How to Create Custom Laravel Packages

Laravel’s ecosystem thrives because of its strong package architecture. Many of the framework’s most powerful capabilities—authentication scaffolding, cashiers, permissions, multi-tenancy, debugging, API tools—are delivered through packages.
If you’re building reusable modules across multiple projects or publishing open-source tools, creating custom Laravel packages is essential.

But building a package the right way is much more than putting code inside /packages/.
You must structure the package correctly, register service providers, publish config files, create facades, manage versioning, ensure compatibility, and integrate Composer auto-loading.

This expert guide teaches you how to build robust, production-ready Laravel packages like a professional Laravel package developer.

Why Build a Custom Laravel Package?

Developers create packages for several reasons:

Reuse logic across multiple projects

Example: A multi-tenant module reused across all SaaS projects.

Open-source contribution

Boost your reputation, GitHub profile, and community trust.

Decoupling large applications

Move features into external modules for easier maintenance.

Client-specific modules

Such as integrations, billing SDKs, or company-wide core libraries.

Commercial packages

Premium components, SaaS SDKs, or add-ons for distribution.

Laravel packages increase efficiency, reduce duplication, improve maintainability, and accelerate team development.

Types of Laravel Packages

Laravel supports two primary package types:

1. Standalone Packages

These packages are framework-agnostic or usable outside Laravel, but offer Laravel integrations via service providers.

Examples:

• league/flysystem

• guzzlehttp/guzzle

They include optional Laravel integration.

2. Full Laravel Packages

These packages depend entirely on Laravel and extend the framework.

Examples:

• spatie/laravel-permission

• laravel/sanctum

• stancl/tenancy

Most custom organizational packages fall into this category.

Step-by-Step Guide to Creating a Custom Laravel Package

We’ll build a fully structured package named:

kokil/laravel-awesome-tools

You can replace this with your own vendor and package names.

1. Create the Package Directory

Inside your Laravel project (or anywhere):

packages/ kokil/ laravel-awesome-tools/

Then create the base structure:

src/ composer.json README.md

2. Initialize Composer

Navigate to your package folder and run:

composer init

Fill in:

• Vendor name

• Package name

• Description

• Minimum stability

• License

Your composer.json should look like:

{ "name": "kokil/laravel-awesome-tools", "description": "A custom Laravel package with powerful utilities.", "type": "library", "autoload": { "psr-4": { "Kokil\\AwesomeTools\\": "src/" } }, "require": { "php": "^8.1", "illuminate/support": "^10.0" } }

3. Register the Package in Laravel (Path Repository)

In your main Laravel project’s root composer.json:

"repositories": [ { "type": "path", "url": "packages/kokil/laravel-awesome-tools" } ]

Install it locally:

composer require kokil/laravel-awesome-tools:@dev

4. Create the Service Provider

All Laravel packages must have a service provider.

Create:

src/LaravelAwesomeToolsServiceProvider.php

Add:

namespace Kokil\AwesomeTools; use Illuminate\Support\ServiceProvider; class LaravelAwesomeToolsServiceProvider extends ServiceProvider { public function register() { // Register bindings, singletons, or configs } public function boot() { // Publish config, migrations, routes, views } }

5. Add the Provider to Composer (Automatic Discovery)

In your package’s composer.json:

"extra": { "laravel": { "providers": [ "Kokil\\AwesomeTools\\LaravelAwesomeToolsServiceProvider" ] } }

Laravel auto-discovers the provider—no need for manual registration.

6. Creating a Config File for Your Package

Inside your package:

config/awesome.php

Example:

return [ 'enabled' => true, 'api_url' => 'https://api.example.com' ];

Publish it from the service provider:

public function boot() { $this->publishes([ __DIR__.'/../config/awesome.php' => config_path('awesome.php'), ], 'awesome-config'); }

Now users can publish:

php artisan vendor:publish --tag=awesome-config

7. Adding Routes to Your Package

Create:

routes/web.php

Inside:

<?php use Illuminate\Support\Facades\Route; Route::get('awesome', function () { return 'Hello from Laravel Awesome Tools!'; });

Load it in the service provider:

$this->loadRoutesFrom(__DIR__.'/../routes/web.php');

8. Adding Views to Your Package

Create:

resources/views/index.blade.php

Load views:

$this->loadViewsFrom(__DIR__.'/../resources/views', 'awesome');

Usage:

return view('awesome::index');

9. Creating a Facade (Optional but Common)

Facades make your package nicer to use.

Create a Class:

src/AwesomeTools.php

namespace Kokil\AwesomeTools; class AwesomeTools { public function greet($name) { return "Hello, {$name}!"; } }

Bind it:

public function register() { $this->app->singleton('awesome', function(){ return new AwesomeTools(); }); }

Create Facade:

src/Facades/Awesome.php

namespace Kokil\AwesomeTools\Facades; use Illuminate\Support\Facades\Facade; class Awesome extends Facade { protected static function getFacadeAccessor() { return 'awesome'; } }

Usage:

use Kokil\AwesomeTools\Facades\Awesome; Awesome::greet('Kokil');

10. Adding Migrations to Your Package

Inside your package:

database/migrations/2025_01_01_000000_create_awesome_table.php

Load migrations:

$this->loadMigrationsFrom(__DIR__.'/../database/migrations');

11. Writing Tests for Your Package

Laravel packages can use PHPUnit:

tests/TestCase.php

Testing packages ensures version stability and compatibility.

12. Versioning and Publishing

For GitHub:

git tag v1.0.0 git push origin v1.0.0

Developers can install it with:

composer require kokil/laravel-awesome-tools

13. Bonus: Publishing Your Package on Packagist

1. Go to https://packagist.org

2. Submit your repo

3. Packagist auto-updates with each tag

Your package is now publicly installable.

Expert Tips for Building Packages Like a Laravel Core Developer

Use a clean namespace structure

Organize code by domain, not by Laravel conventions.

Avoid hard dependencies

Let users customize config and behavior.

Keep your package small and modular

Single-responsibility packages get more adoption.

Use semantic versioning (SemVer)

• Breaking changes → major version

• New features → minor version

• Fixes → patch

Document everything

Clear docs improve adoption.

Bonus: Recommended Tools for Laravel Package Development

Here are the best Laravel package development tools in 2025:

1. spatie/laravel-package-tools

Makes package creation extremely simple:

• Automatically loads migrations

• Automatically publishes config

• Auto-registers commands

This package is used by Spatie for dozens of packages.

2. Orchestra Testbench

Testbench allows your package to run inside a mini Laravel environment.
Essential for writing testable packages.

3. Laravel Pint / PHPStan / Psalm

Static analysis tool for clean, maintainable package code.

4. GitHub Actions

Automate:

• Tests

• Code quality checks

• Automatic tagging

• Release pipelines

Conclusion

Creating custom Laravel packages is an essential skill for advanced developers, especially when building internal tools, scalable SaaS architectures, reusable modules, or public open-source projects.

Laravel makes package development clean, elegant, and highly extensible through:

• Service providers

• Automatic package discovery

• Facades

• Config publishing

• Migrations

• Routes & views loading

• Composer autoloading

By following the steps in this guide, you can build maintainable, testable, production-ready packages that integrate seamlessly into the Laravel ecosystem.

For expert help or deep-dive package engineering, explore resources from a professional web developer in Nepal or consult a qualified multi-tenant developer experienced in building Laravel core extensions and commercial SaaS packages.