CreditXAI: A Multi-Agent System for Explainable Corporate Credit Rating
Yumeng Shi, Zhongliang Yang, Yisi Wang, Linna Zhou
TL;DR
CreditXAI tackles the interpretability and structured reasoning gap in corporate credit rating by introducing a four-layer multi-agent system that mirrors a professional analyst team. The Analysis Layer houses BRA, FRA, CRA, and GRA, which generate risk signals from multimodal data, with the Decision Layer (CAA and RRA) producing a final, explainable rating and report; a Supervisory Layer (SSA) ensures traceability. Empirical results show that hierarchical fusion (CRA and CAA) yields up to 7.9% higher accuracy than the best single agent, with substantial gains from historical learning across agents. The framework offers a scalable, transparent pathway to intelligent credit risk assessment, while acknowledging limitations and opportunities to incorporate broader data sources and real-world deployment considerations.
Abstract
In the domain of corporate credit rating, traditional deep learning methods have improved predictive accuracy but still suffer from the inherent 'black-box' problem and limited interpretability. While incorporating non-financial information enriches the data and provides partial interpretability, the models still lack hierarchical reasoning mechanisms, limiting their comprehensive analytical capabilities. To address these challenges, we propose CreditXAI, a Multi-Agent System (MAS) framework that simulates the collaborative decision-making process of professional credit analysts. The framework focuses on business, financial, and governance risk dimensions to generate consistent and interpretable credit assessments. Experimental results demonstrate that multi-agent collaboration improves predictive accuracy by more than 7% over the best single-agent baseline, confirming its significant synergistic advantage in corporate credit risk evaluation. This study provides a new technical pathway to build intelligent and interpretable credit rating models.
