![]() ![]() The flexibility to work on different components simultaneously boosts the productivity levels, shortening the time to market launch. That way, developers do not have to wait for another team to finish their job before starting theirs. It also enhances the application's maintainability and breaks down complicated apps into manageable services. The architecture reduces the codebase being written and thus improves the productivity levels of the developers. Since each component is developed, deployed, and tested individually, the developers have the freedom to use the programming language and framework that is best suitable for the functionality being developed. ![]() The integration of microservices enhances the app developers' agility and iteration cycles. It enables you to roll out digital business capabilities in real-time. If you want your mobile application to be more responsive to and in sync with market requirements, micro services are what you need. Such capabilities are not possible in a monolith architecture. Moreover, microservices can leverage the cloud-native applications environments' elasticity thus scaling cost-effectively. This makes the application function faster. Meaning, a component's workload can move to an infrastructure better suited for the task. Each microservice component scales at runtime independently, which allows efficient resource utilization. One of the reasons mobile apps should be developed on this internal architecture is that it speeds up the processes and offers on-demand scalability. Enhances speed and scalability of your app
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