InsQABench: Benchmarking Chinese Insurance Domain Question Answering with Large Language Models
Jing Ding, Kai Feng, Binbin Lin, Jiarui Cai, Qiushi Wang, Yu Xie, Xiaojin Zhang, Zhongyu Wei, Wei Chen
TL;DR
InsQABench presents a comprehensive benchmark for Chinese insurance QA, categorizing tasks into Commonsense QA, Database QA, and Clause QA to reflect real-world knowledge types. It introduces two task-specific methods, SQL-ReAct for structured data and RAG-ReAct for unstructured clause documents, and demonstrates that supervised fine-tuning with LoRA substantially improves domain alignment. The dataset construction combines large-scale data collection with expert input, evolutionary question diversification, and PDF-driven clause extraction, accompanied by thorough experimental evaluations showing gains over baselines and competitive performance against proprietary models. This work offers a solid foundation for applying and advancing LLMs in high-stakes insurance contexts, with open data and code to support broader adoption and further research.
Abstract
The application of large language models (LLMs) has achieved remarkable success in various fields, but their effectiveness in specialized domains like the Chinese insurance industry remains underexplored. The complexity of insurance knowledge, encompassing specialized terminology and diverse data types, poses significant challenges for both models and users. To address this, we introduce InsQABench, a benchmark dataset for the Chinese insurance sector, structured into three categories: Insurance Commonsense Knowledge, Insurance Structured Database, and Insurance Unstructured Documents, reflecting real-world insurance question-answering tasks.We also propose two methods, SQL-ReAct and RAG-ReAct, to tackle challenges in structured and unstructured data tasks. Evaluations show that while LLMs struggle with domain-specific terminology and nuanced clause texts, fine-tuning on InsQABench significantly improves performance. Our benchmark establishes a solid foundation for advancing LLM applications in the insurance domain, with data and code available at https://github.com/HaileyFamo/InsQABench.git.
