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Best PHP Frameworks for Web Development: A 2024 Guide

Joana Almeida
Software Developer - - - 3 min. to read

With 78% of websites using PHP, the programming language continues to be the go-to server-side programming language for web development.

PHP frameworks provide essential structures and tools to streamline the creation of dynamic web applications. By adhering to established conventions and best practices, these frameworks enhance productivity and scalability, allowing you to focus on application logic.

In this article, we’ll explore the best PHP frameworks in 2024, offering unique features tailored to different development needs. From Laravel’s expressive syntax to Symfony’s modular architecture, we uncover the tools that empower you to explore PHP’s full potential in crafting powerful web applications.

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Why Use a PHP Framework?

Committing to a framework can be challenging for two reasons: 1) You need to choose the right one (the one that makes sense for your project), and 2) Learning curve. Some frameworks and microframeworks are easy to digest and use, but others have a steep learning curve. So it is worth it?

While some developers are defenders of using PHP solo, there are other reasons why you should consider giving frameworks a try.

1. Structured Development

PHP frameworks enforce a structured development approach, promoting MVC (Model-View-Controller) architecture or similar patterns. This separation of concerns enhances code organization, making it easier to manage and maintain as the project scales.

2. Built-in Security Measures

Frameworks often have built-in security features such as input validation, CSRF (Cross-Site Request Forgery) protection, and SQL injection prevention mechanisms. These features help you mitigate common security vulnerabilities without implementing them from scratch.

3. It’s Best for Teams

When you’re working on a project using basic PHP code, it can become a mess, especially if you’re working with a team. Everyone might do things differently, which makes it harder to keep the code organized and up-to-date.

Frameworks provide the guidelines and tools that make it easier for everyone to work together. It’s like having a map to follow so you’re all on the same page.

4. Rapid Development

PHP frameworks provide many pre-built components, libraries, and tools that expedite development tasks. Features like ORM (Object-Relational Mapping), templating engines, and form validation helpers accelerate the development process, allowing you to focus on implementing business logic rather than reinventing the wheel.

5. Community Support and Documentation

Popular PHP frameworks have active developer communities and extensive documentation. This means you have access to resources, tutorials, and forums where you can seek assistance, share knowledge, and stay updated on best practices and emerging trends in framework usage.

6. Scalability and Performance Optimization

Many PHP frameworks offer features and optimizations for enhancing application scalability and performance. This includes caching mechanisms, database query optimization tools, and built-in support for asynchronous processing. By leveraging these features, you can ensure your applications remain responsive and efficient even under heavy loads.

10 Top PHP Frameworks for Efficient Web Development 

According to Wikipedia, there are over 40 PHP frameworks, each with its own set of features and particularities. Some of them cater to beginners, offering simplicity and ease of use, while others target developers looking for robust testing or sophisticated package management capabilities.

With such diversity and so many choices, which framework is the best fit for your project? Let’s go over the best 10 PHP frameworks in 2024.

1. Laravel

Laravel, also called “The PHP framework for web artisans,” is an open-source framework that follows the MVC pattern that helps developers manage their coding tasks more easily and simply.

Initially conceived as a more advanced alternative to CodeIgniter, it has gained popularity among programmers because it helps them code and manage complex and sophisticated web applications, and today stands as one of the most popular PHP frameworks.


  • Release year: 2011
  • Architecture: MVC (Model-View-Controller)
  • Current version: Laravel 10

Laravel Pros

Eloquent ORM with Relationships – Laravel’s Eloquent ORM simplifies database operations by providing intuitive methods for defining relationships between database tables, enhancing data manipulation.

Middleware for Request Handling – Laravel’s middleware feature allows developers to intercept HTTP requests entering the application and perform tasks such as authentication or modifying request data, providing a centralized mechanism for managing cross-cutting concerns.

Queues and Job Processing – Laravel’s built-in support for queues and job processing enables asynchronous execution of tasks, improving application responsiveness and scalability.

Routing and RESTful API Support – Laravel offers a powerful routing system that simplifies URL routing and enables developers to define RESTful APIs with minimal boilerplate code, facilitating the creation of scalable and maintainable APIs.

Task Scheduling with Artisan Commands – Laravel’s Artisan command-line interface includes a scheduler feature that allows developers to define recurring tasks and schedule their execution at specified intervals, automating routine operations and improving application reliability.

Laravel Cons

Learning Curve – Laravel’s extensive features and conventions may steepen the learning curve for beginners, requiring time and effort to grasp the framework’s intricacies.

Performance Overhead – While Laravel prioritizes developer convenience, its extensive features may introduce performance overhead compared to lighter frameworks, necessitating optimization for high-traffic applications.

Version Compatibility – Updates and changes between Laravel versions may necessitate adjustments to existing codebases, potentially leading to compatibility issues and additional development time.

Best Uses for Laravel

Laravel is suitable for different web projects, especially those that require complex backend logic, secure transactions and scalable infrastructure, like:

  • Complex web applications
  • E-Commerce platforms
  • Content Management Systems (CMS)
  • APIs for mobile applications
  • Social networking applications
  • Software as a Service (SaaS) platforms

2. Yii

Yii is a PHP object-oriented framework known for its high performance in building modern web apps. For those wondering, Yii stands for Yes, it is!

One of the greatest features this framework has is that it’s suitable for all kinds of web apps. This means it’s a universal programming framework, easy to install, and useful for programmers who need to develop strong, secure, and fast applications.

Another characteristic of Yii is that it comes with a powerful class code generator called Gii. This extension provides a web-based code interface that helps developers generate models and modules and to get the desired code interactively. 


  • Release year: 2006
  • Architecture: Architecture: MVC (Model-View-Controller)
  • Current version: Yii 2.0 

Yii Pros

Fast Prototyping – Yii comes with a powerful set of tools that facilitate rapid application development. The Gii module, for example, is a web-based code generator that helps in creating models, controllers, forms, modules, and CRUD operations automatically. This significantly speeds up the development process by automating repetitive coding tasks.

Caching – Yii provides comprehensive support for caching at various levels, including data caching, page caching, fragment caching, and HTTP caching. By effectively using caching, Yii applications can achieve high performance and scalability, making it an excellent choice for high-traffic websites.

Robust Security Features – Yii has built-in security measures that help protect web applications from common threats such as SQL injection, cross-site scripting (XSS), and cross-site request forgery (CSRF). It provides easy-to-use components for hashing and verifying passwords, managing cookies securely, and handling encryption and decryption.

Highly Customizable – Yii is designed to be flexible, allowing developers to customize nearly every aspect of the framework according to the needs of their application. It supports the integration of third-party libraries and can be easily extended to add or override functionalities.

Modular Architecture – Yii’s modular architecture enables developers to build reusable modules that can be shared across multiple projects. This promotes code reusability and helps in maintaining a clean and organized codebase. 

Yii Cons

Less Suitable for Small Projects – While Yii is highly efficient for large-scale projects, its robust feature set and the complexity that comes with it can be overkill for smaller, simpler projects.

Steep Learning Curve for Beginners – For those new to web development or coming from frameworks with a different philosophy, Yii’s architecture and its conventions can initially seem overwhelming.

Learning Additional Technologies – Yii is primarily a backend framework, which means developers need to integrate other technologies for the front-end part of their applications.

Best Uses for Yii

Developers should consider using Yii for projects that require rapid development without sacrificing application performance or security. Here are some of its best uses:

  • Enterprise applications
  • Web portals
  • Content Management Systems (CMS)
  • Forums and social networks
  • RESTful API development

3. Phalcon

This full-stack PHP framework was initially written in the C and C++ programming languages. But since it’s delivered as a C-extension, developers who are not familiar with a C programming language don’t need to worry about learning it.

Two of the many distinctive characteristics Phalcon has is its speed and innovative architecture. It’s easy to install, and it’s one of the most helpful frameworks for building complex apps.

Phalcon includes, among other features, a forms builder that allows developers to quickly set up a form to present and collect data from users. 


  • Release year: 2012
  • Architecture: MVC (Model-View-Controller)
  • Current version: Phalcon 5.5.0 

Phalcon Pros

Resource Usage – By minimizing the amount of CPU and memory required to serve requests, Phalcon allows applications to run faster and more efficiently, which is particularly beneficial on servers with limited resources.

Framework Loading – Since Phalcon operates as a PHP extension, its codebase does not need to be read from the disk for each request. This contrasts with traditional PHP frameworks, where the file system is accessed to load various framework files whenever a request is processed, leading to increased disk I/O.

Optimized Execution – The reduction in disk I/O can lead to quicker response times, especially in disk-bound applications or environments where disk access is a bottleneck.

Efficiency – Phalcon’s status as a C-extension for PHP means that it is loaded directly into memory when the web server starts up. This approach eliminates the need for the framework to be interpreted and compiled on each request, significantly reducing runtime overhead.

Modularity – Despite being delivered as a C-extension, Phalcon is designed with modularity in mind. Its components are loosely coupled, allowing developers to use only the parts they need. 

Phalcon Cons

C-extension Dependency – Being a C-extension, Phalcon requires root access to the server for installation or updating the extension.

Compatibility Issues – Phalcon’s need for compilation and specific PHP extensions may lead to compatibility issues across different server environments.

Less Agile for Rapid Prototyping – Due to its compiled nature, making changes to the Phalcon framework itself (as opposed to an application built with Phalcon) requires recompilation.

Best Uses for Phalcon

Its architecture and capabilities make it particularly well-suited for specific types of projects:

  • High-Performance RESTful APIs
  • Single Page Applications (SPAs)
  • Backend Applications Requiring Intensive Data Processing
  • Microservices Architecture

4. CakePHP

CakePHP is an open-source web framework written in PHP and follows the model-view-controller (MVC) approach.

It’s designed to facilitate rapid web application development with a minimum requirement for configuration. CakePHP streamlines the development process by providing a structured framework that enables developers to focus on the core aspects of their applications without having to reinvent the wheel for common tasks.


  • Release year: 2006
  • Architecture: MVC (Model-View-Controller)
  • Current version: CakePHP 4.4.18.

CakePHP Pros

Built-in Tools – CakePHP comes with a suite of built-in tools for common tasks such as validation, caching, authentication, and database access.

Code Generation – Through the Bake console tool, CakePHP provides code generation capabilities that can automatically generate models, controllers, and views based on the database schema.

Simplified Setup – CakePHP emphasizes convention over configuration, meaning that it follows predefined conventions to reduce the need for extensive configuration. This approach simplifies the setup process and allows developers to start building features more quickly.

Easy to Learn – The framework’s reliance on conventions makes it easier to learn, especially for new developers, as there are clear guidelines and patterns to follow.

Powerful Data Handling – CakePHP’s ORM is one of its standout features, allowing for an advanced and flexible way to query the database and manage relationships between data entities.

CakePHP Cons

Overhead – Like many frameworks, CakePHP introduces a certain level of overhead compared to pure PHP coding due to its comprehensive features and functionalities.

Technological Evolution – While CakePHP is continuously updated, some developers might find it less cutting-edge compared to newer frameworks that may offer more modern approaches to web development.

Flexibility vs. Convention – The framework’s emphasis on convention over configuration, while beneficial for rapid development and standardization, can sometimes be perceived as restrictive.

Best Uses for CakePHP

With its comprehensive set of features and rapid development capabilities, CakePHP is ideally suited for a wide range of web applications like:

  • CRUD-heavy Applications
  • Rapid Prototyping
  • APIs for Mobile and Web Applications
  • Social Networking Sites

5. CodeIgniter 

CodeIgniter is a lightweight framework (It’s only 1.1MB in size: the user guide is larger than the framework itself!) suitable for building dynamic websites. It offers a toolkit with diverse prebuilt modules to develop full-featured web apps.

CodeIgniter follows the Model-View-Controller (MVC) architectural pattern, which helps organize code in a way that separates the application logic from the presentation layer. This separation enhances the manageability and scalability of applications.


  • Release year: 2006
  • Architecture: MVC (Model-View-Controller)
  • Current version: CodeIgniter v4.4.5

CodeIgniter Pros

Lightweight – CodeIgniter is known for its small footprint. The core system requires only a few libraries to be loaded by default, which significantly reduces the resources consumed and leads to faster execution times compared to many other PHP frameworks.

Loose MVC Pattern – While CodeIgniter is based on the MVC (Model-View-Controller) architecture, it does not strictly enforce it. This flexibility allows developers to build applications in a way that best suits their project’s requirements.

No PHP Version Constraints – CodeIgniter has broad compatibility with different PHP versions, including older ones, providing great flexibility in server and hosting configurations.

Built-in Protection – CodeIgniter offers robust built-in features for input and XSS filtering, CSRF protection, and SQL injection prevention, making it easier to develop secure applications.

Simplified Testing – CodeIgniter includes tools that make it easier to test and debug applications, ensuring higher code quality and reliability.

CodeIgniter Cons

Manual Database Operations – Unlike some other modern PHP frameworks that come with built-in Object-Relational Mapping (ORM) systems, CodeIgniter does not include an ORM by default.

Transition Period – The transition from CodeIgniter 3 to CodeIgniter 4 involved significant changes, which has led to a period of adjustment for the community and ecosystem.

Scalability Concerns – CodeIgniter’s simple architecture and missing built-in features may make scaling and maintaining complex, large-scale applications more challenging compared to frameworks with comprehensive out-of-the-box functionalities for enterprise projects.

Best Uses for CodeIgniter

CodeIgniter is a versatile PHP framework that is particularly effective for projects requiring quick development, flexibility, and a balance between simplicity and functionality.

  • Small to Medium-Sized Web Applications
  • Prototyping and Proof of Concept Projects
  • Educational Tools and Projects
  • E-commerce Websites

6. Symfony 

Symfony is an open-source framework known to be one of the best for building complex business websites. It has an MVC architecture pattern, and it offers various command-line tools to help developers save time during the process of web development.

One of the framework highlights is that with Symfony, programmers can write code in fewer lines. And it’s about 7% faster, making applications work efficiently.

This framework also offers customization features that make web apps user-friendlier. Its extremely powerful component system makes it possible to build complex products with multiple functionalities with select features and functions.


  • Release year: 2005
  • Architecture: MVC (Model-View-Controller)
  • Current version: Symfony 7.0

Symfony Pros

Component-Based Architecture – Symfony is built on a bundle system and a collection of decoupled and reusable components, allowing developers to pick and choose the components needed for their projects.

Customizable to Project Needs – Symfony’s flexibility is one of its strongest points. Developers can fully customize the framework, from its directory structure to foreign libraries, making it suitable for both large-scale enterprise projects and smaller applications.

Optimization Tools – With tools like the HTTP Cache and the ability to use Varnish, Symfony is designed to build high-performance applications.

Testing Framework – Symfony has a robust testing framework, facilitating unit, functional, and behavioral testing.

Security Component – The framework provides a security component that abstracts complex security concepts and offers out-of-the-box functionalities for authentication, authorization, and protection against common vulnerabilities like CSRF, XSS, and SQL Injection.

Symfony Cons

Heavier Than Some Alternatives – While Symfony is designed to build high-performance applications, the framework introduces a certain overhead level compared to lighter frameworks or micro-frameworks.

Configuration Effort – Symfony favors explicit configuration over convention, which can lead to extensive configuration code.

Complexity for Small Projects – The comprehensive nature of Symfony makes it an excellent choice for complex applications. Still, it might be overkill for simpler projects or when rapid prototyping is needed.

Best Uses for Symfony

Symfony’s design principles and robust toolset make it a preferred choice for projects where scalability, maintainability, and a wide range of functionalities are crucial.

  • Enterprise-level applications
  • API development
  • SaaS platforms
  • E-commerce platforms
  • CRUD-heavy applications

7. Laminas Project

Previously known as Zend, the Laminas Project is an object-oriented PHP framework that allows developers to build high-quality websites. Most of Zend’s components are extendable because it uses many object-oriented concepts like inheritance and interfaces. This means that developers can implement their customizations.

Because of its faster development, security, good documentation, easy installation, and low configuration mechanism, it is highly valued among teams that implement Agile methodologies.


  • Release year: 2006
  • Architecture: Component-based framework
  • Current version: Laminas 3.0

Laminas Pros

Mezzio (formerly Expressive) – Mezzio is the middleware runtime provided by the Laminas Project, designed to build PSR-7 middleware applications. It allows for the creation of applications with a clear separation of concerns, handling HTTP requests through a series of layered middleware components.

Modularity – The Laminas Project is structured around a collection of independent components, each designed to tackle specific web development challenges. This approach allows developers to select and use only the components necessary for their projects.

Event Manager – Laminas includes an Event Manager component that allows for flexible event-driven programming.

Dependency Injection Container – The Service Manager in Laminas acts as a powerful inversion of control (IoC) container, managing object dependencies and service creation.

Built-in Security Features – The framework offers a suite of security components, including authentication, authorization, encryption, and input filtering, to help developers build secure web applications and protect against common vulnerabilities.

Laminas Cons

Transition from Zend Framework – For projects initially developed with Zend Framework, migrating to Laminas, despite being a continuation of Zend, might require adjustments and updates.

Small Ecosystem – The Laminas Project, while respected, has a smaller community compared to other popular PHP frameworks like Laravel or Symfony.

Resource Intensiveness – Given its extensive functionalities and modular architecture, Laminas can introduce a performance overhead, especially if not properly optimized.

Best Uses for Laminas

Its architecture emphasizes modularity, reusability, and adherence to object-oriented programming principles, making it a good PHP framework for applications such as:

  • Applications Requiring Custom Workflow
  • Modular Applications
  • Complex Web Applications
  • API Development

8. FuelPHP

FuelPHP is a flexible, full-stack PHP framework that was built from the ground up to offer developers a powerful yet easy-to-use tool for web application development. It is designed around the Model-View-Controller (MVC) architecture pattern but also introduces its own improvements and concepts, notably HMVC (Hierarchical Model-View-Controller).

One of FuelPHP’s highlights is its security-focused system using URI filtering along with output encoding. Overall, this framework has proven to be a perfect solution for diverse platform sizes.


  • Release year: 2011
  • Architecture: Model-View-Controller (MVC) architecture, HMVC (Hierarchical Model-View-Controller).
  • Current version: FuelPHP 1.8.2

FuelPHP Pros

Efficiency and Reusability – The Hierarchical Model-View-Controller (HMVC) architecture allows for more organized and modular code. It supports reusability across different parts of an application or across different projects, reducing development time and effort.

Built-in Functionality – FuelPHP provides excellent support for creating RESTful APIs, with built-in handling for HTTP requests and responses.

Security Measures – FuelPHP comes with strong security features out of the box, including input and URI filtering, output encoding, CSRF protection, and XSS filtering.

Flexible Structure – The framework’s package management system allows developers to add or remove functionality as needed.

Powerful Presentation Layer – FuelPHP supports a flexible templating system and the use of ViewModel classes (also known as “presenters”), which help in creating a clean separation between logic and presentation in applications.

FuelPHP Cons

Framework Specifics – Despite its comprehensive documentation, newcomers to FuelPHP, especially those with limited experience in MVC or HMVC patterns, may face a learning curve.

Framework Overhead – Like any full-stack framework, applications built with FuelPHP can experience performance overhead compared to lightweight frameworks or micro-frameworks.

Smaller Community – Compared to larger PHP frameworks like Laravel or Symfony, FuelPHP has a relatively smaller community.

Best Uses for FuelPHP

FuelPHP’s design and feature set make it particularly well-suited for developing complex applications like:

  • RESTful API Development
  • Complex Web Applications with Modular Components
  • Applications Requiring Scalable Architecture
  • E-commerce Platforms
  • Social Networking Sites

9. Fat-Free Framework (F3)

The Fat-Free framework markets itself as a small but powerful package with a codebase that doesn’t even reach the 1MB mark (currently sitting at 90kb). It doesn’t have as many features as other frameworks on this list, but it makes up for this fact by being extremely fast. It supports many popular databases, such as MySQL and SQLite, and has a lot of useful features related to security and authentication.

Its plugin functionality allows developers to add other features, such as unit testing, image processing, and shopping carts for commercial websites.


  • Release year: 2009
  • Architecture: It does not enforce any specific architectural pattern.
  • Current version: Fat Free 3.8.0

Fat-Free Pros

Lightweight and Fast – F3 is designed to be lightweight, with a minimal footprint that ensures fast performance. This makes it ideal for projects where speed and efficiency are critical.

Flexibility – The framework does not enforce a strict architecture, allowing developers the freedom to use it in a way that best suits their application, whether that’s following an MVC pattern or another approach.

Built-in Utilities – F3 comes packed with a wide array of built-in utilities for common web development tasks, such as routing, caching, database ORM, template engine, and more, facilitating rapid development without the need for numerous third-party packages.

Easy to Learn and Use – With its straightforward approach and extensive documentation, F3 is easy to learn and use, making it accessible for beginners while still being powerful enough for experienced developers.

Active Community – Despite being a micro-framework, F3 has an active community that contributes to its development, provides support, and creates plugins that extend its capabilities.

Fat-Free Cons

Less Suitable for Large-Scale Applications – While F3 is highly efficient for small to medium-sized projects, its simplicity and the flexibility it offers might not meet the complex structural and architectural requirements of large-scale applications.

Smaller Ecosystem – Compared to larger PHP frameworks like Laravel or Symfony, F3’s ecosystem is smaller. This can mean fewer third-party integrations and plugins, potentially requiring more custom development for specific functionalities.

Lack of Enforced Structure – The framework’s flexibility and lack of enforced architectural patterns can lead to inconsistent coding practices among different developers or teams.

Best Uses for Fat Free

The Fat-Free Framework excels in scenarios that demand rapid development, simplicity, and high performance.

  • Single-Page Applications (SPA)
  • Backends
  • Personal or Small Business Websites
  • RESTful API Development
  • Rapid Prototyping and Small Web Applications

10. Slim

If you’re looking for a PHP framework to create an API, Slim may be the best option on this list. It’s what is called a microframework, a minimalist framework that lacks many of the features of full-stack frameworks such as Laravel or Symfony. Microframeworks usually specialize in processing HTTP requests and responses, and Slim is no exception.

Slim makes up for having few functionalities by being focused and extraordinarily lightweight, being the smallest codebase on this list (at around 60 kb). It can also be used to prototype or build actual web applications by using components.


  • Release year: 2010
  • Architecture: Round-based architecture
  • Current version: Slim 4.12.0.

Slim Pros

Efficient and Streamlined – Slim’s minimalistic design makes it very lightweight, leading to faster execution times compared to more feature-rich frameworks. It’s an excellent choice for projects where performance is a critical factor.

Intuitive – Due to its simplicity, Slim has a gentle learning curve, making it accessible for beginners or developers coming from other languages.

Adaptable and Customizable – Slim provides the basics for handling HTTP requests and leaves the rest up to the developer, offering great flexibility in how applications are structured. It doesn’t impose any specific project structure, ORM, or templating engine.

Strong Middleware Support – The framework’s robust support for middleware allows developers to easily add layers of functionality (like authentication or caching) around requests and responses, enhancing the application’s capabilities without complicating the core logic.

Active Community and Documentation – Slim has a supportive community and well-maintained documentation, providing valuable resources for troubleshooting, learning best practices, and extending the framework’s capabilities through third-party packages.

Slim Cons

Limited Built-in Features – Slim’s minimalistic approach means it lacks many built-in features found in full-stack frameworks (like user authentication, ORM, etc.), requiring developers to integrate third-party libraries or build custom implementations.

Not Ideal for Large-scale Applications – While Slim can be used for larger applications, its micro-framework nature might require significant effort to organize and maintain complex project structures compared to using a full-stack framework designed for such scale.

Dependency on External Packages – For many common web development tasks, reliance on external packages is necessary. While this allows for customization, it can also lead to dependency management challenges and potentially increase the project’s complexity.

Best Uses for Slim

Slim Framework’s design caters to projects where performance, simplicity, and flexibility are key considerations.

  • RESTful API Development
  • Microservices Architecture
  • Single-Page Applications (SPA)
  • Backends
  • Small to Medium Web Applications

Choosing the Right PHP Framework for Your Project

A one-fits-all solution for frameworks is a pipedream, no matter the technology. When picking a PHP framework, you’ll need to rely on a few indicators to make your choice (roughly in their order of consideration):

1. Popularity: Popularity has no relation with quality, but having more developers using a certain framework will usually mean that it’s relatively stable and powerful and/or has a vibrant community. Both of these are excellent points in favor of picking the framework for your projects, as you’ll get high-quality code and/or more people who can help you with any bumps along the development.

2. Features: Choosing a framework can be a very specific affair depending on the type of projects you’re pursuing. However, having more features means that the framework will be useful for more types of projects. If your project has distinct requirements, you should check a framework’s features and how well they fit your particular use case.

3. Maintainability: Frameworks that have been maintained recently will usually be better prepared for the challenges and requirements of modern online standards. You can certainly use older frameworks that haven’t been updated recently, but you do so at the cost of security and reliability.

4. Scalability: Consider how well the framework can scale with your application. This includes not only handling increased traffic but also accommodating future development needs, such as adding new features or integrating with other services.

5. Licensing and Cost: Check the framework’s license to ensure it aligns with your project’s needs and any commercial implications. While most PHP frameworks are open-source and free to use, understanding the license terms is important.

6. Security Features: Security is paramount in web application development. Evaluate the built-in security features of the framework, such as protection against SQL injection, XSS, CSRF, and other common vulnerabilities.

7. Testing Facilities: Automated testing can significantly improve code quality and reliability. Look for frameworks that support or include testing tools for unit tests, functional tests, and integration tests.

Find The Developers To Work With Your New PHP Framework With DistantJob!

When trying to decide the best PHP framework, comparisons are inevitable. But, as you’ve learned, these frameworks have different approaches to web app development. They help developers reach their goals and create awesome websites but keep in mind that building a website is not only about making it pretty or fast. Other important aspects need to be taken care of by someone with a strong tech background.

Hiring developers can be a daunting and lengthy process for even the most prepared companies, but DistantJob is here to help you. We know how to head-hunt tech professionals who will build you the most amazing websites you’ve ever seen while also guaranteeing that they fit your company culture in as little as 2 weeks!

Want to know more about our recruitment process? Let’s talk!

Joana Almeida

Joana Almeida, with her diverse experience as a programmer and game developer, stands out for her technical writing prowess on DistantJob, a remote IT staffing agency. Her background in software development and video game programming, enhanced by her roles in consulting and freelancing, has sharpened her expertise in areas like game design,tech stacks, UI development, and software development.

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