Abstract: This study focuses on a new paradigm of requirement analysis from micro-scenarios to micro-services in military command and control software. A micro-scenario-driven model is developed to identify and recommend micro-services, combining service dependency analysis with clustering to match command and control flows. A dynamic requirement model is built using fuzzy logic and Delphi method to support flexible resource allocation under combat conditions. An adaptive architecture evolution mechanism is designed to enhance system responsiveness and decision efficiency. The results show high adaptability and practical potential.