Architectural flexibility supports system coupling by allowing the system to adapt and integrate with external systems or components. If a system has a rigid architecture, it may have difficulties in adapting to changes in the environment or in integrating with other systems. Flexibility in the architecture allows the system to be designed to accommodate future changes or modifications, and thus, enabling a greater degree of coupling with other systems.
For example, a flexible architecture may incorporate standard interfaces or protocols, making it easier to integrate with other systems. This increases coupling between the systems, resulting in a more cohesive and efficient overall system.
Moreover, architectural flexibility enables the system to accommodate changes in requirements, technology, or market conditions. This allows the system to provide better services to customers by integrating new features or technologies. Consequently, it encourages system coupling by allowing easy integration with other systems that are using similar or new technologies.
Overall, architectural flexibility fosters coupling by making it easy for systems to work together and adapt to new changes or requirements, increasing the overall efficiency and effectiveness of the system.
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