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AdaLens addresses the critical gap in observability and steerability for long-running agentic workflows, moving beyond discrete chat interactions to manage parallel analytical branches effectively. By unifying execution plans with interactive control grounded in data elements, it enables analysts to redirect autonomous agents dynamically during complex investigations. This work is significant as LLM-driven systems evolve toward greater autonomy, requiring robust human-in-the-loop mechanisms for sustained oversight.
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AdaLens: Interactive Storyline for Monitoring and Steering Long-Running Agentic Data Analysis

arXiv2 min de cititArticolul și perspectiva sunt în engleză.

arXiv:2608.17834v1 Announce Type: cross Abstract: Large language models are pushing data science toward increasingly autonomous and agentic workflows, with recent systems already supporting multi-step and long-running analyses. As these workflows become more autonomous, conventional interfaces no longer provide adequate support for two critical requirements: observability for understanding an agent's evolving reasoning and evidence, and steerability for redirecting low-value directions or deepening promising ones during execution. Existing interactive approaches improve process visibility and open intervention points, but they remain largely designed for discrete, turn-by-turn exchanges rather than the parallel branches and evolving decision structures of long-running agentic analysis. We study this need as interactive oversight in long-running agentic data analysis and present AdaLens, an interactive system for monitoring and steering ongoing runs. AdaLens combines a storyline-based representation that unifies analytical plans, execution progress, intermediate findings, and data-column involvement with steering interactions grounded in these analytical elements for directional guidance and execution control. We evaluate AdaLens through two case studies and a user study, examining how it supports analysts in monitoring and steering long-running agentic data analysis.

Abstract:Large language models are pushing data science toward increasingly autonomous and agentic workflows, with recent systems already supporting multi-step and long-running analyses. As these workflows become more autonomous, conventional interfaces no longer provide adequate support for two critical requirements: observability for understanding an agent's evolving reasoning and evidence, and steerability for redirecting low-value directions or deepening promising ones during execution. Existing interactive approaches improve process visibility and open intervention points, but they remain largely designed for discrete, turn-by-turn exchanges rather than the parallel branches and evolving decision structures of long-running agentic analysis. We study this need as interactive oversight in long-running agentic data analysis and present AdaLens, an interactive system for monitoring and steering ongoing runs. AdaLens combines a storyline-based representation that unifies analytical plans, execution progress, intermediate findings, and data-column involvement with steering interactions grounded in these analytical elements for directional guidance and execution control. We evaluate AdaLens through two case studies and a user study, examining how it supports analysts in monitoring and steering long-running agentic data analysis.

Human-Computer Interaction (cs.HC); Artificial Intelligence (cs.AI)

arXiv:2608.17834 [cs.HC]

(or arXiv:2608.17834v1 [cs.HC] for this version)

https://doi.org/10.48550/arXiv.2608.17834 Focus to learn more arXiv-issued DOI via DataCite (pending registration)

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