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Grafana's proposal applies familiar SRE practice to AI agents by turning behaviours like grounding, task completion, toxicity, and cost into measurable SLIs with error budgets. The main point is that standard observability (latency, errors, token counts) doesn't show whether an agent's answers are correct or useful, so behaviour has to be evaluated directly, using LLM judges or deterministic checks. Readers should note that this is a vendor's framework for measuring agent quality, and its value will depend on how reliable those evaluators turn out to be in practice.
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What this isA model's reading of the article and related coverage, written for aiqbench. Not the publisher's words.

Grafana Applies SLOs and Error Budgets to AI Agent Behaviour

InfoQ6 min read

Grafana Labs is proposing a familiar reliability engineering approach for one of the less familiar problems in modern software: how to measure whether an AI agent is actually behaving well. By Craig Risi

Grafana Labs is proposing a familiar reliability engineering approach for one of the less familiar problems in modern software: how to measure whether an AI agent is actually behaving well. In a recent article, the company describes using evaluations, service-level objectives (SLOs) and error budgets to turn behaviours such as hallucination, task fulfilment, toxicity, and cost into measurable targets that can be monitored over time. The idea addresses a fundamental limitation of conventional application observability. Traditional metrics can tell engineers that an agent responded quickly, encountered no technical errors, and consumed a certain number of tokens, but none necessarily indicate whether its answer was correct, grounded in available information, or useful to the user. Grafana's approach…

Excerpt shown under the publisher's RSS terms · 116 words · full text and figures are on the publisher's site

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