Discover the Best Languages and Technologies for Developing Microservices Architecture

Discover the Best Languages and Technologies for Developing Microservices Architecture
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Creating software using a microservices architecture is one of the most important architectural trends. A microservices architecture structures an application as a collection of services only tangentially related. A microservice is a small, specialized service with a clearly defined role and purpose inside a larger enterprise. Due to the modular nature of microservices, applications may be maintained more easily.

Yet, choosing the proper tools and technologies is the greatest challenge for companies and organizations seeking to deploy the Microservice architecture. Let’s take a closer look at the top 5 technologies that organizations use while developing microservices architecture.

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What Exactly Is Microservice Design?

It’s a method for building software that breaks down mobile apps into their component elements. Microservice design is quickly becoming the standard, surpassing the more cumbersome and inflexible monolithic architecture.

The primary goal of the microservice architecture is to create applications suitable for the cloud and streamline the deployment process. The design incorporates several programming languages and employs many forms of data storage

Best Languages and Technologies for Developing

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1] Node.js:

Node.js has become a useful platform for new and existing businesses, making it especially attractive to startups and bootstrapped companies. Due to its origins in the V8 runtime, Node.JS is a popular choice for I/O-intensive applications. In addition, it provides developers with more pleasure and greater productivity and performance at a reduced cost. This is a major selling point for Node.JS as the go-to language for developing Microservices in large organizations.

The same software load may be managed with just one-tenth the hardware if NodeJS and microservices are used effectively. Forward-thinking businesses favor NodeJS due to its enhanced productivity.

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2] Docker and Kubernetes:

Docker is a container management strategy that helps build, test, and release software systems by packaging them as independent units. In contrast, Kubernetes is software that helps eliminate time-consuming, repetitive tasks associated with deploying and managing containerized software. Docker simplifies software deployment since Docker images can be deployed with only a Docker file. Moreover, it is compatible with several OSes, offers several plugins to extend its functionality, and can be used with a wide range of advanced programs and services.

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3] Java:

Java’s annotation structure makes it an ideal language for Microservices since it improves readability. Moreover, Java provides benefits in code readability while dealing with complicated systems. In addition, the Microservices framework makes Java Microservices development simpler with the help of annotation syntax.

The Microservices framework may be used with a wide variety of Java frameworks. Spark, Spring Boot, Restlet, Dropwizard, and many more are among the most popular frameworks.

As a bonus, Java facilitates more efficient communication with the model’s back-end resources. It also has a top-notch graphical user interface (GUI). For these reasons, it is now among the top choices for languages to use for developing Microservices.

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4] .Net:

Creating the APIs that power microservices is a breeze when using the.Net framework for web development, such as ASP.Net. The use of Docker containers for developing and deploying microservices is natively supported. Every desktop, mobile, online, gaming, and other application you create can use the .Net framework’s built-in APIs to consume microservices easily. You may start adopting .Net microservices without completely rewriting your application if you already have one. Docker Hub already has the prerequisites set up for Net Docker images, so all you have to worry about is developing your microservices.

You may use.Net for a subset of your project without having to implement it everywhere thanks to the.Net microservices design, which permits a compilation of technologies between each service. Applications created in Java, Node JS, or any other language may coexist with the .Net microservices. 

As a result, new microservices that interact with existing microservices and third-party services may be developed and migrated gradually to .Net core technology. The.Net microservices are also compatible with all the most popular cloud service providers.

Conclusion

The team’s skills, resources, etc., all play a role in determining the optimal language for Microservices. Microservices are an expansive idea used to fine-tune the disintegration of goods and services. Microservices architecture is not recommended for new projects since its limits are hard to establish.

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