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ssurface/
tool-calling-hallucination-modernbert-large-glaive-100pct

Name: tool-calling-hallucination-modernbert-large-glaive-100pct
Rating: 2.5 (5 reviews)

safetensors

modernbert

hallucination-detection

tool-calling

token-classification

lettucedetect

answerdotai/ModernBERT-large

finetune

apache-2.0

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ssurface/tool-calling-hallucination-modernbert-large-glaive-100pct

Fine-tuned answerdotai/ModernBERT-large for hallucination detection in tool-calling LLM assistants. Trained on Glaive (ours) (100% of data, effective batch size 8) using the LettuceDetect framework.

The model predicts character-level hallucination spans in an assistant's answer given a tool-calling context (user query + tool response).

Quick start

python

import sys
sys.path.insert(0, "LettuceDetect")   # clone from github.com/KRLabsOrg/LettuceDetect
from lettucedetect.models.inference import HallucinationDetector

detector = HallucinationDetector(
    method="transformer",
    model_path="ssurface/tool-calling-hallucination-modernbert-large-glaive-100pct",
)

# Single example
result = detector.predict(
    context="{"name": "get_weather", "results": {"temp": 72, "city": "NYC"}}",
    question="What is the weather in NYC?",
    answer="The temperature in NYC is 85°F.",   # hallucinated — model said 72
)
print(result)
# [({'start': 34, 'end': 39, 'label': 'hallucination'})]

Local vLLM inference (no API key needed)

The detector runs on CPU or GPU. For batch evaluation:

bash

python scripts/evaluate_model.py \
    --model ssurface/tool-calling-hallucination-modernbert-large-glaive-100pct \
    --data  lettucedetect_data/tool_calling_hallucination.json \
    --split test --by-type

Training

bash

python LettuceDetect/scripts/train.py \
    --ragtruth-path lettucedetect_data/tool_calling_hallucination.json \
    --model-name answerdotai/ModernBERT-large \
    --output-dir results/ \
    --batch-size 1 --grad-accum 8 \
    --epochs 6 --learning-rate 1e-5