A Conceptual Framework for Enhancing Software System Dependability
Keywords:
Software dependability, conceptual framework, fault tolerance, system reliabilityAbstract
Software reliability is a critical attribute of software quality, fundamentally influencing user satisfaction, operational efficiency, and overall system integrity. In an era of increasingly complex and interconnected software systems, particularly within critical infrastructures and Internet of Things (IoT) environments [1], ensuring and improving software dependability has become paramount. This article proposes a conceptual framework designed to systematically enhance software system reliability throughout the software development lifecycle. Drawing upon established software engineering principles, quality models, and contemporary approaches to defect detection and reliability prediction, the proposed model integrates proactive measures, continuous monitoring, and feedback mechanisms. We synthesize insights from various reliability assessment models, quality standards, and empirical studies on factors affecting software reliability. The framework emphasizes a holistic perspective, considering not only technical aspects but also environmental and organizational influences on reliability. This conceptual model aims to provide a structured approach for practitioners and researchers to identify, mitigate, and manage reliability risks, ultimately leading to more robust and trustworthy software systems.
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