Architectural flexibility allows for the system to be designed in a way that separates dependencies between various components. This means that each component can be developed independently, without tightly coupling it to other components.
For example, a modular architecture can support system separation of dependencies by breaking down the system into smaller, more manageable components. Each component can have its own dependencies and can be independently developed and tested. This allows for changes or upgrades to be made to one component without affecting other components.
In addition, architectural flexibility can also support the use of different frameworks or technologies for different components, which can further minimize dependencies and allow for the use of best-of-breed tools and technologies.
Overall, architectural flexibility and system separation of dependencies can help to improve system stability, scalability, and maintainability, while also allowing for greater agility and faster development cycles.
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