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International Journal of Modern Computer Science and IT Innovations

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Hyperautomation-Driven Financial Workflow Transformation: Integrating Generative Artificial Intelligence, Process Mining, and Enterprise Digital Architectures

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Dr. Elena Marovic 1 ,
4 University of Melbourne, Australia

Abstract

The accelerating convergence of generative artificial intelligence, process mining, and enterprise automation technologies has redefined how financial workflows are conceptualized, governed, and optimized across modern organizations. Hyperautomation has emerged not merely as a technological assemblage but as a strategic paradigm that integrates advanced analytics, intelligent automation, and adaptive decision-making into cohesive operational ecosystems. This research article develops a comprehensive theoretical and empirical exploration of hyperautomation in financial workflows, situating it within broader trajectories of digital transformation, data-driven governance, and organizational intelligence. Drawing extensively on contemporary scholarly discourse, this study critically examines how generative AI augments process mining to enable self-improving financial systems capable of predictive insight, ethical governance, and scalable resilience. Central to the analysis is the articulation of a hyperautomation framework that synthesizes intelligent orchestration, explainability, and enterprise integration, building upon recent advances in financial workflow automation literature (Krishnan & Bhat, 2025).

The article adopts a qualitative, design-oriented methodological approach grounded in interpretive analysis of peer-reviewed studies, industry frameworks, and enterprise case narratives to derive theoretically robust insights into hyperautomation adoption. Findings indicate that the integration of generative AI with process mining substantially enhances workflow transparency, reduces operational bias, and enables dynamic reconfiguration of financial processes in response to real-time signals. However, these benefits are accompanied by significant governance, ethical, and architectural challenges that necessitate new models of accountability and explainable intelligence. The discussion advances scholarly debates by contrasting deterministic automation models with adaptive hyperautomation ecosystems, offering a nuanced critique of technological determinism and underscoring the socio-technical dimensions of financial automation. The article concludes by outlining future research pathways that emphasize interdisciplinary inquiry, regulatory alignment, and human-centered automation design.

Keywords

Hyperautomation, Generative Artificial Intelligence, Process Mining, Financial Workflows

References

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