Businesses nowadays are developing more sophisticated and multifunctional applications. For this reason, the use of microservices is skyrocketing. The majority of companies (61%) have been utilizing microservices for a year or longer, according to a study conducted by O’Reilly.

The topic of “Which languages and technologies are utilized for constructing microservices architecture?” arises in light of the rising popularity of microservices. Languages that may be used to construct a microservices architecture are as follows:

  1. Python

This high-level programming language provides robust assistance for combining with other technologies. Python’s ease of use and speed at prototyping make it preferable to other languages and frameworks. Because of this, it’s the top choice among developers.

Python can communicate with older languages like PHP and ASP without any issues. Developers execute Python microservices via a RESTful API. Django, Bottle, Falcon, Flask, CherryPy, and NameKo are popular Python frameworks that are well-suited for creating online applications.

  1. Golang

As of 2009, Google’s Go was available to the public. This language is often referred to as Golang because of its domain name. Golang’s API support and concurrency characteristics have made it a favorite among developers working with microservices architecture. Its multi-device productivity-boosting concurrency function is a bonus.

Golang is one of the greatest platforms since it allows developers to create complicated programs while providing excellent testing assistance. To create a microservices architecture, the two most popular Golang frameworks are Go Kit and Go Micro.

  1. Node.js

In recent years, Node.js has emerged as a useful platform for startups and large organizations to use when constructing a microservices architecture. Building on the V8 runtime provides a fast environment for IO (Input-Output) constrained operations. Businesses depend on Node.js microservices because they provide several advantages, including increased performance, decreased costs, increased productivity, and happy developers.

Over the last several years, Node.js has seen significant evolution. When creating microservices-based applications, Node.js is often considered the gold standard by developers everywhere. Additionally, the npm website housed hundreds of open-source libraries. In many cases, further programming is required to install the necessary module. Therefore, it is quite economical both in terms of time and money.

  1. Java

For a good reason, many programmers prefer working in Java since it is reliable, straightforward, and widely used. Java is a superior programming language for developing microservices architecture. It simplifies the development of microservices architecture because of its straightforward annotation syntax. And since it offers a user interface, connection to back-end resources, and model components, Java is an excellent choice.

Java’s improved readability is a major benefit when dealing with complicated systems. Dropwizard, Spring Boot, Spark, and Eclipse Microsprofile are the most prominent Java frameworks for constructing microservices architecture.

  1. .NET

Microservices may benefit greatly from the cross-platform nature of.NET Core. By doing so, you may use a tried-and-true language that has widespread support and is being developed by Microsoft. There are pre-installed Docker containers that facilitate the creation of microservices. Microservices may be built using the.NET Docker images found on Docker Hub.

A.NET microservice may be integrated with Node.JS, Java, or other programs. The transition to .NET core technology is aided by this method. Cloud services are another area where .NET microservices may help you out.

Microsoft’s Azure infrastructure is reliable and secure and works well with the .NET framework. This gives a hybrid approach to cloud computing that may be used to execute certain modules.

  1. C++

C++ has several positive qualities as a programming language, including its adaptability, efficiency, speed, and complexity. Significant contributions have been made in home appliances, robotics, automobile applications, and database services. One of the best service registries is included in the C++ microservices library. The OSGi R4.2 specification’s emphasis on the service layer is essential to its operation. As a cross-platform library, REST SDK takes advantage of C++ microservices.