Microservices architecture is the very resource to get a perfect architect for consistent delivery. Microservices are the method of developing software applications that are created with independently deployed services. Each of the microservice works with a different procedure followed by communication with a ground-breaking yet lightweight mechanism.

Businesses are frequently looking forward to working with services oriented architecture. Speaking of microservices, let us talk about how it is beneficial to you in different ways.

So, here you go.

4 Reasons why should you adopt microservices architecture for faster development?

1. Improved Productivity With The Services Oriented Architecture

Breaking down an application into smaller autonomous fragments enables it to run easier and faster. Each service can be deployed, developed, and managed in an equal manner. Also, you can make use of different technologies, different programming languages, and different software development environments based on the requirements of each of the services.

As the module element codebase is reduced from an application, it makes releasing, deploying, scaling, and testing different services pretty reasonable and achievable. Moreover, you can bifurcate associated tasks into the team of developers to get it all done simultaneously.

2. Get Better Scalability With Microservices Frameworks Architecture

As we have mentioned earlier, each service can be written in a different language, this allows DevOps teams to go for the most popular and workable module without having to think about the incompatibility later.

We can add new components to the individual services without any need for downtime and redeployment of the whole system. They can also be scaled independently.

Moreover, these services can also be availed in the other different servers that decreases the impact of the performance of more demanding components.

 Having said that, Netflix is a quintessential example of using microservices architecture to get over scaling issues and challenges. Back then in 2008, Netflix experienced a three-day failure of the services due to rapidly increasing demands on its servers. After coming across this plight, Netflix decided to refactor its monolithic application into a horizontally scalable, distributed system of microservices frameworks architecture running on Amazon AWS cloud servers.

3.  Get better data security and compliance with the microservices architecture

Services Oriented Architecture carries and protects all the sensitive and confidential data inside it. However, when developers do generate data connections between the microservices architecture, securing confidential data becomes a major concern. Although, it is good to learn that most of the developers use secure APIs to connect the microservices architecture.

A secure API shields the data it processes by ensuring it is only accessible to specifically authorized applications, servers, and users.

If your microservices architecture manages sensitive health, financial updates, or some other kind of data, safe and secured APIs allow developers to control the data that is accessible.

4. Greater business agility with services oriented architecture

You can experiment with new features (that could or could not be fruitful for your business) if you are working with service oriented architecture. Moreover, if you are trying out the new and fresh features and rolling back the changes, by any chance if it does not work out, organizations have substantial agility to give response to new business demands.

Besides that, microservices architecture also supports the DevOps mindset. As businesses are able to rapidly develop and use new features, users are bound to receive feedback with prompt action.

10 Best Practices for Building a Microservices Architecture

  1. Determine if the microservices architecture is a good fit based on your requirements.
  2. Get everyone on board with the idea.
  3. Build teams around microservices.
  4. Differentiate your microservices from your business functions and services.
  5. Design your services to be loosely coupled, have high cohesion, and cover a single bounded context.
  6. Use APIs and events to communicate between services.
  7. Consider security vulnerabilities within a microservice architecture.
  8. Have a separate version control strategy for each service.
  9. Development environments should be consistent across machines.
  10. Have different databases or data stores for each microservice.

What are your thoughts?

So here is what you have learnt about Microservices Architecture so far, what you have thought about this ball of scalability and evolution? Services Oriented Architecture has been in place for a long period with businesses consistently adopting the same. If you are in the same frame of mind, you are in the right frame of mind! Moreover, being one of the top Java development companies, you must take a special not on microservices architecture frameworks to get the rapid business development.

Posted by Miley

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