Best AWS Hosting for Laravel Apps

Laravel applications have a few specific infrastructure needs beyond a generic web server — queues, scheduled tasks, caching, and often a fair amount of database load. Here's how that maps onto AWS.

Compute

For most Laravel applications, an EC2 instance (or Lightsail for smaller deployments) running PHP-FPM behind Nginx is a solid, well-understood setup. If you're running a more complex application with background workers, separating the web server from the queue worker onto different processes — or different instances entirely at scale — keeps things cleaner and easier to scale independently.

Compare the operating and migration trade-offs in EC2 vs Lightsail before selecting the initial compute model.

Database

RDS for MySQL or PostgreSQL is the natural fit for Laravel's Eloquent ORM. For anything beyond a small application, enabling automated backups and considering a read replica for read-heavy workloads (reporting, dashboards) keeps your primary database responsive.

Caching and sessions

Laravel's cache and session drivers work well with Redis, and AWS ElastiCache provides a managed Redis instance so you're not maintaining it yourself. This also handles Laravel's queue driver if you're using Redis for queues rather than a database-backed queue.

Queues and scheduled tasks

Laravel's queue workers need a persistent process running php artisan queue:work. On AWS this is typically managed with a process supervisor (Supervisor is the common choice) running on your EC2 instance, or as a separate task if you're using containers. Scheduled tasks (php artisan schedule:run) need a cron entry pointing at your application.

Storage

For user uploads and generated files, S3 is the standard choice — Laravel's filesystem abstraction has first-class S3 support via the league/flysystem-aws-s3-v3 package, so switching from local storage to S3 is usually a configuration change rather than a code rewrite.

Deployment

For a practical order of work, AWS DevOps for small teams explains how to introduce automated checks, repeatable releases, rollback, and production verification without overbuilding the platform.

A basic CI/CD pipeline — even something simple that runs composer install, runs migrations, and restarts PHP-FPM on deploy — removes a lot of manual deployment risk. This is worth setting up even for small applications; it's not just for large teams.

Choose the operating model deliberately

Pattern	Good fit	Main responsibility
Lightsail	Small, steady application with a simple topology	Maintain the OS and Laravel runtime
EC2 + RDS	Teams needing network and instance control	Maintain compute, deployment, workers, and scaling
ECS/Fargate + RDS	Containerized applications with repeatable releases	Maintain images, tasks, observability, and capacity policy
Elastic Beanstalk	Teams wanting an application-platform abstraction	Maintain application configuration and platform updates

Whichever model you choose, keep user uploads off ephemeral compute, run queue workers under supervision, make scheduled tasks observable, and give deployments a tested rollback path.

If containers are the preferred deployment unit, compare the operational tradeoffs in ECS vs EKS before introducing a cluster model the team may not need.

Verify with AWS

• AWS guide to choosing a container service
• Amazon RDS backup and restore guidance

Putting it together

None of this is exotic, but it does require someone to actually configure it correctly rather than running Laravel on a barebones server and hoping for the best. If you'd like this set up properly from the start, or reviewed if it's already running, that's within scope of our AWS Server Setup and DevOps services.

Related reading: Best AWS Hosting for WordPress, AWS Server Setup Guide for Beginners