Yes: with Laravel Cloud preview automation, a matching pull request can get a deployed app at its own URL. New commits can update that preview, and configured cleanup can remove the environment and its resources when the pull request merges or closes. Reviewers can test a real, isolated deployment without competing for one shared staging environment.
What a Laravel pull request preview does
A preview environment is a deployed version of an application associated with a pull request. Instead of asking reviewers to imagine how a change will behave from a diff or screenshots, the team can share a URL where they can use the running app.
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Laravel Cloud describes a workflow in which automation watches for pull requests matching configured branch rules. It can provision resources, deploy the branch, create a unique URL, and post that URL to the pull request. Later commits update the preview; cleanup can remove the environment and resources when the request is merged or closed. Laravel’s preview-environment guide explains the workflow.
That makes previews useful for changes whose behavior is difficult to judge in isolation: a reviewer can click through a form, inspect loading and empty states, or follow a multi-step flow in the deployed app. Designers, colleagues, or clients can also give feedback against the actual interface.
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How to configure the preview workflow
In Laravel Cloud, configure preview automation from the environment that should generate previews. The exact configuration depends on the application’s resources and deployment process, but the workflow has several key decisions:
- Choose the branch rules. Specify which branches or pull requests should trigger previews, so the automation runs only for the changes the team intends to review.
- Select resources. Decide whether each preview should receive separate resources, such as a database, cache, and background processing, or reuse resources where that is suitable.
- Set environment variables. Add the values the preview needs. The automation has its own variables; do not assume production credentials are copied or appropriate.
- Define deployment steps. Configure commands the application needs, which may include migrations or seeders.
- Set cleanup behavior. Decide whether preview environments and their created resources should be deleted when a pull request closes or merges.
Laravel’s deployment documentation also describes isolated stacks for pull requests and teardown when a request merges or closes. Laravel’s Laracon US 2025 announcement described preview availability on Growth, Business, and Enterprise plans, along with branch and pull-request filtering, shared or dedicated resources, custom deployment steps, and optional auto-deletion. Plan availability and product details can change, so check the current Cloud documentation before relying on a plan assumption.
Keep preview data and integrations safe
Laravel says preview resources are provisioned separately for each preview by default, and a preview setup can include an application database, cache, and background processing. Separate resources make it easier to test changes without altering a shared environment, but the team still controls what the app connects to.
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Before enabling previews for a repository, identify what the app can do beyond rendering pages: send emails, charge payments, enqueue jobs, or call external APIs. Give the preview safe configuration for those paths, and ensure test data is appropriate for the people who can access its URL.
What a preview can help you test
A deployed environment lets a team exercise more than the visual result of a code change. Laravel identifies browser tests against the preview URL, integrations using sandbox credentials, build and deployment commands, migrations, seeded data, queue behavior, and resource configuration as possible uses.
- Browser flows: verify a form submission, a sign-up sequence, or a multi-step checkout in the running application.
- Interface states: inspect loading, validation, and empty states that may be hard to assess from a code review alone.
- Deployment behavior: confirm the configured build and deployment commands work with the pull request’s changes.
- Data and infrastructure changes: exercise migrations, seeders, queue configuration, or other resource changes against the preview’s non-production setup.
- Stakeholder feedback: let colleagues, designers, or clients inspect a working change before it is merged.
A preview is not a substitute for the application’s full testing and production safeguards. Its value is that the change can be inspected in a deployed context, with resources and credentials chosen for the test.
How scale-to-zero affects preview costs
Laravel says supported idle resources can scale to zero and wake when needed, which can reduce compute cost while previews wait for review. That behavior applies to supported resources; it does not establish that every service or charge associated with an application stops while idle.
Best Value
Laravel’s September 28, 2026 article gives these approximate compute-cost examples for the described configuration:
| Preview | Example active duration | Approximate compute cost |
|---|---|---|
feature/checkout |
10 minutes | Approximately $0.0033 |
feature/account |
1 hour 30 minutes | Approximately $0.0298 |
feature/emails |
2 hours 20 minutes | Approximately $0.0463 |
| Total | 4 hours | Approximately $0.08 |
These are Laravel-published estimates in its September 28, 2026 article, not a price promise or a universal estimate for every app. They describe compute cost for the stated examples; the figures do not establish the total cost of every service or usage charge a team might incur.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Choosing an approach for pull request previews
Laravel Cloud is not the only deployment path, but the available options do not have a complete, like-for-like feature and cost comparison. Assess the operational fit for your own application rather than treating a short feature list as a ranking.
| Approach | What the cited material establishes | What to verify |
|---|---|---|
| Laravel Cloud | Laravel describes managed pull-request previews, separately provisioned resources by default, cleanup controls, and scale-to-zero behavior for supported idle resources. | Current plan availability, resource support, access controls, and the cost of your actual configuration. |
| Laravel Vapor | Its official homepage describes a serverless Laravel deployment platform with multiple environments and environment-specific vanity URLs; it also says it is no longer accepting new signups. | Whether the current signup status has changed and whether its environment model meets your preview and cleanup requirements. |
| Laravel Forge with automation | The GitHub Marketplace listing for Laravel Deploy Preview describes an action that creates on-demand preview environments using Forge. Public or private access depends on server settings; its listing notes that close-event cleanup requires attention to GitHub workflow event behavior. | Maintenance responsibility, workflow event configuration, cleanup reliability, access controls, and compatibility with your services. |
Compare setup and ongoing maintenance, per-pull-request isolation, separation of data and integrations, cleanup behavior, deployment customization, access control, supported services, and actual current cost. A managed option can reduce infrastructure work, while an automation-based setup may require the team to own more of the deployment and lifecycle details.
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