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Consider a scenario where a defense contractor is developing a new communication system for a critical national security application. The primary stakeholder requirement is to achieve a 15% improvement in data transmission latency compared to the existing system. The project team has identified several potential technical solutions. Which of the following approaches best aligns with the principles of ISO/IEC/IEEE 15288 for managing this requirement throughout the system life cycle, particularly concerning the transition from stakeholder needs to system requirements and subsequent modifications?
Establish a comprehensive traceability matrix linking the stakeholder need for a 15% latency reduction to specific, verifiable system requirements, and implement a formal change control process that assesses all proposed requirement modifications against this baseline and its derived system specifications.
Prioritize technical solutions that offer the highest potential latency reduction, even if they introduce significant complexity, and document the chosen solution's performance metrics without explicitly linking them back to the original stakeholder need.
Focus solely on the system design and implementation phases, assuming that the initial stakeholder requirement for a 15% latency improvement will be implicitly met through optimal engineering practices, and defer detailed requirement verification until the final acceptance testing.
Document the stakeholder need for a 15% latency improvement as a high-level objective and allow individual subsystem engineers to define their own performance targets, with minimal oversight, to foster innovation and expedite development.

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