A MICROSERVICE
is a software entity of small size that carries out specific functions of a process; using network protocols, it communicates with other services through programming interfaces.
DEVELOPING AN APPLICATION USING MICROSERVICES
is highly beneficial. Using technologies and programming languages suitable for the type of activity that every service has to satisfy allow the creation of a system that is high-performing.
SPEED
Microservices are smaller in size, in order to answer to specific functionalities. Development time is therefore reduced. Therefore the changes requested by the client can be rapidly brought into production as well as immediate integration of new functions. Moreover, since microservices are easily replaceable, sometimes it can be easier and more convenient developing a new one than changing a malfunctioning one.
RESILIENCE
In microservices architecture, if a component doesn’t work only one part of the system will suffer as a result. We can isolate the problem and fix it. It’s a huge benefit for those who choose this kind of approach for project development as maintenance is far more easy-going.
INDIPENDENCE
Microservices apply to the letter the single principle responsibility (do one thing and do it well): each one of them performs in a limited part of business logic of the system and can be optimized for that task with no impact on other microservices. Their independence allows them to be developed in different programming languages too, if necessary.
REPLICABILITY
Microservices are easily replicable to face increased market demand, they are also easy to test and update. Each functionality can also be exported on its own, hence avoiding to share the entire system.
SPEED
Microservices are smaller in size, in order to answer to specific functionalities. Development time is therefore reduced. Therefore the changes requested by the client can be rapidly brought into production as well as immediate integration of new functions. Moreover, since microservices are easily replaceable, sometimes it can be easier and more convenient developing a new one than changing a malfunctioning one.
RESILIENCE
In microservices architecture, if a component doesn’t work only one part of the system will suffer as a result. We can isolate the problem and fix it. It’s a huge benefit for those who choose this kind of approach for project development as maintenance is far more easy-going.
INDIPENDENCE
Microservices apply to the letter the single principle responsibility (do one thing and do it well): each one of them performs in a limited part of business logic of the system and can be optimized for that task with no impact on other microservices. Their independence allows them to be developed in different programming languages too, if necessary.
REPLICABILITY
Microservices are easily replicable to face increased market demand, they are also easy to test and update. Each functionality can also be exported on its own, hence avoiding to share the entire system.
PC CUBE &
MICROSERVICES
PC Cube collaborates with its clients by supporting the projects right from the start; the right choice between a microservice structure and a monolithic one is one of the first steps to help those who work with us reach their goal quickly and efficaciously.
