Architectural flexibility refers to the ability of a system to adapt to changing requirements without significant performance and functionality issues. In other words, it allows the system to be modified or extended without breaking existing functionalities. This architectural flexibility supports system extensibility in the following ways:
1. Scalability: Flexible architecture allows a system to expand or contract seamlessly with the growth of the business or an increase in the number of users. This enables organizations to add new features and functionality when they are required.
2. Modular Design: By designing a system in modules rather than in a monolith, it can be extended more easily. New modules can be added at any time, without affecting the rest of the system.
3. API Design: By designing a system with well-defined APIs, it can easily integrate with other systems or third-party services. This capability enables teams to add new functionality to a system without having to re-create them from scratch.
4. Future Proofing: A system built with flexibility in the architecture could be more resistant to technological or environmental changes. This allows the system to evolve and maintain relevance over time.
Overall, architectural flexibility enables organizations to extend their systems’ functionality and meet new requirements quickly and cost-effectively.
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