In recent years, the serverless paradigm has become known as a transformative approach to application development, allowing us to focus more on writing code and less on managing infrastructure. Laravel Vapor, a serverless deployment platform for Laravel applications, brings the power of the Laravel framework into the world of serverless architecture.

When handling images in your Laravel applications, you may sometimes be required to edit them. This could include resizing, cropping, or converting images to meet a given criteria. For example, you may want to crop and resize all user avatar image uploads to a fixed-sized square. In this article, we'll examine how to use the Intervention Image (intervention/image) package in Laravel to edit images.

Ensuring that a growing codebase follows best practices and does not deviate from the standards is essential for any project. However, this can typically only be enforced manually by code reviews and other similar processes. As with any other manual task, this can be time-consuming, tedious, and error-prone. That's where architecture testing comes in. Architecture testing allows you to automatically enforce code standards such as naming conventions, method usage, directory structure, and more.

All developers will eventually need to integrate an app with a third-party REST API when doing web development. However, the RESTful APIs that we are trying to make sense of often do not provide a lot of flexibility. This article addresses this issue within your codebase, showing you how to seamlessly implement any Laravel API integration.

In the past, when building Livewire components for our Laravel applications, we needed to keep our backend and frontend code split up into separate files. This can sometimes get a little confusing, especially with larger projects. But with Volt, we can now build single-file Livewire components where the backend and frontend code coexist in the same file. In this article, we'll look at what Volt is and how Volt components differ from traditional Livewire components.

Laravel is the most popular PHP framework for building web applications and is loved for its elegance, simplicity, and scalability. However, like any other framework for web development, Laravel can experience performance issues if it’s not optimized for high performance. Laravel performance problems aren't usually due to the framework itself, but rather some suboptimal choices in the application.

When building web applications, it's handy to break down a feature's complex processes into smaller, more manageable pieces, whether by using separate functions or classes. Doing this helps to keep the code clean, maintainable, and testable. An approach you can take to split out these smaller steps in your Laravel application is to use Laravel pipelines. Pipelines allow you to send data through multiple layers of logic before returning a result.

In the web development world, speed and performance are must-haves. Whether you're building a static website, software-as-a-service (SaaS), or bespoke web software, it's important that everything loads quickly to keep your users happy. One of the most common ways to optimize for speed in Laravel is caching. Caching refers to the practice of storing data inside a "cache" or high-speed storage layer.

Laravel is a web application framework built with PHP. It’s a framework that uses providers and dependency injections for code organization. It follows a model-view-controller design pattern. Laravel reuses the existing components of different frameworks, which helps in creating a web application. Thus, the application is designed to be more structured and pragmatic.

As Laravel web developers, we often need to build Artisan commands for our applications. But interacting with the console can sometimes feel a little cumbersome. Laravel Prompts is a package that aims to improve this experience by providing a simple approach to user-friendly forms in the console. In this article, we'll take a look at Laravel Prompts and some of its features that you can use. We'll then build a simple GitHub CLI client using Prompts to demonstrate how to use it in your applications.