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TraceBench establishes a rigorous simulation framework for evaluating LLM agents in time-series root-cause analysis, revealing that performance heavily depends on domain context and numerical data exploration rather than visualizations. The study also highlights a significant drop in accuracy when agents are constrained to generate Python scripts for predictions compared to direct output submission. This benchmark provides essential insights into the limitations and operational modes of AI agents within complex dynamical systems.
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TraceBench: Controlled Evaluation of LLM Agents for Time-Series Root-Cause Attribution

arXiv2 min read

arXiv:2608.27182v1 Announce Type: new Abstract: LLM agents are increasingly applied to anomaly detection and root-cause analysis in time-series observations collected from real-world systems; however, their performance on these tasks has not been systematically evaluated under controlled conditions. We introduce TraceBench, a simulation-based framework for generating controlled root-cause attribution tasks. In each generated task, an agent receives time-series observations produced by simulating a physical dynamical system and must determine whether a system parameter was altered during the simulation and, if so, which one. Using TraceBench, we generate tasks from three interpretable mechanical systems and systematically evaluate four LLM agents across controlled experimental conditions, yielding new insights into how these agents analyze time-series observations from dynamical systems. Our results show that agents benefit substantially from domain context and explore data primarily through numerical console output rather than visualizations. We also find that agents generally perform worse when required to produce a Python script that maps each time-series sample to a predicted root-cause label than when they submit predictions directly. We release our datasets, agent trajectories, experimental results, and a leaderboard on our website, tracebench.github.io.

Abstract:LLM agents are increasingly applied to anomaly detection and root-cause analysis in time-series observations collected from real-world systems; however, their performance on these tasks has not been systematically evaluated under controlled conditions. We introduce TraceBench, a simulation-based framework for generating controlled root-cause attribution tasks. In each generated task, an agent receives time-series observations produced by simulating a physical dynamical system and must determine whether a system parameter was altered during the simulation and, if so, which one. Using TraceBench, we generate tasks from three interpretable mechanical systems and systematically evaluate four LLM agents across controlled experimental conditions, yielding new insights into how these agents analyze time-series observations from dynamical systems. Our results show that agents benefit substantially from domain context and explore data primarily through numerical console output rather than visualizations. We also find that agents generally perform worse when required to produce a Python script that maps each time-series sample to a predicted root-cause label than when they submit predictions directly. We release our datasets, agent trajectories, experimental results, and a leaderboard on our website, this http URL.

Machine Learning (cs.LG)

arXiv:2608.27182 [cs.LG]

(or arXiv:2608.27182v1 [cs.LG] for this version)

https://doi.org/10.48550/arXiv.2608.27182 Focus to learn more arXiv-issued DOI via DataCite (pending registration)

tracebench_representative_agent_trajectory.pdf

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Full text under the publisher's open licence · 274 words

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