论文概要
- Research area: Machine Learning
- Published: 2026-09-28
- arXiv: 2609.35744
- Authors: Hoyoung Lee, Suyeol Yun, Jack Haverty, Yunju Cho, Meesong Kim, Daekyung Park, Sumin Kim, Jihoon Kwon, Jasmine Jia Geng, Andrew Chin, Yin Luo, Edward Tong, Yu Yu, Zach Golkhou, Minkyu Kim, Igor Halperin, Young Cha, Alejandro Lopez-Lira, Chanyeol Choi, Yongjae Lee
- On three expert-authored finance benchmarks, FinAutoRubric's rubrics track expert scores as closely as the strongest evaluation generators, while covering more of the expert rubrics' expected criteria.
- Its scores align with human ratings, and internal analysts prefer its rubrics in blind comparisons.
- The released 100-query FinAutoRubric benchmark is built from internal analysts' critical questions spanning 78 tasks and eight asset classes.
- Results indicate that rubrics generated by earlier models still leave room for improvement by newer models.
Abstract
Evaluating finance research agents requires rubrics that reflect expert standards and fix the values correct as of an information cutoff. Expert-reviewed finance benchmarks rely on fixed, per-item rubrics, which are costly to extend and cannot encode each institution's own standard. In FinAutoRubric, experts specify reusable evaluation guidance, while agents and code carry out query-specific rubric generation, review, and validation. This expert guidance governs every agent, as prompts and as rules that code enforces, and a Task Bank of reusable criteria carries it across tasks. In long-horizon loops that follow the expert guidance, a writer agent researches every expected value and a reviewer agent verifies it, and failures escalate to a human.