Architectural flexibility refers to the ability of a system to adapt and evolve over time. When designing a system that requires separation of domains, architectural flexibility plays a crucial role in ensuring that each domain is isolated and can be changed independently.
By using architectural patterns such as microservices or modular design, different domains of a system can be separated into discrete components. Each component can then be developed and changed independently without affecting the other parts of the system. This allows for a more flexible architecture, as changes in one domain can be made without requiring changes in other domains.
Architectural flexibility also supports system separation of domains by facilitating communication between the different domains of the system. By defining standard communication protocols and interfaces between the domains, the system can be designed to enable each domain to exchange messages and data with other domains without interfering with their operation.
Overall, architectural flexibility is a critical factor in supporting system separation of domains by enabling each domain to operate independently and communicate effectively with other domains in the system.
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