PHP is one of the most popular server-side programming languages. So, seeing PHP as the go-to language for web development isn’t a surprise. Yet, there are many people that still wonder if it’s the best choice for their projects. There are numerous reasons for that, which explain why they are looking for better substitutes.
The 3 Most Powerful PHP Substitutes
Python
Python is certainly one if the most famous programming languages. Therefore, it is also the most important language when talking abouy substitutes for PHP. That’s because it provides advanced functionality for superb performance. That power takes the spotlight when your project contemplates numerous automation scripts and analytic systems.
Besides, Python has an interesting array of built-in functions specifically tailored to web development. This allows you to build your project quickly. Moreover, it reduces the overall costs of development.
Java
Java gives the ability to build cleaner and more structured code, which reduces the possibility of introducing the errors that PHP is more prone to introduce (especially in the hands of inexperienced engineers).
Highly portable and cross-platform, Java also has an impressive performance, thanks to its parallel task execution and its support for concurrency. Among many substitutes available, this one is better positioned when it comes to modularize your web applications. This ultimately impacts how easy it’ll be for you to create and update your applications. Finally, it’s worth mentioning that Java has plenty of powerful frameworks that make developing projects easier and quicker.
Go
If you prefer to pick a newer option than Python or Java, you can always choose Go, a relative newcomer to the web development field. Go is highly well rated when categorised among substitutes for PHP. Created and supported by Google, this programming language has a simple goal: to provide you with efficient tools and features to build highly scalable applications in the easiest way possible. To achieve that goal, Go boasts a streamlined syntax that nonetheless supports task concurrency and parallelism.