Modularity and Separation of Responsibility

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Rina7RS
Posts: 473
Joined: Mon Dec 23, 2024 3:39 am

Modularity and Separation of Responsibility

Post by Rina7RS »

Monolith** is suitable for small applications with limited functionality. - **Microservices** are an ideal option for large, distributed systems with a modular structure. - **Service-oriented architecture (SOA)** will help in organizing interaction between large and medium-sized services.

The key to agility is to split the application into modules or services, each responsible for a single function. This simplifies testing , debugging, and deployment, and allows development teams to work more efficiently.

Designing for Scalability

Consider scaling mechanisms in advance. In the event of a sudden benin phone number data increase in load, the system must be able to quickly adapt. This includes the use of cloud solutions, horizontal scaling, and approaches such as message queues for load balancing.

Interface Consistency

Using standards and conventions for creating APIs makes it easier to integrate different services with each other and with third-party applications. REST, GraphQL, gRPC – the choice depends on specific requirements for performance and ease of use.

Security From the Start

Don't leave security issues to the last minute. Designing an architecture with data protection and attack resistance in mind is an integral part of development. Use encryption protocols, secure password storage, and regularly update used libraries and dependencies.

Continuous Integration and Deployment

CI/CD practices ensure continuous testing and delivery of the product, which is essential for maintaining quality and accelerating development cycles. Automating processes increases productivity and eliminates human errors.
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