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Enoki: Efficient Multi-Level Hallucination Detection

The Enoki framework and EnokiQA dataset were officially released on 2026-09-07.

2026-09-07 12:00 Models 🔥 47.2 heat score
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SummaryAI generated

On September 7, 2026, the research team proposed the Enoki framework, aimed at addressing the factual challenges of large language models in high-risk scenarios. This framework achieves statement-level verification and span-level localization by extracting text-anchored factual information as shared representations, avoiding the costly process of aligning propositions with segments. Enoki supports three information extraction modes: large language models, encoders, and rules, and balances accuracy with推理 costs through a unified interface. Experiments show that this framework remains competitive with less resource consumption and performs better in terms of fine-grained spans and entity-level localization. The research team also released the EnokiQA dataset, which includes annotations for alignment statement verification and span localization at both fine and coarse granularities.

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EnokiEnokiQAHugging Face

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Research

政府 · 科研机构across 1 days

Status

The Enoki framework and EnokiQA dataset were officially released on 2026-09-07.

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Enoki × EnokiQA2Enoki × Hugging Face1EnokiQA × Hugging Face1

Integrated timelineUNIFIED TIMELINE

  1. 2026-09-07

    Release of the Enoki framework and dataset

    The research team introduced the Enoki framework, extracting text-anchored relational facts as shared representations to achieve statement-level verification and span-level localization. The EnokiQA dual-granularity dataset was also released simultaneously. It supports three information extraction modes: based on LLMs, encoders, and rules.

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  • Enoki2
  • EnokiQA2
  • Hugging Face1

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H Hugging Face Papers en 2026-09-07 08:00

Paper page - Enoki: Efficient Multi-Level Hallucination Detection

Julia Belikova and others from Hugging Face proposed Enoki, an open information extraction framework for efficient multi-granularity hallucination detection. This framework utilizes text-anchored relational facts as shared representations, supporting proposition-level verification and segment-level localization, thereby avoiding the costly process of proposition-to-segment alignment. The research team also released the EnokiQA dual-granularity dataset, aimed at addressing the factual challenges faced by large language models in high-risk scenarios.

A arXiv cs.CL en 2026-09-07 12:00

Enoki: Efficient Multi-Level Hallucination Detection

Enoki 提出了一种用于多级别幻觉检测的开放信息提取框架。该框架提取文本锚定的关系事实,将其与证据比对并将不支持的事实投影回幻觉片段,从而在不需单独对齐的情况下实现声明级验证和跨度级定位。Enoki 支持基于 LLM、编码器和规则三种提取模式,并通过统一接口平衡准确性与推理成本。实验表明,Enoki 在资源消耗更少的情况下保持与强声明级系统相当的竞争力,且在细粒度跨度和实体级定位上表现更优。此外,研究团队发布了包含对齐声明验证和跨度定位标注的双粒度数据集 EnokiQA。