours.
3. SSL: Unlike some managed hosts, there’s no one-click “Let’s Encrypt.” You’ll likely need to use AWS Certificate Manager.

The Cost

It’s not fixed-price. You pay for what you use (EC2 hours + RDS size + EFS storage). A small setup might be $50/mo, but a heavy traffic site can easily hit $500+.

Method 3: Manual AWS EC2 Setup – The Control Freak Solution

This is the classic way. You are the architect. You build everything from scratch.

The Full AWS Stack for Drupal

To do this right, you aren’t just spinning up one server. A production EC2 architecture looks like this:

• Compute: Multiple EC2 instances running a tuned LEMP stack (Linux, Nginx, MySQL, PHP-FPM).
• Database: Amazon Aurora or RDS MySQL (Multi-AZ for redundancy).
• Caching: ElastiCache (Redis) to offload Drupal’s cache bins.
• Storage: S3 for media files (so you don’t run out of disk space) and CloudFront CDN to serve them globally.
• Traffic Control: Application Load Balancer (ALB) and Auto-Scaling Groups.

Implementation Overview

Here’s what you’re signing up for:

First up, you’re building the LEMP stack from scratch—Linux, Nginx, MySQL through RDS, and PHP-FPM. You’ll install Drupal’s PHP extensions (there are more than you’d expect), configure PHP-FPM pools so your site doesn’t choke under traffic, and tune Nginx for static files.

Pro tip: get your fastcgi_cache settings right early. Debugging caching issues at 2 AM during a traffic spike is not how you want to spend your Tuesday.

For the database, skip standard RDS and go straight to Aurora MySQL. Yes, it costs a bit more, but the performance difference is noticeable, especially once your content editors start uploading their 47th revision of the same PDF. Set up your security groups so EC2 can actually reach RDS (sounds obvious, but you’d be surprised how many hours get lost to this), then enable automated backups with point-in-time recovery.

Caching is where things get fun. Spin up ElastiCache for Redis and connect it via Drupal’s Redis module. Once your cache bins are running through Redis instead of the database, page loads can drop by 2-3x. Your visitors probably won’t send you a thank-you note, but your server will breathe easier.

File storage is straightforward but important. The S3 File System module pushes your media to S3 instead of local disk. Why does this matter? Because when you eventually scale to multiple instances, they all need access to the same files. Local storage doesn’t play nice with horizontal scaling.

For anything with a global audience, put CloudFront in front of your ALB and configure Drupal’s CDN module to rewrite asset URLs. Someone in Singapore shouldn’t wait for your Virginia-based server to wake up and serve a logo.

Lastly, wire up CloudWatch for your metrics and logs. And use AWS Systems Manager for remote access. It’s cleaner than exposing SSH to the internet and hoping nobody notices.

Why Do This?

Go manual when you need:

• Performance: You can tune PHP-FPM pools and Nginx configs to squeeze every millisecond out of the server.
• Compliance: If you have strict data requirements, you can lock down every single port and permission.

The Reality Check

This is the expensive option, not because of server costs, but because of labor. You are responsible for OS patches, security updates, backup scripts, and disaster recovery. If you choose this route, you generally need a dedicated DevOps engineer. That’s a $100k+ salary on top of your hosting bill.

A comprehensive guide on Medium details the architecture considerations for running Drupal on EC2 at scale. It’s thorough, and it should be—because this approach requires significant technical expertise.

Method 4: AWS ECS/Fargate – The Modern Container Solution

For teams embracing containerization, running Drupal on Amazon ECS (Elastic Container Service) with Fargate offers a modern, scalable approach.

What Is ECS/Fargate?

If your team lives in Docker, traditional servers feel archaic. Enter ECS (Elastic Container Service) and Fargate.

Here, you don’t manage servers at all. You package Drupal into a Docker container, and AWS Fargate runs it.

Architecture Components

A Drupal deployment on ECS/Fargate includes:

• ECS Fargate tasks running your Drupal container
• Application Load Balancer routing traffic to containers
• RDS Aurora for the database
• EFS for persistent storage (Drupal files directory)
• ECR (Elastic Container Registry) storing your Drupal Docker images

Why Containers for Drupal?

If you’ve been aspiring to take your project “cloud-native”, this is your go-to choice.

If you’ve been left stumped why the QA engineers can’t get it working, this approach avoids such hassles.

• Consistency: The container on your laptop is the exact same binary running in production.
• Efficiency: Fargate only charges you for the CPU/RAM the container uses, not for idle server time.
• Microservices: If you are running Headless Drupal (Drupal backend + React frontend), containers make managing those separate pieces 10x easier.

The Container Hangover

It’s not all sunshine.

• The Filesystem Problem: Drupal expects a local folder for user uploads (sites/default/files). Containers are ephemeral. They get destroyed and recreated. If you store a file in the container, it vanishes. You must map this to S3 or EFS.
• Debugging: You can’t just SSH in and check a log file. You need to be comfortable with CloudWatch Logs and Docker exec.
• The Pipeline: You need a CI/CD pipeline (GitHub Actions, AWS CodePipeline) just to deploy a line of CSS.

A recent AWS re:Post discussion highlighted that while running Drupal on ECS is “cool,” the operational overhead is massive compared to standard hosting.

The “Easy Button”: Cloudways (Managed AWS)

If the previous sections made you want to quit tech and become a woodworker, look at Cloudways.

Here is the fundamental question: Do you want to be a Systems Architect, or do you want to build Drupal sites?

If it’s the latter, Cloudways sits on top of AWS. We provision the AWS infrastructure for you, but we strip away the complexity. You get a fully optimized stack in about 5 minutes, rather than the 3 days it takes to configure a VPC manually.

How Cloudways Simplifies Drupal on AWS

We don’t just hand you the keys to a blank Linux box. We deploy our proprietary Lightning Stack. It’s a pre-tuned performance beast running a combo of Nginx, Varnish, Apache, and Memcached/Redis. We specifically engineered it for PHP apps like Drupal, meaning you get sub-second load times right out of the box without ever touching a config file.

Security: We handle the OS patches and firewalls for you. You don’t need to know what a Security Group is or how to manually close a port—we keep it locked down by default.

Self-Healing: If a service crashes (like MySQL or PHP), our bot detects it and restarts it instantly. You get to sleep through the alert while the server fixes itself.

Step-by-Step: Deploying Drupal on AWS with Cloudways

We’re going to do this the clean way. Instead of relying on a pre-baked installer that might be a version behind, we’ll spin up a fresh environment and pull the absolute latest Drupal 10 directly from the source.

Step 1: Sign Up for Cloudways

Visit Cloudways and click “Start Free” You can sign up with your email, or use LinkedIn, Google, or GitHub for quick registration.

Unlike direct AWS access, Cloudways doesn’t require credit card details for the trial. You get full access to test the platform before committing.

Step 2: Launch Your Drupal Server

 

Once logged in, you’ll see the Cloudways dashboard. Click “Launch” and select:

• Application: Select Custom PHP Application. (This gives us a blank canvas for the latest Drupal build).
• Server Name: Give it a name you’ll recognize later.
• Project: Assign it to a project folder.

Step 3: Choose AWS and Configure

Here is where we pick the engine.

• Provider: Select Amazon Web Services (AWS).
• Server Size: We usually start small (e.g., Small or Medium). Since we can scale up vertically with one click later, there’s no need to over-provision now.
• Location: We pick the AWS region closest to our target audience to minimize latency (e.g., N. Virginia or Frankfurt).

This matters for Drupal performance. According to Google’s research, every 100ms increase in load time can decrease conversion rates by 7%. Serving content from nearby data centers minimizes latency.

Step 4: The 3-Minute Install

Once the server is live (usually takes about 5 minutes), we don’t need to mess with Putty or local terminal keys.

1. Open SSH: We go to Server Management > Master Credentials and click Launch SSH Terminal. It opens right in the browser.
2. Install Drupal: We navigate to our public folder and run the standard Composer command to pull the latest version: composer create-project drupal/recommended-project drupal-10
3. The Config Fix: We run a quick copy command to create our settings file so the installer doesn’t complain: cp default.settings.php settings.php

Step 4: Connect and Finalize We open our browser and hit the installation URL (e.g., your-ip/web/core/install.php). When Drupal asks for database details, we just flip back to the Cloudways dashboard, click Application Settings, and copy the pre-generated MySQL Access credentials (Database Name, Username, and Password).

Paste them in, hit Save, and we are live. We now have a pristine, latest-version Drupal 10 site running on AWS, secured by the Lightning Stack.

Cloudways Features That Matter for Drupal

Beyond simple deployment, Cloudways includes capabilities that would require significant custom development on DIY AWS:

Staging Environment

This staging environment is the killer feature. One click clones your live site to a staging URL. Break it there, fix it, then push to live. Doing this manually on EC2 requires a lot of scripting.

Backups: Automated offsite backups to S3. Restoring is one click.

SSL: One-click Let’s Encrypt. No cron jobs to write, no certbot errors.

Support: If AWS goes down at 2 AM, Amazon support won’t help you unless you pay them a fortune. Cloudways has 24/7 chat support that actually knows what Drupal is.

Pricing Comparison: Cloudways vs. DIY AWS

Developers love to say “I can do it cheaper on raw AWS.” Let’s run the math for a medium-sized site.

DIY AWS (The “Cheaper” Way):

• EC2 t3.medium: ~$30
• RDS Database: ~$25
• Redis (ElastiCache): ~$15
• Load Balancer: ~$20
• Storage/Bandwidth: ~$20
• Total Cash: ~$110/mo
• Hidden Cost: 10 hours of your time managing updates ($500+ value).

Cloudways AWS:

• Equivalent Power: ~$36/mo (Starts lower because they optimize resources).
• Total: ~$36/mo.

It sounds wrong, but for small-to-medium sites, managed hosting is often cheaper because you aren’t paying for individual AWS services like Load Balancers and RDS instances separately.

Migration to Cloudways

Already have a Drupal site on AWS (or elsewhere)? Cloudways makes migration straightforward.

Cloudways offers free migration assistance for annual plans. Our team handles the entire process:

• Database export and import
• File transfer to Cloudways
• DNS configuration
• Post-migration testing

DIY Migration: If you prefer hands-on control:

1. Export your Drupal database
2. Download your Drupal files directory
3. Launch a new Drupal app on Cloudways
4. Upload files via SFTP
5. Import the database via phpMyAdmin
6. Update settings.php with new database credentials
7. Test thoroughly before changing DNS

The Cloudways Knowledge Base provides detailed migration guides for various scenarios.

Comparing Your Drupal on AWS Options

Let’s summarize with a comparison table to help you decide:

Feature	Lightsail	Elastic Beanstalk	Manual EC2	ECS/Fargate	Cloudways
Setup Time	15 minutes	2-4 hours	1-2 days	2-3 days	5 minutes
Technical Skill Required	Basic	Intermediate	Advanced	Advanced	Basic
Auto-Scaling	No	Yes	Yes (manual setup)	Yes	Vertical (1-click)
Managed Updates	Partial	Yes	No	Partial	Yes
SSL Management	Manual	Complex	Manual	Manual	One-click
Backup Management	Manual snapshots	Manual	Manual	Manual	Automated
Support	AWS docs only	AWS docs only	AWS docs only	AWS docs only	24/7 live chat
Starting Price	$3.50/month	~$50/month	~$110/month	~$100/month	~$36/month
Best For	Small sites	Medium sites with scaling needs	Custom requirements	Containerized apps	All Drupal sites
Maintenance Time	2-3 hours/month	10-15 hours/month	20-30 hours/month	15-20 hours/month	<1 hour/month

Which Drupal on AWS Method Is Right for You?

After exploring every viable option for hosting Drupal on AWS, here’s my honest recommendation based on different scenarios:

Choose Lightsail if:

• You’re running a small site with <10,000 monthly visitors
• Your budget is under $50/month
• You need simplicity more than scalability
• You’re comfortable with Bitnami’s default configuration

Choose Elastic Beanstalk if:

• You need auto-scaling but want AWS to manage infrastructure
• Your team has AWS experience but limited time
• You’re running multiple environments (dev, staging, production)
• Your budget allows $100-500/month

Choose Manual EC2 if:

• You have specific compliance requirements
• You need custom configurations unavailable in managed platforms
• You have a dedicated DevOps team
• Cost isn’t the primary concern

Choose ECS/Fargate if:

• You’re already containerizing other applications
• You want a modern, cloud-native architecture
• Your team has Docker expertise
• You’re building microservices around Drupal

Choose Cloudways if:

• You want AWS power without AWS complexity
• Your priority is building Drupal sites, not managing infrastructure
• You need enterprise features (staging, backups, SSL) without custom setup
• You value 24/7 expert support
• You want predictable costs and minimal maintenance

For most organizations, Cloudways strikes the right balance: You get AWS infrastructure, enterprise features, and managed support—all at a fraction of DIY costs.

Get Started with Drupal on AWS

Drupal’s flexibility and power make it ideal for complex websites, but that same flexibility demands robust hosting. Whether you choose DIY AWS infrastructure or a managed platform like Cloudways, ensuring your hosting matches your Drupal site’s needs is critical for success. For more on optimizing Drupal performance, check out Cloudways’ Drupal developer tips.