Addressing the core technical requirements for the ADF is essential. Those requirements should be the basis for operational approval. The establishment of consistent core technical requirements and the fulfillment of their attributes will pave the way for a steady development process. This, in turn, eases the operational approval process and ensures that the ADF complies with the stipulated specifications and rules, and aligns with the overall system. Beyond simple affirmative or negative questions, it proves beneficial to elucidate how these requirements are satisfied. This can be achieved by detailing the design of the ADF and offering a succinct overview of the system architecture, with an emphasis on elements that enhance performance, reliability, and overall system stability.
Main Question
Does the ADF comply with the core technical requirements (such as system boundaries, functional stability, composability, redundancy, etc.)?
Sub-Questions
- Is the system boundary defined?
- Are all the interactions identified and ensured that they are within the system boundary?
- Can the components of the ADF be easily composed and decomposed without affecting the overall functionality?
- Have the aspects of performance and redundancy considered?