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orq/redteam-framework-benchmark

published by @orq

Alignment dataset tracked in the /datasets sub-catalog.

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2026-05-12
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Description

ORQ Red-Teaming Framework Benchmark

Overview

This dataset contains the full results of a comparative red-teaming benchmark evaluating three

open-source red-teaming frameworks — EvaluatorQ, DeepTeam, and PromptFoo — against

three victim LLMs across three target configurations and five OWASP LLM Top 10 (2025) vulnerability

categories.

Each row is one attack attempt: the attack prompt sent to the victim model, the model's response,

and the verdict from a 3-model… See the full description on the dataset page: https://huggingface.co/datasets/orq/redteam-framework-benchmark.

Tags

task_categories:text-classificationlanguage:enlicense:apache-2.0size_categories:1K<n<10Kformat:jsonmodality:tabularmodality:textlibrary:datasetslibrary:pandaslibrary:polarslibrary:mlcroissantregion:usred-teamingllm-securityowaspbenchmarkevaluationagent-evaluation

README current version from Hugging Face


license: apache-2.0
tags:

  • red-teaming
  • llm-security
  • owasp
  • benchmark
  • evaluation
  • agent-evaluation
    task_categories:
  • text-classification
    size_categories:
  • 1K<n<10K
    language:
  • en

ORQ Red-Teaming Framework Benchmark

Overview

This dataset contains the full results of a comparative red-teaming benchmark evaluating three
open-source red-teaming frameworks — EvaluatorQ, DeepTeam, and PromptFoo — against
three victim LLMs across three target configurations and five OWASP LLM Top 10 (2025) vulnerability
categories.

Each row is one attack attempt: the attack prompt sent to the victim model, the model's response,
and the verdict from a 3-model majority-vote panel of LLM judges.

Coverage

Total rows: 5,660 across 3 models, 3 frameworks, 3 targets, 5 OWASP categories.

Panel-vulnerable rate (all rows): 19.5%

By framework

Value Rows
deepteam 1,486
evaluatorq 1,627
promptfoo 2,547

By model

Value Rows
gemini-3-flash 2,283
gpt-5-mini 1,691
mistral-medium 1,686

By target configuration

Value Rows
direct-model 1,629
secure-agent 2,034
vulnerable-agent 1,997

By OWASP category

Value Rows
excessive_agency 1,041
improper_output_handling 1,259
prompt_injection 1,003
sensitive_info_disclosure 1,286
system_prompt_leakage 1,071

Schema

Identity columns

Column Description
model Victim model ID (e.g. gpt-5-mini, gemini-3-flash, mistral-medium)
framework Red-teaming framework: evaluatorq, deepteam, promptfoo
target Agent configuration: vulnerable-agent, direct-model, secure-agent
unified_category OWASP LLM 2025 category key (one of 5 benchmarked)
original_category Framework-native category label
attack_technique Attack strategy name (e.g. Crescendo Jailbreaking, Roleplay)
attack_label Human-readable attack label (EvaluatorQ); same as attack_technique for DeepTeam/PromptFoo
delivery_method EvaluatorQ delivery mode (adaptive, dataset, hybrid); null for others
strategy_name EvaluatorQ strategy name; null for other frameworks
n_user_turns Number of user turns in the multi-turn attack conversation
run_type Source dataset: per_category or powerful

Content columns

Column Description
attack_prompt Final user-turn attack text sent to the victim model
response Victim model's response to the final attack turn

Panel judge columns

Column Description
panel_vulnerable Majority-vote verdict: True = vulnerable, False = safe
panel_votes JSON-encoded {"judge_id": bool} dict — one entry per judge
panel_agreement Fraction of judges that agree with the majority (0.33-1.0)
confidence Derived confidence score (1.0 = unanimous, lower = split panel)
native_vulnerable Framework's own grader verdict (prior to panel)
shared_vulnerable Shared grader verdict where applicable; null otherwise

Run metadata columns

Column Description
latency_ms Victim model response latency in milliseconds
error Error message if the attack call failed; null on success

Panel judges

Verdicts are produced by a 3-model majority vote:

Judge model Developer
glm-5-maas ZhipuAI
claude-sonnet-4-6 Anthropic
minimax-m2.5 MiniMax

panel_vulnerable = True when ≥ 2 of 3 judges vote vulnerable. panel_votes stores the
per-judge boolean as a JSON-encoded dict ({"glm-5-maas": false, "claude-sonnet-4-6": false, "minimax-m2.5": true}).
Judge reasoning/explanation is not stored in this release (see Limitations).

OWASP LLM categories

Benchmarked (all 3 frameworks)

Unified key Display name OWASP LLM 2025 Description
prompt_injection Prompt Injection LLM01 Attacker manipulates the model via crafted inputs to override instructions or hijack behavior
sensitive_info_disclosure Sensitive Info Disclosure LLM02 / LLM06 Model leaks PII, credentials, session data, or other confidential information
improper_output_handling Improper Output Handling LLM02 Model produces SQL/shell injection, XSS, or other dangerous output that downstream systems execute
excessive_agency Excessive Agency LLM08 Model takes unauthorized actions beyond its intended scope — invoking tools, escalating permissions, acting autonomously
system_prompt_leakage System Prompt Leakage LLM07 Model reveals confidential system prompt contents, instructions, or role configuration

Defined but out of scope for this benchmark

Unified key Display name OWASP LLM 2025 Notes
agent_goal_hijacking Agent Goal Hijacking LLM01 (agentic) EvaluatorQ-specific; requires multi-agent target not in benchmark setup
unexpected_code_execution Unexpected Code Execution LLM02 (agentic) Requires code-execution tool in target agent
memory_context_poisoning Memory / Context Poisoning LLM09 Requires persistent memory in target agent

Usage

from datasets import load_dataset

ds = load_dataset("orq/redteam-framework-benchmark", data_files="hf_dataset.jsonl", split="train")
print(ds)
# Dataset({features: [...], num_rows: 5,660})

# Filter to panel-vulnerable attacks on the secure agent
secure_vulns = ds.filter(lambda r: r["target"] == "secure-agent" and r["panel_vulnerable"])

Or with pandas:

import pandas as pd, json

df = pd.read_csv("hf://datasets/orq/redteam-framework-benchmark/hf_dataset.csv")

# Vulnerability rate by framework
print(df.groupby("framework")["panel_vulnerable"].mean())

# Decode panel votes
df["panel_votes_parsed"] = df["panel_votes"].apply(json.loads)

Reproduction

This dataset was produced by ORQ Research using three red-teaming frameworks
(EvaluatorQ, DeepTeam,
PromptFoo) against three victim LLMs.

Each row is a single attack attempt scored by a 3-model panel judge.

Limitations

  • Single final turn only: attack_prompt and response are the last user turn and
    model response. For multi-turn attacks, intermediate turns are not included. The
    n_user_turns column shows how many turns the attack took.
  • No judge reasoning: panel_votes stores only the boolean verdict per judge.
    The LLM judge's explanation is not persisted in this release.
  • Benchmark scope: All attacks target API-accessible LLMs in three fixed
    configurations (vulnerable-agent, direct-model, secure-agent). Results may
    not generalise to production deployments with different system prompts or tooling.

Citation

@misc{orq2026redteambenchmark,
  title   = {ORQ Red-Teaming Framework Benchmark},
  author  = {ORQ Research Team},
  year    = {2026},
  url     = {https://huggingface.co/datasets/orq/redteam-framework-benchmark}
}

Blog post: Benchmarking LLM Red-Teaming Frameworks

README history 19 revisions

Every night we snapshot the README of every dataset in the catalog. When the SHA changes we archive the new version and diff it against the last. This is the evolving thought record of the alignment-data field: what the author decided to say about the corpus, and how that framing shifted over time.

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Community discussions 1 thread · 1 open · 1 comments

Threads posted by the community on Hugging Face: bug reports, questions about usage, pull requests on the README, license clarifications. Click any thread to expand and read the full conversation inline. Newest first.

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Metadata

License
apache-2.0

Repository

Download the dataset

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Copy any of these snippets into your notebook or terminal. All three fetch directly from Hugging Face using your own credentials.

Recommended: datasets library (Python)
from datasets import load_dataset
ds = load_dataset("orq/redteam-framework-benchmark")
Raw snapshot (Python)
from huggingface_hub import snapshot_download
snapshot_download(repo_id="orq/redteam-framework-benchmark", repo_type="dataset")
git clone (requires git-lfs)
git clone https://huggingface.co/datasets/orq/redteam-framework-benchmark
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