AI Fraud Detection Framework Integrates U.S. Banking Regulations
A new framework aimed at enhancing AI-based financial fraud detection in U.S. banks has been introduced, embodying principles from various regulatory guidelines. The RGF-AFFD framework employs a three-tier governance structure, streamlining model development, validation, and oversight. Researchers tested six architectures using two substantial datasets, with the LSTM+XGBoost ensemble achieving an impressive ROC-AUC score of 0.9289 and an F1 score of 0.6360, demonstrating a notable 6-to-1 benefit-cost ratio. Among the models, XGBoost exhibited superior stability over time through evaluations involving ablation, drift, SHAP interpretability, and insights into fairness principles according to BISG standards.
Key facts
- Framework addresses fragmented compliance across OCC, SR 11-7, CFPB, and FinCEN
- RGF-AFFD is a three-tier governance architecture for AI fraud detection
- Benchmarked on IEEE-CIS dataset (590,540 transactions) and ULB dataset (284,807 transactions)
- LSTM+XGBoost ensemble achieved ROC-AUC 0.9289, F1 0.6360
- Benefit-cost ratio of 6:1 for the ensemble
- XGBoost demonstrated strongest temporal stability
- Analyses included ablation, drift, SHAP, and BISG fairness
- Published on arXiv with ID 2605.04076
Entities
Institutions
- OCC
- CFPB
- FinCEN
- arXiv
Locations
- United States