Laravel 12 Starter Kits: A Complete Field Guide

Reconstructed guide, written September 26, 2026. This is new writing at a restored article URL; it does not reproduce the lost original article. The discussion targets Laravel 12, so check the framework version in any newly generated project.

A starter kit removes repetitive setup, but the most important choice is how your team will maintain the application after that first afternoon. Choose a frontend by implementing a representative feature: a form with validation, a searchable list, and a page protected by a policy. That exercise tells you more than comparing screenshots of authentication screens.

The versioned Laravel 12 starter-kit documentation describes React, Vue, Svelte, and Livewire options. The JavaScript options use Inertia; the Livewire option uses Blade-oriented components and Flux UI. The kits provide editable application code and authentication through Fortify.

Choose by the work you expect to repeat

• Livewire: evaluate it first when the team prefers PHP and Blade and most screens are forms, tables, and server-backed interactions.

• React: evaluate it when the team already maintains React components or expects substantial client-side interaction.

• Vue: evaluate it when Vue is already familiar and its component conventions suit the team.

• Svelte: evaluate it when the team is comfortable owning Svelte code and its ecosystem dependencies.

These are selection criteria, not performance promises. Build the same small feature in your strongest candidate, then review the actual requests, validation handling, and code organization. Familiar tools often produce a more maintainable application than an unfamiliar stack selected for one appealing demo.

Create a project with a known version

The documented installer flow begins with the Laravel installer and an interactive starter-kit choice:

composer global require laravel/installer
laravel new course-desk
cd course-desk
npm install
npm run build
composer run dev

The current installer may generate a newer framework than Laravel 12. Read composer.json and the lock file immediately. When reproducing a Laravel 12 project, use a verified compatible starter-kit revision and retain its dependency constraints; do not silently downgrade a freshly generated application by changing only the framework constraint.

Understand what you now own

Treat generated screens as part of your application. Review registration fields, password-reset copy, redirect destinations, and account settings before changing the visual design. Write down which routes are public, which need authentication, and which require a verified email address or a specific role.

Authentication tells the application who a user is. Your product still needs a decision about which courses, invoices, or records that person may access. Put that decision in an authorization policy and exercise it through a real request. A hidden navigation item alone does not protect a record URL.

Add one complete feature

For a course dashboard, begin with a course list and one editable course. Keep validated input separate from persistence, use a policy for access, and make the controller or Livewire action delegate meaningful business work to a named action. Avoid introducing abstractions for hypothetical screens; extract repeated behavior once the actual repetition is visible.

Choose a record with a long title, no image, and enough episodes to require scrolling. Check a validation error, a successful save, and a reload. The reload matters because it confirms persistence rather than a temporary frontend state.

Example: protect the course update boundary

Assume the application already has a Course model with a user_id owner column and a title column. Generate a CoursePolicy and an UpdateCourseRequest. Conventional policy discovery works when the model and policy follow Laravel naming conventions. The policy makes the ownership decision available to controllers, forms, and other entry points:

namespace App\Policies;

use App\Models\Course;
use App\Models\User;

final class CoursePolicy
{
    public function update(User $user, Course $course): bool
    {
        return (string) $user->getKey() === (string) $course->user_id;
    }
}

The request below expects route model binding with a {course} parameter. Checking its type keeps a missing or incorrectly named route parameter from becoming an accidental authorization decision. Store this class in app/Http/Requests/UpdateCourseRequest.php:

namespace App\Http\Requests;

use App\Models\Course;
use Illuminate\Foundation\Http\FormRequest;

final class UpdateCourseRequest extends FormRequest
{
    public function authorize(): bool
    {
        $course = $this->route('course');

        return $course instanceof Course
            && ($this->user()?->can('update', $course) ?? false);
    }

    /** @return array<string, list<string>> */
    public function rules(): array
    {
        return ['title' => ['required', 'string', 'max:160']];
    }
}

This follows Laravel’s Form Request validation pattern. Inject the request into the update controller, pass its validated title to your update action, and redirect back to the course page. React, Vue, Svelte, and Blade interfaces can share this server-side boundary. A Livewire component should invoke the policy and its own validation before calling the same action.

Example: compare the same failed submission

Submit a blank course title in the candidate kit. The title field should retain focus or have a clear error association, and the submitted value should remain available for correction. Next submit 161 characters and confirm the server rejects them. Finally, change the request URL to another user’s course and confirm access is denied without updating its title. These three cases distinguish a working form from a form that merely looks complete.

For an Inertia screen, inspect the form’s error bag and pending state. For a Livewire screen, inspect the validation message and loading target. Both should prevent confusing repeat submissions while showing what the application is doing. Decide how a slow connection feels before adding animations or a larger component library.

Customize authentication deliberately

Consider an invitation-only teaching platform. Its product requirement is that administrators invite instructors, so public registration needs an explicit decision before launch. Review the enabled Fortify features and generated registration UI together. Removing a navigation link does not disable an underlying endpoint. Write a request-level check for the intended registration behavior and keep the invitation workflow separately authorized.

A second example is a course marketplace with public learner registration. That application may need verified email before purchases or publishing reviews. Map the requirement to the specific protected routes, then test both an unverified and verified account. Avoid applying a restriction to a dashboard while leaving the corresponding write endpoint unrestricted.

Keep the first deployment reproducible

Commit both dependency lock files, configure mail in the target environment, and run the production asset build in your deployment process. If the project enables server-side rendering, document its additional runtime and process requirements. A frontend choice includes deployment ownership as well as component syntax.

Record why the team chose its kit in a short project note: the sample feature built, the people who will maintain it, and the specific interaction requirements it met. Revisit that choice only when a concrete product need exposes a limitation. This makes the starter kit a considered foundation instead of a recurring debate whenever a new frontend release appears.

Verify authentication before launch

• Register and sign in using the intended product flow, including email delivery where enabled.

• Request a password reset and exercise both a valid link and an expired or invalid link.

• Confirm a signed-out visitor cannot load protected pages directly.

• Check access using a normal account as well as an administrator.

• Build production assets and repeat the main workflow without the development server.

Keep the first release small enough that you can explain each dependency and each authorization boundary. A starter kit is successful when it gives the team code they understand and can change confidently. Its value should remain visible after the generated welcome screen has disappeared.