Whether you are a newbie or an experienced developer working at a MEAN stack development agency, you ought to be familiar with the term “tech stack.” After all, this is what helps developers better understand and optimize software development.
That being said, we are here to dive into the world of technology and understand which tech stack is best for your next software development project. Let’s get it started!
“Tech Stack” Defined by the Best Mean
Stack Development Agency in the US
- Client-side: Also known as the front-end, the client-side is everything the end-user or client sees on their screen. Its main components include HTML, CSS, and JavaScript that develop the design, the style, and the interactions of a web page.
- Server-side: On the other hand, the server-side powers the client-side and is not visible to end-users. It consists of three main components -the backend programming language, database, and server. The first component creates the logic behind the website, using languages like Ruby, Python, and Java. The second one stores the application’s data, using MySQL, PostgreSQL,or MongoDB. And the third one handles the client’s end requests, using Apache or Nginx.
To build a web application, you will require all these technologies, including a programming language, framework, database, server, and a set of front-end tools. Collectively, they are your technology stack or tech stack. Simply put, a tech stack is a set of technologies used to build software. One of the finest examples of a tech stack is mean stack development.
5 Factors to Consider When Choosing the Best Tech Stack
Having a multitude of choices can easily overwhelm a human mind. The same applies to the tech stack, since there are countless front-end and back-end technologies to choose from. Remember, different development projects require different tech stacks. To assist you in your quest to choose the best tech stack, here are some important things explained by a mean stack development agency.
1. Business Goals
Do you want your software to process heavy loads? Is it related to video or audio sharing? Or you are planning to create something highly responsive with low latency, such as a social network? Whatever your business needs are, make sure you know and understand them.
These needs largely depend on the type of application being developed and the target audience and device. For instance, a tech stack for a mobile app will differ from the one for a desktop. This consideration will help you make the next consideration for your mean stack development project.
2. Complexity of Your Software
Think of complexity as three different levels – simple, medium, and advanced. Simple complexity means developing landing pages, single-page websites,or small online stores. You can typically build them with no coding experience through ready-made services, such as WordPress.
Medium complexity includes larger e-commerce stores that might require a framework or mean stack development agency. Advanced complexity mostly covers social networks and fintech applications that consist ofseveral programming languages.
3. Development Time
Generally speaking, most development projects want to hit the market as quickly as possible. Why? Because the quicker the development process, the cheaper the final cost. Here, setting a specific date is quintessential. For example, you may want to launch your e-commerce store upon an upcoming holiday. Then you will require a fast tech stack, which might integrate with third-party solutions. For instance, you can rely on mean stack development.
4. Development Cost
When it’s not within your budget, then it’s not worth it. Generally speaking, the more advanced technologies you use, the more you have to pay. For example, Python is usually costlier than PHP, according to our mean stack development agency. You can rely on open-source technologies that have low maintenance costs. They are easy to use, modify, and update with little-to-no restrictions. However, they are not ideal for large and complex projects.
5. Software Security
Of course, no tech stack guarantees zero breaching, not even mean stack development. Instead, different stacks have different security guidelines that can deeply change the likelihood of any cyber threat. Make sure you develop your software within those guidelines and invest in the best MEAN stack development in the US.
Some Popular Tech Stacks to Choose From
As said before, there are a variety of technologies, frameworks, and tools that you can combine to build robust, scalable, and secure web applications. For example, mean stack development is carried out by combining four different layers of MongoDB (NoSQL Database), Express.js (Backend Web Framework), Angular.js (Frontend Web Framework), and Node.js (Server Side JavaScript Runtime). Other popular tech stacks include:
- LAMP – An acronym for Linux (Operating System), Apache (HTTP Server), MySQL (Relational Database Management), and PHP (Programming Language).
- Ruby on Rails – A full-stack development environment using Ruby (Programming Language), SQLite (Relational Database Management), Node.js and Yarn (Server Side JavaScript Management), and HTML, CSS, and JavaScript (Frontend).
- Django – An open-source web framework that uses Python (Programming Language), SQLite (Relational Database Management), and HTML, CSS, and JavaScript (Frontend).
- MEVN – A variant of mean that uses Vue.js as the frontend web framework rather than Angular.js.
- MERN – Another variant of mean stack development that uses React as the frontend framework.
The Bottom Line
FAQs:
Q. How do you define a framework?
A. A software framework is a platform used to create web and mobile applications. React, Angular, Laravel, and Django are among the most popular frameworks or libraries.
Q. What are the different types of web developers?
A. According to our mean stack development agency, web developers can be divided into three main categories: front-end, back-end, and full-stack.
Q. What does an API mean?
A. API means application programming interface, which is the part of a server responsible for obtaining requests and sending responses.