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This arXiv paper describes Diviner, an LLM-based agent system for root-cause analysis at Meta, and its main contribution is a governance design: reviewed incident data and owner expertise shape scoped skills and tools, and knowledge updates are admitted only after replay tests and owner approval. The reported evaluation metrics (exact cause, useful direction, groundedness) are internal and based on responder-reviewed outcomes, so the results are hard to compare with other systems. For readers building agentic systems, the practical lessons are about failure modes like stale context, misread failed queries, and overloaded observability tools.
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Diviner: Agentic RCA with Human-Governed Adaptation for Large-Scale Infrastructure

arXiv2 min de cititArticolul și perspectiva sunt în engleză.

arXiv:2610.21281v1 Announce Type: new Abstract: Root-cause analysis (RCA) in large-scale distributed systems is challenging because a single symptom can cross service, data, configuration, compute, and organizational boundaries. Responders must assemble incomplete evidence and coordinate experts who hold different parts of the causal path. Generic language-model agents do not solve this problem through tool access alone: they can use stale or mistimed context, interpret failed queries as absent symptoms, report unsupported system state, and overload observability services designed for human-paced use. We present Diviner (Domain-Informed Verifiable Incident Navigation through Evidence and Review), an agentic RCA system operating at Meta and organized around a four-stage reliability lifecycle. Encode combines a large corpus of reviewed incidents with service-owner expertise to produce scoped, versioned skills, workflows, typed tools, and an incident knowledge graph. Execute uses an adaptive Lead and context-isolated workers to apply relevant knowledge to point-in-time evidence and maintain evidence-linked hypotheses. Evaluate compares saved investigation trajectories with responder-reviewed outcomes to measure exact cause, useful direction, and Groundedness. Adapt uses recurring gaps and on-call feedback to derive focused operational- knowledge updates, admitting them only after replay, quality checks, and owner approval.

Abstract:Root-cause analysis (RCA) in large-scale distributed systems is challenging because a single symptom can cross service, data, configuration, compute, and organizational boundaries. Responders must assemble incomplete evidence and coordinate experts who hold different parts of the causal path. Generic language-model agents do not solve this problem through tool access alone: they can use stale or mistimed context, interpret failed queries as absent symptoms, report unsupported system state, and overload observability services designed for human-paced use. We present Diviner (Domain-Informed Verifiable Incident Navigation through Evidence and Review), an agentic RCA system operating at Meta and organized around a four-stage reliability lifecycle. Encode combines a large corpus of reviewed incidents with service-owner expertise to produce scoped, versioned skills, workflows, typed tools, and an incident knowledge graph. Execute uses an adaptive Lead and context-isolated workers to apply relevant knowledge to point-in-time evidence and maintain evidence-linked hypotheses. Evaluate compares saved investigation trajectories with responder-reviewed outcomes to measure exact cause, useful direction, and Groundedness. Adapt uses recurring gaps and on-call feedback to derive focused operational- knowledge updates, admitting them only after replay, quality checks, and owner approval.

Artificial Intelligence (cs.AI); Multiagent Systems (cs.MA)

arXiv:2610.21281 [cs.AI]

(or arXiv:2610.21281v1 [cs.AI] for this version)

https://doi.org/10.48550/arXiv.2610.21281 Focus to learn more arXiv-issued DOI via DataCite (pending registration)

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