Architecture of microservices systems.
Posted: Mon Jan 20, 2025 7:17 am
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Architecture of microservices systems.
What are microservices?
Microservices are an approach to developing a single application as a set of small, independent, scalable services that are easy to develop and adapt to each need.
Why opt for microservices systems?
They have become an ideal alternative to boost ig database systems that have become stuck, improving the integration of applications in the following areas:
They simplify communication between different services.
Greater speed and security in software systems.
They are versatile , making it possible to use different technologies and languages.
They work perfectly with agile methodologies .
Its maintenance does not involve complexity , it is simple and cheap.
Microservices architecture and Monolithic architectures.
Traditionally, software design has been done using monolithic architecture , in which the software is structured in such a way that all functional aspects are coupled and contained in a single program . In this type of system, all information is hosted on a server, so there is no separation between modules and the different parts of a program are tightly coupled .
This creates a long-term problem, as it is a system that cannot be easily scaled. This is why microservices architecture appears.
When companies identified the need to make changes to their software and implement them quickly and easily, microservices were born . The idea was to divide systems into individual parts, allowing problems to be dealt with and addressed independently without affecting the rest.
Thus, while in a monolithic architecture the software is developed as a single unit, a microservices architecture works with a set of small services that run autonomously and independently.
Advantages.
Modularity: since these are autonomous services, they can be developed and deployed independently. In addition, a failure in one service should not affect the ability of other services to continue working as expected.
Scalability: since it is a modular application, each part can be scaled horizontally as needed, increasing the scaling of the modules that require more intensive processing.
Architecture of microservices systems.
What are microservices?
Microservices are an approach to developing a single application as a set of small, independent, scalable services that are easy to develop and adapt to each need.
Why opt for microservices systems?
They have become an ideal alternative to boost ig database systems that have become stuck, improving the integration of applications in the following areas:
They simplify communication between different services.
Greater speed and security in software systems.
They are versatile , making it possible to use different technologies and languages.
They work perfectly with agile methodologies .
Its maintenance does not involve complexity , it is simple and cheap.
Microservices architecture and Monolithic architectures.
Traditionally, software design has been done using monolithic architecture , in which the software is structured in such a way that all functional aspects are coupled and contained in a single program . In this type of system, all information is hosted on a server, so there is no separation between modules and the different parts of a program are tightly coupled .
This creates a long-term problem, as it is a system that cannot be easily scaled. This is why microservices architecture appears.
When companies identified the need to make changes to their software and implement them quickly and easily, microservices were born . The idea was to divide systems into individual parts, allowing problems to be dealt with and addressed independently without affecting the rest.
Thus, while in a monolithic architecture the software is developed as a single unit, a microservices architecture works with a set of small services that run autonomously and independently.
Advantages.
Modularity: since these are autonomous services, they can be developed and deployed independently. In addition, a failure in one service should not affect the ability of other services to continue working as expected.
Scalability: since it is a modular application, each part can be scaled horizontally as needed, increasing the scaling of the modules that require more intensive processing.