Microservices Architecture

Microservices Architecture

Microservices architecture is a development technique that structures an application as a group of loosely coupled services. It is an architectural design whereby the software development approach involves the creation of an extensive application built as a suite of modular services. They are independently versioned, small, and customer-focused services which are scalable with a particular business goal designed to communicate with each other over standard procedures with well-defined interfaces.

And though they are independently scalable and deployable, each service has a firm boundary module. Such that can allow different functions to be writable in varied programming languages which further can be managed by different teams.

Mircoservices allows you to maximize application dependability by helping you move at the speed of the market. The applications can be moved from one place to another without changing the environment as they run in their own containerized environment. And if the application successfully works in the development stage, then it will work as well for the customer. This enhances time to market and increases the reliability of the product.

What are the Benefits of Microservices

For you to have microservices architecture development solutions, you should understand the fundamental components it plays. When you know that, the resulting artifact will properly operate and not disappoint like just another similar monolithic application that has been newly painted.

  • Software with a microservice design can further be fragmented into multiple components, and each of the services can be deployed or redeployed independently without compromising application integrity. What does that mean? Developers have the freedom from the software to develop independently & deploy services.
  • Automatic deployment and easy integration using continuous open source tools. For instance, “Jenkins.”
  • It has better fault isolation such that if one microservice fails to function, the other will continue to operate
  • The microservice architecture enables uninterrupted delivery
  • The code structure works around business capability
  • It functions efficiently with containers like Dockers
  • Scalability is easy and integration with third-party services.
  • Modules can be spread across multiple data centers or many servers
  • Complement cloud activities.
  • Microservices simplify the area of security monitoring as the various parts of an app is inaccessible. If a security issue happens in one area, other parts of the project are not affected.

Successful Examples of Microservices Architecture Implementation

Large scale websites and applications such as Amazon, Netflix, eBay, The Guardian, UK Government digital services, PayPal, and Twitter have evolved from the older system to a fully functional Micro Services architecture.

Reduced Cost

The majority of businesses suffer from growing infrastructure cost as a result of the way their current architecture operates. Any change to a monolithic architecture is costly since every monolithic part works together with other parts; therefore, change in one area affects other areas.

This translates to extra work for developers and professionals to deal with updates side effects before they can make them. The more updates, the bigger the monolith amplifies the problem increasing the cost and time wastage in future developments.


Microservices architecture is the modern way of doing business as it saves you time and resources. When managing the effects of updates, the process is swift and speedy. Microservices are very critical in helping companies to meet their business goals. It takes time, effort, and resources to upgrade from monolithic to microservices architecture, however, the rewards are worth the hassle.

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