Quality Assurance Frameworks for AI Algorithms in High-Stakes Financial Risk Assessment

Kuna, Arun (2025) Quality Assurance Frameworks for AI Algorithms in High-Stakes Financial Risk Assessment. World Journal of Advanced Engineering Technology and Sciences, 15 (3). pp. 1932-1939. ISSN 2582-8266

The proliferation of artificial intelligence systems in high-stakes financial risk assessment has created unprecedented challenges related to algorithmic transparency, accountability, and regulatory compliance. Financial institutions increasingly rely on complex machine learning models for credit scoring, fraud detection, and portfolio risk evaluation, yet existing quality assurance frameworks prove inadequate for managing black-box AI systems. The Explainability-Driven Quality Assurance framework addresses these critical gaps by establishing systematic protocols for bias detection, regulatory compliance verification, real-time performance monitoring, and continuous model validation. Implementation across multiple financial institutions demonstrates substantial improvements in audit readiness, compliance verification effectiveness, and operational efficiency while maintaining rigorous quality standards. The framework integrates automated testing modules, fairness assessment protocols, and explainability mechanisms within existing development workflows, enabling seamless adoption across diverse institutional environments. Comparative evaluation reveals superior performance characteristics relative to traditional quality assurance methodologies, particularly in addressing dynamic model behavior, algorithmic fairness requirements, and regulatory transparency mandates. The framework establishes industry benchmarking standards for measuring AI system accountability and provides scalable solutions adaptable to various financial applications and regulatory jurisdictions.