Description: Decoupling is the process of separating components in a 3D model to facilitate manipulation and editing. This approach allows designers and developers to work on individual parts of a model without affecting other elements, resulting in greater flexibility and efficiency in the design process. In the context of technology, decoupling refers to creating systems where components are independent of each other, allowing each to function autonomously. This is particularly relevant in modern software architectures, where microservices and network function virtualization benefit from this separation. By decoupling components, updating, maintaining, and scaling systems becomes easier, as changes to one component do not require modifications to others. Additionally, decoupling promotes code reuse and more effective testing implementation, as each component can be tested in isolation. In summary, decoupling is a fundamental principle in designing complex systems, aiming to optimize the interaction between components and improve the efficiency of software development and maintenance.
