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Quick Summary: The success of a software project largely depends on the tech stack used behind it. While the right tech stack can build optimum capabilities, a misaligned decision can very well make a software redundant. In this blog we have discussed the various types and components of tech stacks and tips to choose the best one.
Successful software projects are based on the foundation of a strong technology stack. Indeed, a strong foundation will not only enhance software performance but also help you sustain the ever-evolving landscape of technology.
Just imagine constructing a house without the right tools and materials. Will the construction be sustainable? No doubt, it is unlikely to stay long. Similarly, your software development project can go awry without a well-defined tech stack.
Therefore, choosing the right software development tech stack is the first and foremost step in developing stable solutions.
But with a large pool of technologies, making a choice that gives you the desired outcomes is a tough task. You need to factor in several aspects to choose the most suitable tech stack for your software development project.
Fear not! This article will give the necessary insights to help you understand tech stacks and tips to choose the right one. Read till the end to make an informed decision.
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A technology stack or software development stack is a collection of various tools, frameworks, libraries, and programming languages that are used to build and run software solutions. The stack offers an organized and standardized way to develop software.
Many essential attributes like maintainability, scalability, performance, and more depend on the tech stack that works to power your software. It forms the underlying infrastructure that makes your software functional and interactive.
Let’s take the example of Instagram, which is the third biggest social media platform today as per Statista. There are lots of technologies in its software stack, as shown in the following image.
Similarly, companies use various combinations of technologies to build, deploy, and run their software. These technologies are like ingredients of a recipe. The right ingredients will make a good dish, and bad ingredients will spoil it.
The tech stack is utilized in the software development process to build various components like front-end and back-end that form the structure of applications. For example, Instagram uses React.js in the front-end and Django in the back-end.
When it comes to developing software, different components must be created. Primarily most software has two main components, front-end and backend. The part that users can see and interact with forms the front-end, and the part that handles business logic and data is the backend.
So, there must be tech stacks for developing the front-end and back-end of a software solution. But today, many tech stacks have evolved to enable developers to work on both sides with a single set of technologies. Therefore, there are three types of tech stacks, as described below.
Front-end development can be handled with a combination of different technologies. These technologies make up the front-end tech stack. For example, usually, HTML, CSS, and JavaScript are included in the front-end stack for a web app. However, many frameworks have also emerged like AngularJS and ReactJS.
The back-end is where the business logic and database reside for software. There are various technologies used to build the back-end including Python, PHP, Ruby on Rails, and Node.js. Many frameworks are also used, such as Django, Laravel, Express.js, etc.
Instead of using separate tech stacks for developing front-end and back-end, a common technology stack can be used. It is known as full-stack development. Many tech stacks like MEAN and MERN have emerged today.
There are different components of a tech stack that offer the necessary tools to build software. Plus, they form different layers of software. The following is the list of everything that is included in a tech stack.
It helps software applications access system resources such as CPU and memory. Examples are Windows, Linux, and macOS.
Servers handle the business logic of software and manage them, like Nginx, Apache Tomcat, and Microsoft IIS.
Databases are used to store, retrieve, modify, and manage data. Common databases include MySQL, MongoDB, PostgreSQL, Cassandra, and Oracle.
The business logic of a software application is implemented using programming languages like JavaScript, Python, TypeScript, PHP, Java, Kotlin, Swift, Ruby, C#, and more.
Frameworks offer a prebuilt structure for software with tools that prevent you from rewriting every logic from scratch. Libraries offer pre-written code that can solve specific problems in software engineering. Examples are Angular, ReactJS, Vue.js, jQuery, Ionic, React Native, and more.
With runtime environments, software can be run in different environments. They offer cross-platform compatibility. Node.js, .NET CLR (Common Language Runtime), and JRE (Java Runtime Environment) are some examples.
The software can be deployed on on-premises platforms or in the cloud. There are various cloud options like AWS, Google Cloud Platform, and Azure.
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Today, many high-caliber tech stacks have emerged for custom software development that helps build cutting-edge solutions - web apps, mobile apps, and desktop apps. They streamline development and provide the tools to build feature-rich software. The following are some popular tech stacks.
MEAN stack comprises four technologies – MongoDB, Express.js, Angular, and Node.js that are based on JavaScript. It uses these technologies cohesively to help developers create scalable and feature-rich software applications.
MEAN stack is an efficient solution for creating cross-platform software applications with a write-once approach. Moreover, it is more suited to build real-time applications. Examples of applications using MEAN include LinkedIn, eBay, and Netflix.
Pros | Cons |
---|---|
- Components integrate intuitively because of a single programming language (JavaScript). - It is used to build a myriad of software applications, APIs, and microservices. - JSON-based data exchange helps in smooth communication. - It is cost-effective. | - Not an apt choice for heavy computational operations due to Node.js. - Using JavaScript in backend development could pose concurrency and performance issues. - Poor isolation of business and server logic. |
MERN has gained popularity in a short span of time despite being a new entrant in the full-stack development game. It is a collection of four technologies – MongoDB, Express.js, ReactJS, and Node.js. It helps to build high-performance and scalable software applications.
It is similar to MEAN as some common JavaScript-based technologies are used in this technology stack. However, the only difference between the MEAN and MERN stacks is the swapping of AngularJS with React.js.
MERN is the best fit for developing single-page applications and interactive user interfaces. Applications like Instagram, Facebook, and WhatsApp use this stack.
Pros | Cons |
---|---|
- No license fees that save cost. - It is a versatile stack used to build applications, APIs, and microservices. - It offers code reusability due to a common language and React.js components. - Suitable to build highly scalable applications. | - There could be a learning challenge due to varied syntaxes and concepts. - JavaScript was for front-end coding; using it in the back-end could pose performance challenges in developing complex and high computational applications. - No standardized development methodology. |
It’s a cohesive stack of MongoDB, Express.js, Vue.js, and Node.js. MEVN is similar to MEAN and MERN stacks with the only difference being that it uses Vue.js for front-end development. It is relatively new but used for developing powerful dynamic applications.
MEVN is suitable for developing a wide range of projects, including rapid prototyping, single-page applications, real-time collaboration tools, data-driven applications, and more.
Pros | Cons |
---|---|
- Code reusability helps reduce development time and effort. - Component-based coding provides modularity that offers easy maintenance. - High-performance and scalable applications. | - Since it is new and still evolving, it has less mature resources. - Limited talent for Vue.js framework. - It isn’t flexible for projects where multiple developers are included. |
LAMP is one of the most popular technology stacks today that is prominently used in web development. It is built from four technologies – Linux (the operating system), Apache (the web server), MySQL (the database), and PHP (the programming language).
All these technologies are open source and available without license fees. Plus, they are maintained by a supportive community. It’s a mature stack that has been used for a long time. Some applications using it include WordPress CMS and phpMyAdmin.
Pros | Cons |
---|---|
- It is a flexible stack, and you can use any other OS in place of Linux, like WAMP (for Windows), and MAMP (for macOS). - LAMP is easily available and cost-effective, being open source. - It is highly customizable. - It can be easily set up without complex configurations. | - You may have a hard time achieving compatibility with modern applications. - Workflows can become complex due to context switching. - It could fail to meet expectations in case of heavy loads. |
.NET is a collection of various tools and technologies that are developed by Microsoft to build software applications. This suite of technology and tools can be used in different types of software development projects like web apps, mobile apps, and desktop applications. It is a cross-platform tech stack with versatile capabilities.
Popular technologies under .NET include ASP.NET, .NET Core, Web API, IIS web server, and Microsoft SQL Server. The programming language used in this stack is C#.
Pros | Cons |
---|---|
- Cross-platform development makes code run on different platforms. - It is versatile and can be used to build web apps or complex enterprise software. - Huge ecosystem of libraries, tools, and resources. - Suitable for developing secure and reliable solutions. | - Some tools and services have recurring license fees. - It is not as flexible as other open-source stacks. - There is a steeper learning curve in understanding the ecosystem and standards. |
Choosing a tech stack for your software development project is a critical decision that must be taken after proper research. You should consider various factors such as project requirements, business objectives, budget, and more.
Besides, you should also pay attention to software development stats and trends as it could also help you choose the best technologies by understanding the market dynamics. For example, as the most used programming language, 65.82% of developers prefer JavaScript, making JavaScript-based tech stack a popular option in software development.
Hence, you must be careful in decision making as a wrong decision will have a long-term impact on your business. Your software could be a failure, or it could be a Pandora’s box.
You must consider various factors that influence the decision as given below:
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We understand the significance of selecting the right set of technologies for a software development project. It is a crucial step to make your project successful. Therefore, we use the most efficient and reliable technologies to develop software applications for our clients.
You can choose us as your software development outsourcing partner and let us build a cutting-edge software solution with the best suite of technologies. We will help you choose a suitable tech stack that supports the long-term growth and stability of your business.
Rahul Buddha works as a Technical Innovator with 9 years of experience at Radixweb. His deep-seated knowledge of Node.js, Angular.js, AWS services, Vue.js and MongoDB drives the development of several successful and high-performing applications for our organization. His keen eye for the latest technologies and trends strives to bring innovation to the table every time.
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