Python vs PHP for Web Development: Which Is the Right Pick for Your Project?

Oleksii Zymovets

Oleksii Zymovets

PHP Developer at Andersen

Dedicated Team
Aug 31, 2022
7 minutes to read
  1. The difference between PHP and Python: a concise outline of PHP
  2. Simplicity
  3. Flexibility
  4. Popularity
  5. Open-source technology
  6. Multi-paradigm nature
  7. High performance
  8. Interpreted nature
  9. Loosely typed expressions
  10. Concise overview of Python
  11. Simplicity
  12. Good readability
  13. Open-source technology
  14. Portability
  15. Interpreted language
  16. Multi-paradigm nature
  17. Extensibility
  18. GUI support
  19. Dynamically typed
  20. PHP or Python: which is best for your project?
  21. Python vs PHP for web development? To wrap up

No matter whether you require a high-traffic web app or a small-sized custom web service for a specific user niche, an inadequate tech stack will ultimately considerably impact your spending and the solution’s time-to-launch. At times, it can affect no less than the success and general direction of your IT initiative as it will definitely trigger severe bottlenecks at various stages. Therefore, at the project's outset, going for the appropriate software stack aligned with its requirements is essential. When it comes to building the Back-end, Python vs PHP for web development is often considered.

Most used programming languages among developers worldwide as of 2022

In this piece, we’ll explain Python vs PHP performance, characteristics, and the difference in implementation scenarios so that you can make a well-considered decision.

The difference between PHP and Python: a concise outline of PHP

This open-source language vs C, C++, and other Back-end technologies is excellently apt for web development. Since its inception in the mid-90s, it has built up a considerable community that is persevering on its ongoing development. It includes sought-after frameworks such as Symfony, Zend, Laravel, Slim, Phalcon, CodeIgniter, Yii, and others. These help in promptly providing superb PHP development services.

The codebase is predominantly chosen for server-side scripting vs writing command line scripts and performing automation, although it can be employed for these purposes as well. Quantitatively, every second web service implements it vs other tools, including renowned companies such as Facebook, Yahoo!, Wikipedia, WordPress, MailChimp, and Flickr.

Its core features comprise:


The statements and expressions with embedded functions are uncomplicated to excel in as they are clearly laid out and extensively documented.


Today, an average PHP development company is in the right position to deliver solutions that are compatible with any up-to-date device and are well-matched with common databases. It can be smoothly incorporated into HTML, XML, or JavaScript. On top of that, it’s adaptable to most current web servers, e.g. Apache, NGINX, IIS, etc., and its cross-platform nature means that it can efficiently operate on both Unix and Windows systems.

Percentages of websites using various server-side programming languages


A sizable community that drives regular upgrades is undoubtedly an advantage. These include new elements, performance advancement, security patches, and other improvements. Diverse extensions are also enabled, offering increased potential in custom PHP development.

Open-source technology

This feature heightens the clear communication in development and permits unrestricted access to the codebase so that anyone can grasp the operating principles.

Multi-paradigm nature

This originally functional language has been extended with numerous object-oriented capabilities. Thus, it can be either one way or another conditional upon the usage context.

High performance

Touching on PHP vs Python speed, i.e. the difference in their rapidity, the former is swifter vs other languages with apps performing remarkably fast owing to recompiling and caching upgrades. These noticeably advanced in the current releases with JIT compiler and OPcache engine integrations.

Interpreted nature

Interpreters execute the program code sequentially and with no compilation applied. This means reduced speed vs that of compiled languages, even though one must acknowledge that, with the involvement of the latest development practices, this is no longer a concern.

Loosely typed expressions

It’s highly advisable to turn to strict variable types to eliminate hard-to-spot bugs resulting from typecasting. Note that this additional feature is off as the default setting.

Concise overview of Python

To know the difference between the two systems, let’s now consider Python. This interpreted object-oriented high-level programming language is uncomplicated to gain proficiency in and debug. Its debut version was presented in the early 90s. From then on, an ample ecosystem of libraries and frameworks has been created, e.g. Django, aiohttp, Bottle, CherryPy, Dash, etc.

Being extensively implemented for diverse machine learning and data analysis purposes, it's also specifically suited for automation and scripting in web development. A notable difference from the previously described technology is that it’s used more seldomly in Back-end development. Its core features comprise:


One will easily get the gist of the primary concepts and fundamental modules in a short span of time.

Good readability

The difference between Python and C, C++, Java, Ruby, etc., is that the syntax of this Back-end scripting system is structured to imitate English, which enhances the readability of its scripts.

Open-source technology

The technology is completely unrestricted for use and distribution, including for commercial applications. This boosts its popularity and broad adoption.


The code is executable on most operating systems with no need for modifications.

Interpreted language

The code is interpreted linearly without being compiled. This means that the performance of the solutions is slightly lower vs that of programs coded with compiled languages. Therefore, this option is advisable for high-load web apps.

Multi-paradigm nature

Both object-oriented and procedure-oriented programming are supported.


The code can be incorporated into a solution built in C++ which strengthens its extensibility. This feature hints at the idea that one can add new capabilities to the software by coming up with minor modifications to the scripts.

GUI support

The difference between PHP and Python is that the latter supports GUI tools that empower the designing of visually captivating desktop apps.

Dynamically typed

The type of variables is determined during runtime, which can trigger obstacles associated with improper variable types. However, this shouldn’t be a limitation for proficie