Development of comprehensive computer system integration testing for banking applications
Posted: Dec 23, 2022
Abstract
This research presents a novel framework for comprehensive computer system integration testing specifically designed for modern banking applications. Traditional integration testing approaches in the financial sector have struggled to address the increasing complexity of interconnected banking systems, real-time transaction processing requirements, and evolving regulatory compliance demands. Our methodology introduces a quantum-inspired testing architecture that leverages principles from quantum computing to model system interactions as entangled states, enabling more thorough detection of integration failures across distributed banking components. The framework incorporates bio-inspired optimization algorithms derived from ant colony behavior to dynamically prioritize test cases based on system criticality and failure probability. We developed a multi-layered testing approach that combines conventional integration testing with emergent behavior analysis and predictive failure modeling. Experimental validation across three major banking platforms demonstrated a 47
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