With the rapid development of information technology, the information system management in the smart building industry is facing new challenges and opportunities. This article aims to explore how to use the Analytic Hierarchy Process (AHP) and CMMI maturity evaluation system to optimize the operation and management of smart building platforms. The article first introduces the research background, significance, objectives, and issues, and constructs a research framework. Next, the theoretical basis of AHP Analytic Hierarchy Process was elaborated in detail, and its application and challenges in information system management were analyzed. Through the analysis of the current situation of the information system of A Smart Building Company, this article identifies the problems in operation and management, and constructs a maturity model based on CMMI, including the construction of the target layer, criterion layer, and scheme layer. The weight analysis of the key process performance indicators of the platform is also carried out using the Analytic Hierarchy Process (AHP). In addition, the article also explores the implementation steps of the optimization plan, as well as the evaluation methods for monitoring and adjusting. Through empirical analysis, this article verifies the effectiveness of the optimization model and proposes challenges and countermeasures in terms of technical challenges, organizational culture, continuous optimization, and risk management. Finally, the article summarizes the research findings, discusses the impact on operational management practices, proposes policy recommendations, and looks forward to future research directions.
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