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Research Article Peer ReviewedAt least two reviewers Open Access

Business-Aware Agentic Forecast Refinement for Enterprise Financial Planning

1Systems Architect, Stripe, LLC., Austin, TX, USA
✉ Corresponding author: Hari Rajagopalan · hari.buvanesh@gmail.com
Proceedings Proceedings of the International Conference on Open Finance (ICOF 2026) Volume 25 Pages 37–41 Year 2026
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Abstract

Enterprise financial forecasts are generated across multiple business dimensions such as products, regions, channels, customer cohorts, and segments. In a large enterprise, this can result in billions of populated intersections that finance teams cannot review manually before a planning deadline. This paper presents a proactive, human-supervised agentic AI workflow implemented in a financial-technology and payments planning environment. The process starts when a baseline forecast reaches a configured planning milestone. The agent reviews each granular trajectory, identifies relevant historical periods, considers business seasonality, selects an adjustment strategy, generates the correction, and validates the resulting forecast before proposing the adjustment to finance users. The implementation was evaluated in one quarterly forecast and one long-range planning cycle covering 11 dimensions, approximately 1.2 billion populated intersections, and more than 15 financial planners. Planners accepted 67.2% of the proposed adjustments. For the quarterly forecast, the organization’s forecast-to-actual accuracy measure improved from approximately 96% to 98%. This workflow shifted planner effort from searching for anomalies to reviewing proposed corrections, applying business judgment, and collaborating on forward-looking assumptions while preserving finance authority over final decisions.

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Cite this article

Rajagopalan, H. (2026). Business-Aware Agentic Forecast Refinement for Enterprise Financial Planning. In Proceedings of the International Conference on Open Finance (ICOF 2026) (pp. 37–41). SET Technology. https://doi.org/10.36287/setsci.25.7.001

Article History

Published
6 Oct 2026

License

© 2026 SET Technology. This article is distributed under the terms of the CC BY 4.0.

Research Contributions (2019+)Peer reviewed by at least two reviewers
Open AccessCC BY 4.0
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