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Laravel Cloud

Laravel Cloud Verdict

4.2/5

Summary

Laravel Cloud is the most frictionless path to deploying a Laravel application in production today. The Laravel team built it specifically for their own framework, and it shows: zero-config deploys, native queue workers, scheduled tasks, and managed databases all work out of the box without touching a server. We have started using it for projects that need elastic scaling without the DevOps overhead, and the experience has been genuinely impressive. The main caveats are that it is Laravel-only, the platform is still maturing (launched February 2025), and costs can climb faster than expected on higher-traffic applications without careful configuration.

Best For

Laravel applications that need auto-scaling and fully managed infrastructure without hiring a DevOps engineer or learning AWS.

Watch Out

Laravel-only lock-in and usage-based costs that require active monitoring to avoid bill surprises at scale; not a fit for mixed-stack projects.

What Is Laravel Cloud?

Laravel Cloud is a fully managed platform-as-a-service for deploying Laravel applications, built and operated by the Laravel team itself. It launched on February 24, 2025, alongside Laravel 12, and sits in a different category from the team's two older tools: Forge (which provisions VPS servers you still manage) and Vapor (which runs your app as serverless functions on AWS Lambda). Cloud is the team's answer to the question of what a zero-ops Laravel hosting product would look like if they controlled the full stack.

Under the hood, Laravel Cloud runs on Amazon EC2 using a containerized, horizontally scalable architecture. You connect a GitHub, GitLab, or Bitbucket repository, configure environment variables, and push. The platform handles the build, replica management, load balancing, SSL provisioning, DDoS protection, and database provisioning without requiring an AWS account or any server knowledge on your end. Deployments take under 60 seconds from push to live URL, with zero-downtime rolling updates built in.

The platform is explicitly Laravel-optimized. Queue workers, the task scheduler, Horizon, and managed databases all work as first-class features rather than bolt-ons. This specificity is both its biggest strength and its most meaningful constraint: if your project is a Laravel application, almost everything you need is native; if it is anything else, this is not the right platform.

Key Features

  • Auto-scaling with hibernation: Set a replica ceiling and Cloud scales up on CPU demand, then scales back down, including all the way to zero during idle periods. You pay only for active compute time.
  • Git-connected deployments: Push to a branch and it deploys. Pull request preview environments are available on Growth and above, each with its own URL suitable for client review or QA.
  • Queue workers and background jobs: Workers are configured in the same deployment manifest as your web replicas. They scale independently, support Horizon, and run as persistent processes rather than cron-triggered functions.
  • Task scheduler: Laravel's built-in scheduler runs natively without needing a cron entry on an external server.
  • Managed databases: One-click MySQL, serverless Postgres (Neon-powered, auto-scaling), and Valkey cache. Compute and database run in the same region by default.
  • Multi-environment support: Staging, production, and feature environments each get their own config, secrets, and domain, with environment-specific autoscaling rules on Business and above.
  • Built-in observability: HTTP access logs, application logs, deploy history, and basic performance metrics are in the dashboard. No third-party plugin required to see what your app is doing.
  • SOC 2 Type 2 compliant: Relevant for enterprise and healthcare clients with compliance requirements.

Pricing

Laravel Cloud uses usage-based pricing with three named plans:

Starter - No monthly fee. You get $5 in free credit with no credit card required to start. After that, you pay only for what you use. Compute starts at roughly $4/month for a Flex 1 vCPU/256 MB instance with hibernation enabled. Custom domains are not supported on the free sandbox tier; the $20 Growth plan unlocks them. Starter is limited to a single replica, making it appropriate for dev environments and low-traffic apps.

Growth - $20/month plus usage. Unlocks autoscaling up to 10 replicas, preview environments, worker clusters, and a basic web application firewall. Managed MySQL and Postgres are available. A typical pre-scale startup app (flexible compute + MySQL + Redis/Valkey) runs approximately $16-25/month on top of the plan fee.

Business - $200/month plus usage. Unlimited autoscaling, scheduled autoscaling (scale up before a known traffic event), teams and RBAC, SAML/SCIM, advanced WAF, and private networking. This tier is aimed at applications with genuine traffic variability or enterprise security requirements.

Enterprise - Custom pricing with dedicated infrastructure, volume discounts, and white-glove support.

Data transfer is $0.10/GB across all plans, and object storage is $0.02/GB/month. The main bill-shock risk is outbound bandwidth on high-traffic sites or large file uploads, not compute. Budget $5-10/month for a small Statamic site; $20-60/month for a production web app at modest scale.

Our Experience

We started using Laravel Cloud at Lucky Media recently, and the onboarding experience lives up to the promise. We went from signing up to a deployed Laravel application with a connected database in under 10 minutes, with no SSH, no Nginx config, and no server sizing decisions to make. For the kind of Laravel projects we run on behalf of clients, that time-to-live reduction is real and material.

What has stood out most is the auto-scaling behavior during traffic spikes. Projects that previously needed either an oversized Forge server (wasting money 95% of the time) or manual intervention during peak events now handle variability automatically. The hibernation feature is genuinely useful for staging environments: they sleep when idle, so you are not paying $20+/month for a server that gets hit twice a day during review cycles.

The platform is young, and there are rough edges. The monitoring dashboard is functional but not deep, and we are currently routing production logs to an external service for anything requiring alerting or retention. The Growth plan's $20/month base fee is a meaningful jump from the Starter tier and prices out some small client sites that do not need autoscaling. But for the class of projects where elastic Laravel hosting matters, the developer experience is the best we have seen.

When Lucky Media Recommends Laravel Cloud

We reach for Laravel Cloud when:

  • The project is a Laravel API, Statamic site, or full-stack Laravel app with variable traffic
  • The client needs auto-scaling but does not have a DevOps budget or team
  • Queue workers and scheduled jobs are core to the application, not afterthoughts
  • The team wants zero-downtime deployments and preview environments without managing CI/CD pipelines
  • Speed-to-production matters and infrastructure setup time is a constraint
  • The project will scale and we want horizontal elasticity without migrating later

We would suggest alternatives when:

  • The project includes Node.js services, Python workers, or any non-Laravel backend component that needs to co-locate on the same platform
  • The client requires full SSH access, custom PHP extensions, or non-standard server configuration
  • Traffic is flat and predictable and cost optimization is the primary concern
  • The stack includes a headless frontend on Vercel or Netlify and only the Laravel API needs hosting
  • The client is on a strict enterprise cloud agreement (AWS, Azure, GCP) and cannot route workloads to a third-party PaaS

faq

How is Laravel Cloud different from Laravel Forge?

Laravel Forge provisions and manages VPS servers on providers like DigitalOcean, AWS, or Hetzner. You still own the server, configure PHP, manage Nginx, and handle OS updates. Laravel Cloud is a fully managed PaaS where there are no servers to touch at all. You connect a Git repo and Cloud handles builds, replicas, load balancing, SSL, and scaling automatically. Forge gives you more control and lower cost for predictable traffic; Cloud gives you less ops work and elastic scaling on demand.

How is Laravel Cloud different from Laravel Vapor?

Both are fully managed, but the architecture is different. Vapor runs your app as serverless functions on AWS Lambda, which means near-infinite scaling but cold starts, AWS account requirements, and a steeper learning curve around Lambda constraints. Laravel Cloud runs your app in containers on EC2 with horizontal autoscaling, which behaves more like a traditional long-running server. There are no cold start penalties, persistent connections work normally, and you do not need an AWS account.

Does Laravel Cloud support queue workers and scheduled tasks?

Yes, and this is one of its strongest selling points. Queue workers, background processes, and the Laravel task scheduler are all first-class citizens on the platform. You configure them directly in the dashboard or deployment config without writing custom server scripts. Workers scale independently of web replicas, so a traffic spike does not starve your job queue.

Is Laravel Cloud free?

Laravel Cloud has no monthly base fee on its Starter plan - you only pay for what you use, with $5 in free credit included when you sign up (no credit card required). A small app with hibernation enabled can run for roughly $4-7/month. Custom domains require the Growth plan at $20/month plus usage. The Growth plan is where most production projects land once they need autoscaling, preview environments, and a custom domain. There is no fully free production tier, but the Starter pay-as-you-go model is the most accessible entry point of any managed Laravel platform.

Does Laravel Cloud run on AWS?

Yes. Laravel Cloud runs on Amazon EC2 under the hood, using a containerized architecture with horizontal autoscaling. This is different from Laravel Vapor, which runs on AWS Lambda (serverless functions). Cloud's EC2-based containers behave like traditional long-running servers: no cold starts, persistent database connections, and no Lambda runtime constraints. You do not need your own AWS account - the infrastructure is fully managed by the Laravel team on your behalf.

Our verdict

Developer Experience & Setup
How fast and friction-free is the initial setup?Can you connect a repository and have a working deployment in under 10 minutes without reading documentation?
5/5
How cleanly does the platform integrate with Git-based deployment workflows?Auto-deploy on push, branch deploys, pull request previews, are these first-class features?
5/5
How capable and ergonomic is the platform's CLI?Can you deploy, manage environment variables, and inspect logs entirely from the terminal without touching a dashboard?
4/5
How clear and usable is the platform dashboard for day-to-day operations?Can a developer find what they need (logs, deployments, environment variables, domains) without hunting?
4/5
Frontend & Static Site Support
How well does the platform handle static site deployments?Instant cache invalidation, global CDN, custom headers, redirect rules, without extra configuration.
3/5
Does the platform automatically create unique preview URLs for every branch or pull request?Are these reliable enough to share directly with clients or stakeholders?
4/5
How well does the platform handle frontend build pipelines in practice?Build caching, configurable build commands, environment-specific builds, build time performance.
4/5
How well does the platform support modern frontend frameworks out of the box?Next.js, Astro, Nuxt, Remix, are there zero-config presets or does each require manual tuning?
2/5
Backend & Compute Support
Does the platform support serverless functions in a way that feels native and practical?Cold start performance, function size limits, runtime options, execution time limits.
3/5
Can the platform host long-running backend services such as Laravel APIs, Node.js servers, or background workers?Or is it limited to short-lived serverless invocations only?
5/5
Does the platform support Docker-based deployments?For projects that need custom runtimes, non-standard dependencies, or full backend control.
3/5
Does the platform provide a practical path for running background workers, queue processors, or scheduled cron jobs?Without requiring a separate infrastructure layer.
5/5
Edge & Performance
How globally distributed and effective is the platform's content delivery network?For serving static assets and cached responses, does it cover the regions your clients' users are actually in?
3/5
Does the platform support running logic at the edge, close to the user?For use cases like A/B testing, geolocation redirects, authentication checks, or personalisation.
2/5
How well does the platform manage cold start latency for serverless or edge functions?Are cold starts fast enough that end users don't notice them in production?
4/5
How consistently fast are API and page response times for end users across different global regions?Based on real production deployments, not just benchmarks.
4/5
Database & Storage
Does the platform offer managed database hosting as a native add-on?PostgreSQL, MySQL, Redis, or does every project require a separate external database provider?
5/5
Does the platform provide object or file storage for uploads, assets, and user-generated content?Or does this always require a third-party service like S3 or Cloudflare R2?
4/5
How practical is it to keep compute and database geographically co-located?When using the platform's compute alongside an external or managed database, to avoid latency.
5/5
Configuration & Customization
How well does the platform manage environment variables across multiple environments?Production, preview, development, are secrets handled securely and easy to audit?
5/5
How capable and expressive is the platform's redirect and rewrite rule system?Complex routing, trailing slashes, locale prefixes, legacy URL patterns, without application-level code.
3/5
Can you set custom HTTP response headers at the platform level?Cache control, security headers, CORS, without requiring application code changes.
3/5
Does the platform support a clean multi-environment workflow?Staging, production, feature branches, with isolated environment variables, separate domains, and independent deployments.
5/5
Pricing & Cost Predictability
How transparent and predictable is the pricing model?Can you accurately forecast your monthly bill before deploying, or does the pricing depend on usage variables that are hard to estimate upfront?
4/5
How well does the platform protect against unexpected overage charges?Is there a risk of a large surprise bill if a site gets a traffic spike or a function runs more than expected?
3/5
How strong is the value relative to cost at a typical client project scale?Considering what the platform actually provides, compute, CDN, storage, bandwidth, build minutes.
4/5
How genuinely useful is the free tier for real development work?Not just toy projects, can you run a client staging environment or a low-traffic production site without paying?
3/5
Reliability & Operations
How reliable has the platform been in production across real projects?Are incidents rare, short-lived, and well-communicated, or have outages caused client-facing problems?
4/5
How quickly and safely can you roll back a bad deployment?Is rollback a one-click operation on a previous build, or does it require manual intervention?
5/5
How accessible and practical are production logs?Can you diagnose a live issue in real time without setting up external logging infrastructure?
4/5
Does the platform provide meaningful built-in observability?Request rates, error rates, performance metrics, or does useful monitoring always require a third-party integration?
4/5
Vendor Lock-in & Portability
How much does the platform encourage or require proprietary features that would make migrating difficult?Custom runtimes, platform-specific APIs, storage formats.
2/5
How straightforward is it to migrate a project away from this platform if needed?Could your team move to a different provider in a week without rewriting application logic?
3/5
Does the platform use open, widely-supported standards rather than proprietary abstractions?Docker, standard Node.js runtime, Git, standard HTTP, not abstractions that only work within its own ecosystem.
3/5
Use Case Fit
How well-suited is this platform for hosting high-performance marketing sites?Astro, Next.js, where performance, SEO, and editorial preview deployments matter most.
3/5
How well-suited is this platform for hosting full-stack web applications?SaaS products, client portals, API backends, where persistent compute, database access, and backend reliability are required.
5/5
How practical is this platform for an agency managing multiple client projects simultaneously?Project isolation, team access controls, cost per project, ease of client handoff.
4/5
Final verdict
4.2/5