Architectural flexibility refers to the ability of a system to be easily modified or enhanced without needing to undergo significant redesign. It allows for changes to be made to the system's architecture, without the need for major overhaul. This flexibility has a direct impact on the system's adaptability, as it enables the system to quickly adapt to changing requirements, technologies or environments.
The more flexible the system's architecture is, the easier it is to modify or upgrade the system to meet new requirements. It also reduces the likelihood of bottlenecks or obstacles that may prevent system upgrades or modifications. When changes need to be made, a flexible architecture enables system components to be changed or substituted with minimal disruption to the system as a whole.
In contrast, a rigid architecture with little flexibility can hinder system adaptation. Changes to the architecture require extensive re-design, and modification of the system may require a complete overhaul. This can make it difficult to respond to changing needs or emerging technologies, which can lead to obsolescence and a loss of competitive advantage.
Therefore, architectural flexibility is a key factor in determining the ability of a system to effectively adapt and respond to changing needs and requirements.
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