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JNoether/BAD-ACTS

BAD-ACTS Dataset Dataset Card for BAD-ACTS: Benchmark of ADversarial ACTionS BAD-ACTS is a dataset of adversarially induced harmful actions designed to benchmark the robustness of agentic systems. It is introduced in the paper: Benchmarking the Robustness of Agentic Systems to Adversarially-Induced Harmful Actions (2025) This dataset accompanies the BAD-ACTS benchmark and contains examples of adversarial actions crafted to elicit harmful behavior in agentic… See the full description on the dataset page: https://huggingface.co/datasets/JNoether/BAD-ACTS.

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Dataset Card

BAD-ACTS Dataset

Dataset Card for BAD-ACTS: Benchmark of ADversarial ACTionS

BAD-ACTS is a dataset of adversarially induced harmful actions designed to benchmark the robustness of agentic systems. It is introduced in the paper:

Benchmarking the Robustness of Agentic Systems to Adversarially-Induced Harmful Actions (2025)

This dataset accompanies the BAD-ACTS benchmark and contains examples of adversarial actions crafted to elicit harmful behavior in agentic systems across a range of task environments.


Dataset Structure

Each entry in the dataset includes:

  • —Environment: The task setting (e.g., travel_planning, code_generation)
  • —Category: High-level classification of the harmful behavior
  • —Sub-Category: Fine-grained classification of the harmful behavior
  • —Harmful_Behavior: The intended harmful action targeted by the adversary
  • —Target: The agent in the environment targeted by the attack
  • —Keyword: A critical keyword used for evaluation

Supported Environments

  • —Travel Planning
  • —Financial Article Writing
  • —Code Generation
  • —Multi-Agent Debate

How to Use

You can load the dataset directly using the 🤗 Datasets library:

python
from datasets import load_dataset

dataset = load_dataset("JNoether/bad-acts")

Dataset Size

  • —Total examples: 188
  • —Annotations: Human-reviewed and edited to ensure high quality and diversity

Intended Use

This dataset is intended for:

  • —Evaluating the adversarial robustness of LLM agents
  • —Studying failure modes and harmful behaviors
  • —Training or fine-tuning safety-enhancing models
  • —Developing defense mechanisms (e.g., guardian agents, prompt shields)