A technology stack is a combination of different elements that help to get a desirable result. This is also known as a solution stack, application stack, software stack, or tech stack. Business owners and software developers choose a suitable technology stack to better serve the users during 2023.

Some usages of technology stacks include the creation of products, execution of business operations, and analysis of performance metrics. In the software industry, a solution stack is a set of programming languages, application tools, and relevant technologies. For example, the MERN stack empowers ReactJS developers to build a robust website or a web app.

The purpose of a technology stack is to work as a complete system or platform to build and run applications. So that you don’t require some additional subsystems for carrying out different tasks. Accordingly, the resulting applications run on this comprehensive system/platform.

What is a technology stack?
What is a technology stack?

Major types of technology stacks on basis of usage

There are no textbook criteria that constitute a technology stack. However, we can divide technology stacks into different categories. In 2023, these are a few kinds of technology stacks that are valuable for businesses globally and in the USA.

  • Web technology stacks
  • Native mobile technology stacks
  • Hybrid technology stacks
  • Cross-platform technology stacks
Major types of technology stacks on basis of usage
Major types of technology stacks on basis of usage

Web technology stacks

The web technology stacks enable the development of web applications and websites. Moreover, they cover both the front-end and back-end of these web-driven solutions. For instance, MEAN stack, LAMP stack, and Jamstack.

Native mobile technology stacks

The mobile technology stacks facilitate the creation of mobile applications. Although, there are no proper acronyms for them like for web technology stacks. The point is that any set of software/technologies that can build mobile apps; is a mobile tech stack.

Mostly, they enable developers to build native mobile applications. Therefore, some people also call them native mobile technology stacks. A native mobile technology stack can comprise these components.

  • Swift/Objective-C (Languages for iOS)
  • Kotlin/Java/C++ (Languages for Android)
  • Xcode/AppCode, Android Studio/Android NDK (Development tools)
  • SwiftUI, UIkit, Android UI, Jetpack Compose (UI frameworks)
  • MySQL, MongoDB, MariaDB (Database system)
  • Amazon S3, Azure Blob, Google Filestore (Cloud storage)

Cross-platform technology stacks

There are some cross-platform technology stacks. A single cross-platform framework replaces two native mobile languages. Nevertheless, they also don’t have acronyms yet.

A cross-platform technology stack can make use of any of React Native, Xamarin, or Flutter. React Native takes advantage of ReactJS. So, your web developer can prove handy as well.

Microsoft’s very own Xamarin utilizes C# language. Flutter by Google employs Dart language. NativeScript is another option among the cross-platform technology stacks.

Classification of solution stacks upon technology

We can classify solution stacks on basis of technology as well.

  • JavaScript technology stacks
  • Linux technology stacks
  • Windows technology stacks
  • Other important technology stacks
Classification of solution stacks upon technology
Classification of solution stacks upon technology

JavaScript technology stacks

These are some famous JavaScript-driven technology stacks that are usable through 2023.

  • JAMstack
  • MEAN stack
  • MERN stack
  • MEVN stack
  • MEEN stack
  • MLVN stack
  • MEN stack
  • PERN stack

Linux technology stacks

Here are a few older Linux-driven technology stacks, from which some are still appropriate to use today.

  • GLASS stack
  • LAMP stack
  • LAPP stack
  • LEAP stack
  • LEMP stack
  • LLMP stack
  • LNMP stack
  • LYCE stack
  • LYME stack

Windows technology stacks

These are some Microsoft Windows-driven technology stacks of note.

  • WAMP stack
  • WIMP stack
  • WINS stack
  • WISA stack
  • WISAV stack
  • WIPAV stack

Some other technology stacks

Keep an eye on these other technology stacks as well.

  • BCHS stack
  • ELK stack
  • MAMP stack
  • MARQS stack
  • NMP stack
  • PLONK stack
  • SMACK stack
  • T-REX stack
  • XAMP stack
  • XRS stack

FAQs about technology stacks

These are some frequently asked questions (FAQs) regarding technology stacks.

Which are some examples of tech stacks?

MEAN stack, MERN stack, and JAMstack are examples of modern technology stacks. LAMP stack, WAMP stack, WINS, WAMP stack, etc. are examples of old tech stacks.

Is Java a technology stack?

The general-purpose Java language is high-level and so it has multiple usages. You can program the front end using Swing, and the JavaFX platform. Also, you can use it for the backend language of your tech stack with Java server pages (JSP), and servlets. The write-once, run-anywhere (WORA) nature of Java enables you to code almost every part of a web application. This figuratively makes Java a full-stack language (and thus as close to a tech stack).

How do you build a tech stack?

Different companies have diverse requirements. So the tech stacks they need are not alike. For choosing a technology stack, carefully evaluate your business goals. Build on a core programming language and a framework. Utilize additional tools, and add extra services as you go.

Is Python a tech stack?

The high-level Python language is multi-purpose in nature. You can code the front-end and back-end of web applications in it. Its efficient libraries empower you to build web applications without wasting server-side resources. The suitability of Python for both the front end and back end makes it a full-stack language. That’s why some people also call Python closer to a technology stack.

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