Product Engineering

One of the stepping stones to any web app development project is adopting a robust backend technology. While there are naturally a few technology trends gaining popularity in the industry, there can never be a one-size-fits-all solution. Adopting a backend technology depends on the type of organization, its development practices, and the target audience.

Within the competitive market of choosing the best frontend framework for application development, Bootstrap and Angular have come up to the hot-seat. The fundamentals of both the frameworks are different - starting from its architecture, components, development style, testing, code maintainability, and even its learning curve. Instead of getting into the competitive debate, you can read through our comprehensive guide outlining the fundamentals of both the frameworks.

Laravel vs Spring is the comparison of two popular frameworks from different backend technologies: PHP and Java. For CTOs and app owners to make an informed decision, the comparison includes crucial aspects needed to decide a project framework. 

To take an informed decision that suits your demands and fits your project requirements, you will need a comprehensive understanding of both Laravel and CodeIgniter. This comparison – Laravel Vs Codeigniter – should give you a thorough understanding of various factors while choosing either of these PHP frameworks. So without further ado, let’s get started

If you want to compare two powerful backend technologies: Node.js vs. Java and are also excited to read about how Netflix migrated from Java to Node.js, read this article. It will introduce you to why Java is still relevant in the times of modern and scalable Node.js. And what are the areas where Node.js outperforms Java? and that will help you decide on the backend technology for your next project.

Node.js vs Python are two of the most compared backend technologies on the web -- the first is older and more established while the latter is up and coming. Since both are very popular for web-app development, a thorough comparison is necessary before you choose one over the other. In this article, explore a comprehensive study of advantages, disadvantages, and tech similarities. And more importantly, which of the two best suits your development needs and when.

When you think of developing a web application with modern features like real-time notifications, or advanced search options, two backend frameworks come to mind- Laravel and Symfony. Both have the ability to offer tools to help create scalable apps. But, if you are confused over which one to pick, here is a comprehensive take on the similarities and differences between Laravel and Symfony.

Nodejs and Ruby on Rails are amongst the most popular and trusted backend frameworks out there. They are trusted and used by some very prestigious organizations around the world. In this article, we give you an unbiased comparison of these two technologies and break them down against various parameters that concern a business owners. So let's find out which of the two frameworks is better in terms of performances, scalability, development speed, and multiple other factors.

PHP is an automated scripting language used for building dynamic web apps. Enterprises like Facebook and WordPress leverage PHP for creating customized themes and handling massive amounts of data. Laravel is a server-side framework written in PHP with pre-defined architectures. Despite being written in PHP, there are a lot of differences between both frameworks. In this article, you will come across all-important key metrics and comparisons in terms of performance, architecture, community, and more.

Django vs Laravel debate has baffled CTOs and business owners at one point one or another. Both these backend frameworks present a strong case to be used in your next web development framework. They cover all the bases from features & functionality to popularity. In this article, we give you a closer look at both these technologies and help you determine the appropriate one for your use case.