Microservices development: How it impacts in developing Mobile apps?

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By: Sagar Sharma

Microservices development: How it impacts in developing Mobile apps?

We are in the world of rising technology where mobile phones rule us more than our minds. The increase in the usage of mobile devices has increased with the rapid growth in the innovation of unique mobile applications. Mobile app development caught the technology market to a huge extent.

Although acceleration in mobile apps seems to be growing, user demands on the app interface are still increasing. Hence considering mobile-only strategy will not help all the time. A mobile app not only should have excellent design and subsequent development but also should concentrate on simplifying complex problems in a manner it satisfies the user’s expectations towards how a mobile application should be.

To fasten delivery changes and app advantages to meet the user experience, the mobile app development team requires an agile procedure that is when microservices app development comes into place. This will let you choose a DevOps and generate an effective changeover to the microservices model that enables you to build a cloud-based app for your business benefit.

In simple terms, inculcating microservices into mobile app development empowers developers to achieve a clear idea of the entire project development cycle and provides them the required adaptability to carry out in mobile app development services. The DevOps system used in the microservices development model ensures that any changes executed during the mobile application development, appear powerful, and users see your app with newly introduced features.

What are microservices?

Microservices is a unique and significant architectural development structure that serves the purpose of developing software applications with complex features. It has the capability of fragmenting more complicated large apps into coupled smaller services. Each microservice implemented in the application development serves all business functionalities individually, and these microservices can be deployed and redeployed without compromising the application’s integrity. Microservice highlights are built based on the client’s feedback to reach the user expectations speedily.

Advantages of Microservices Development In developing futuristic Mobile Apps

Benefits of microservices in mobile app development are vast; hence, developers prefer incorporating the technology in the development stage for attaining perfect app finishing before it is delivered to the client.

  • Accelerated speed and scalability: With microservices, you can develop a mobile app that is more responsive to the present market conditions. Also, it considers user feedback and stimulates the speed of mobile app guided with the on-demand scalability of users. Effective resource allocation takes place when the scaling of various microservices elements during execution occurs explicitly. You can shift the workload of a component to a suitable infrastructure that best suits the task, effortlessly. Using microservices leverage the adaptability of the cloud environment with producing effective output.
  • Improved efficacy and dexterity: Microservices allow developers to handle the software framework flexibly and achieve inclined productivity by decreasing the number of codes written previously. Moreover, they can be built, deployed and tested independently when compared to other functionalities in the system that result in enhanced team agility and repeated coding sequences rapidly.
  • Extended deployment: Microservices is an easy-to-use platform where it is equally distributed among all functionalities of software development. It is easily understandable that anybody from cross-functional teams can handle it effectively and without interruption. It works well on a team involving testers, developers and operation units functioning together on software development and testing, debugging and individual service on determined repetitions.
  • Flexibility in using technologies: Each microservice is written and built utilizing different technology and hence provides the flexibility of choosing any technology stack that best suits the specific service opted by you. The flexibility of using microservices allows you to access an in-depth talent pool with which you can generate any number of simplified codes. You can focus greatly on decoupled services of each business model or framework using different programming languages and can efficiently execute scaling, synchronize and affix distinct elements at independent framework levels.
  • Enhanced team spirit: Microservices not only provides the opportunity for developers to work with a freedom that supports them in quick and accountable decision-making but also to the cross-functional teams who are capable of taking up more rapid decisions. If you operate in a small or close-knit group, it provides more work freedom to every individual member and more responsive technical outputs.

Difference between microservices and conventional deployment practices

Conventional unified app architecture allows generating all the coding structures as a single cohesive unit and the constituents are independent and interrelated within the particular architectural framework specified.

If the developer wants to make any update to the mobile application, the output obtained through changes, are carried out intact to the stack. Like how you can shift from one technology to another technology easily in microservices, in conventional deployment practice, it is not possible without moving the entire architectural coding structure, which is literally a rework.

Microservices employ APIs, which helps split business functionalities into different services that can work as autonomous processes as well. Microservices support in accessing the current framework integrated easy for maintenance and also, any updates or changes can be shared without affecting the structure from scratch.


Microservice implementation should be performed very carefully and sensibly as it involves a complete transformation of the business from one platform to another, which may have painful areas as well, and handled with confidence and great knowledge. But if you are able to execute the DevOps system practice without causing any trouble in the futuristic approach, while shifting to a microservices architecture, then your transformation becomes successful, after which you enjoy mobile app development and meeting user expectations as an interesting part.

Frequently asked questions

How to apply microservices architecture to Android and iOS?

Before you intend to shift to microservices, there are few things that you need to analyze within such as the compatibility of your existing infrastructure with a microservices architecture, team’s adaptability to the technology and knowledge of admin on the awareness of microservices for ensuring no problems after delivery.

Instead of keeping a long footstep, follow these things to understand better how microservices help in your case.

  • Develop and keep base architectures ready such as services, virtual machine templates, and containers
  • Include API gateways and a system to monitor, along with automation embedded

Prep your team for facing consequences or challenges that you may experience while making the aforementioned changes on your transformation.

How Microservice architecture is the future of application development?

Microservice architecture is one of the best technologies that is expected to evolve in recent years. It has been showing such great growth because of delivering excellence in application speed and scalability. An investor can take any type of risk to be implemented through microservice architecture, focusing on particular concern without affecting entire architectures. Developers who have expertise in microservice architecture are in high demand and are paid a decent package according to the market standard.

How to opt for microservices?

It is not an easy task to integrate microservice architecture into your software model as you purchase a shirt from an apparel store. Think of the following factors before you transform into microservices.

#1 Level of independence

Decide on how you want your features and services to be so that you can choose them as per the required independence level. Three types of independence level can help you decide about features before transformation:

  • Extreme microservice architecture – it has its own user interface and database and the functions are fully decoupled and do not have anything to do with other constituents due to being independent in functioning.
  • Semi microservice architecture – it shares few components among the database and not all services are decoupled, and so changes made if any affect the entire architecture.
  • Normal microservice architecture – here, when main services are decoupled, all the other branch services are tightly coupled and bound together.

#2 Organization code

Microservices allow access to numerous applications or tools for easy development. It all depends on how you choose the best tools for your architecture. Select the right tools and ensure they are compatible with your service. You also have to consider factors such as organizational complexities, continuous delivery, team organization, and the right strategy.

Is the microservice approach the best solution for mobile app development?

Yes, of course, you can very well consider microservice architecture as the best solution for mobile app development. But before which you need to understand the differences between two primary app development patterns – monolith and microservice.

  • Monolith architecture: It is a unified design that is capable of developing an application and a single container executes all service actions. The components inside the application are independent and interrelated to each other and hence, handling complex features can be a little tough. It works best on small applications, but if there is consistent customer feedback, then it may not handle complexities.
  • Microservice architecture: Microservice takes a modular approach for designing software solutions and allows developers to generate a small set of separate components, which are capable of running independently and interdependently as well. Developers with this technology knowledge are easily available but very valuable as well.

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