A Catalyzed Transition from Monolithic to Microservices Architecture to Provide an Assembled Set of Independent Services
A Catalyzed Transition from Monolithic to Microservices Architecture to Provide an Assembled Set of Independent Services Microservices are small components of larger applications that can be easily configured and scaled independently. In contrast to monolithic applications, which are typically updated infrequently and have long lifecycles, microservices architecture can be rapidly scaled up or down depending on business needs. Additionally, since these components are independently scalable, they can be rapidly changed without affecting other parts of the application. Microservices can adopt different data models to meet the developer’s demand. Since they are independent, they will be able to scale independently, which allows them to utilize fewer resources and more efficiently scale to meet demand. Despite this, microservices can still operate successfully with massive changes in volume or size. That’s because microservices are distributed systems, which means they can work i...