How to Build a PHP/Laravel App with VULK

Updated July 17, 2026 — PHP projects now run in a real live preview (PHP 8.3 + nginx microVMs), rolled out July 2026. This guide reflects the current flow.

How do you build a PHP/Laravel app with VULK?

The complete answer: describe your application and mention PHP, Laravel, Blade, or Eloquent — VULK detects the stack and generates a full Laravel project with proper MVC architecture: Eloquent models with relationships, timestamped migrations, resource controllers with validation, Blade templates with layouts, named routes, and built-in authentication scaffolding. As of July 2026, the generated app runs in a real live preview: an isolated micro-VM boots PHP-FPM 8.3 behind nginx and serves your actual PHP — real Blade rendering, real routing, real form posts, not a simulation. You iterate with follow-up prompts, then export the complete source (composer.json included) and deploy to any PHP host — shared hosting, VPS, Laravel Forge, or Docker.

PHP is one of the most demanded platforms that mainstream AI builders ignore: it has 174 all-time prompt-demand mentions on VULK — comparable to React Native's 213 — from builders who want server-rendered apps, not SPAs (VULK platform data, July 2026). Bolt, Lovable, and v0 generate no PHP at all; VULK has a dedicated Laravel pipeline plus a live PHP runtime.

Why Laravel on an AI code builder?

Laravel is the most popular PHP framework for a reason: expressive syntax, powerful ORM, built-in authentication, and a massive ecosystem. But scaffolding a new Laravel project still involves repetitive setup — creating models, writing migrations, configuring routes, building Blade templates, and wiring everything together.

VULK detects when your prompt describes a PHP or Laravel application and generates the full project structure automatically. You get a working Laravel app with proper MVC architecture, not a React approximation of what you described.

How does VULK detect a Laravel project?

VULK uses contextual analysis on your prompt. If you mention PHP, Laravel, Blade, Eloquent, Artisan, or describe patterns common to server-rendered applications, the generation engine selects the Laravel stack. You can also be explicit:

Build a Laravel inventory management system with Blade templates.
Include product CRUD, category management, and a dashboard
showing stock levels.

The AI generates the complete directory structure: app/Models, app/Http/Controllers, database/migrations, resources/views, routes/web.php, and configuration files. Every file follows Laravel conventions. The preview service auto-detects the PHP runtime from the project itself (composer.json, *.php files) — you never pick a runtime manually.

What gets generated in a Laravel project?

A typical Laravel generation from VULK includes these components:

Models with Eloquent relationships. The AI creates models with proper $fillable arrays, relationship methods (hasMany, belongsTo, belongsToMany), and query scopes. If your prompt mentions categories and products, the generated Product model will have a category() relationship and the Category model will have a products() relationship.

Database migrations. Each model gets a corresponding migration with appropriate column types, indexes, foreign keys, and nullable fields. The migrations are timestamped and ordered so they run without dependency errors.

Controllers with full CRUD. Resource controllers follow Laravel conventions with index, create, store, show, edit, update, and destroy methods. Form validation uses Laravel's $request->validate() with sensible rules.

Blade templates with layouts. A base layout (app.blade.php) with @yield sections, plus individual views for each CRUD operation. The templates use Blade directives — @foreach, @if, @csrf, @method — not raw PHP.

Route definitions. routes/web.php with resource routes, middleware groups, and named routes that match the controller structure.

Authentication scaffolding. When your prompt includes auth requirements, VULK generates login/register views, an authentication controller, and middleware protection on routes — using Laravel's built-in auth patterns, not external services.

Platform-wide, this database-first shape is the norm: 62% of all VULK-generated apps include a SQL schema (VULK platform data, July 2026) — and Laravel's migration system is one of the cleanest expressions of it.

Which prompts produce the best Laravel apps?

Here are tested prompts that produce well-structured Laravel applications:

Blog with admin panel:

Build a Laravel blog with a public-facing article list and an admin
panel. Articles have a title, body (rich text), featured image,
category, and tags. The admin panel should have article CRUD,
category management, and a media upload page. Use Blade templates
with a clean design. Include authentication for admin users.

E-commerce product catalog:

Create a Laravel product catalog for a furniture store. Products
have a name, description, price, multiple images, and belong to
categories. Include a public storefront with category filtering,
search, and product detail pages. Admin section for managing
products and orders. Use Eloquent for all database operations.

Project management tool:

Build a Laravel project management app. Users can create projects,
add tasks with due dates and priority levels, and assign tasks to
team members. Include a dashboard showing overdue tasks and project
progress. Use Blade components for reusable UI elements.
Authentication with role-based access: admin, manager, member.

API backend:

Create a Laravel REST API for a mobile fitness app. Endpoints for
user registration/login (token-based auth), workout logging,
exercise library, and progress tracking. Include proper API
resource classes, form request validation, and rate limiting.
Return JSON responses with consistent structure.

How do you iterate on a generated Laravel project?

After the initial generation, you can refine the application through follow-up prompts. This is where VULK's conversational editing becomes powerful for Laravel projects:

Adding features:

Add a soft delete to the Product model with a trash page in the
admin that shows deleted products and allows restoring them.

Improving validation:

Add custom form request classes for the ProductController.
The store request should validate that the price is a positive
decimal, the name is unique within the same category, and images
are max 2MB each.

Adding relationships:

Add a review system. Users can leave reviews on products with
a rating (1-5) and comment. Show average rating on the product
listing page and individual reviews on the product detail page.

Adding middleware:

Add role-based middleware. Only admin users can access the admin
routes. Regular users can only view their own orders and profile.
Add a 'role' column to the users table migration.

Each edit generates surgical changes — only the files that need modification are updated, preserving your existing code structure. The median build conversation across the platform is 4 messages; the projects people actually ship often run past 25 (VULK platform data, July 2026).

How does the live PHP preview work?

This changed fundamentally in July 2026. PHP projects now run in VULK's multi-runtime preview infrastructure: each preview is an isolated Firecracker micro-VM booting a PHP 8.3 runtime — PHP-FPM behind nginx, serving from the project's public/ docroot. It is your actual PHP executing, which means you can verify:

• Blade directives render correctly — real template compilation, not a simulated approximation
• Layouts and sections compose properly
• Form submissions post to real routes and execute real controller code
• Conditional content shows based on auth state
• Redirects, sessions, and validation errors behave exactly as they will in production

Previously, PHP output could only be inspected as code. Now it is one of four platforms with live preview on VULK, alongside React + Vite (hot-reload micro-VMs), Flutter (build-then-serve), and Python.

Which Laravel patterns does the AI handle well?

Through extensive testing, these Laravel patterns generate reliably:

• Resource controllers with all seven methods
• Eloquent relationships including polymorphic and many-to-many with pivot data
• Form validation with custom error messages
• Blade components using both class-based and anonymous components
• Middleware for authentication, authorization, and custom checks
• Database seeders with realistic factory data
• Pagination with Blade pagination links
• File uploads with storage disk configuration

What should you review after generation?

While VULK generates well-structured Laravel code, there are areas worth checking:

Environment configuration. The generated .env file uses sensible defaults, but you will need to update database credentials, mail configuration, and any third-party API keys for production.

Security rules. Review authorization logic, especially if your app has multiple user roles. The AI generates reasonable defaults, but your specific business rules may require adjustments.

Database indexes. The AI adds indexes on foreign keys and common query columns, but if you know your app will have specific query patterns (filtering by date ranges, full-text search), you may want to add targeted indexes.

Edge cases in validation. Generated validation covers the obvious cases. Business rules specific to your product — subscription limits, quota logic, tiered permissions — need to be specified in your prompt or added during iteration.

How do you deploy a generated Laravel app?

VULK generates Laravel applications that are ready for standard PHP hosting. The generated project includes a composer.json with all dependencies, proper directory permissions guidance, and environment configuration. Export the source and deploy to any PHP hosting that supports Laravel — shared hosting with SSH, VPS, Laravel Forge, or Docker containers.

One honest caveat: unlike React projects, PHP apps do not get one-click deploy from VULK (Cloudflare Pages, our deploy target, cannot run PHP). The workflow is: iterate in the live preview → export → deploy to your PHP host. The generated code targets Laravel 11 conventions by default, ensuring compatibility with the current ecosystem and long-term support.