The project grows and requirements change

Necessary to move to a more scalable and flexible architecture such as microservices to support the changing needs of the project. Microservice architecture A microservices architecture is a software development approach that breaks down a The project grows and complex application into small, independent services. These microservices communicate through APIs or messaging systems, allowing developers to build, deploy, and maintain each service independently. This modular approach scales well and provides the flexibility to adapt to changing requirements and evolve the architecture over time. Key Features of Microservice Architecture Independent Services: Each service focuses on specific functionality, operates independently, and interacts with other services only when necessary.

Scalability Microservices can scale

Independently, making it easy to handle growing traffic or processing requirements for specific parts of the application. Fault Tolerance: The failure of Uganda Mobile Database one service does not necessarily affect the entire system. This results in higher resiliency and application availability. Improved development speed: Development teams can work independently on different microservices, which speeds up the development process and reduces the risk of merge conflicts. Flexibility in the choice of technology. Microservices can be created using a variety of technologies, frameworks, and languages, allowing developers to choose the most appropriate for a particular service.

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Microsoft Learn Pros and cons of microservice architecture Pros: Independently deployable services accelerate development and deployment cycles. Easier WS Numbers to scale and maintain because individual services can be upgraded or replaced without impacting the entire system. Encourages the use of modern development practices such as continuous delivery and DevOps . Minuses: Increased complexity as developers need to manage multiple services, APIs, and data stores. Problems in communication management and coordination between services. Higher operating costs are possible due to additional infrastructure requirements. Serverless architecture Serverless architecture is a software development approach that uses Function as a Service (FaaS) cloud platforms to manage code execution, scale, and infrastructure.

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