misc 0 0 0

boapro/Purple-Team-Cybersecurity-Dataset

published by @boapro

Alignment dataset tracked in the /datasets sub-catalog.

Lifetime downloads
417
Last 30 days
50
Likes
-
Size
4.8 MB
Created on HF
2025-05-17
Age
1 years ago

Description

Dataset Card for Purple Team Cybersecurity Dataset

Dataset Summary

The Purple Team Cybersecurity Dataset is a synthetic collection designed to simulate collaborative cybersecurity exercises, integrating offensive (Red Team) and defensive (Blue Team) strategies. It encompasses detailed records of attack events, defense responses, system logs, network traffic, and performance metrics. This dataset serves as a valuable resource for training, analysis, and enhancing organizational security… See the full description on the dataset page: https://huggingface.co/datasets/boapro/Purple-Team-Cybersecurity-Dataset.

Tags

language:enlicense:mitsize_categories:10K<n<100Kregion:uscode

README current version from Hugging Face


license: mit
language:

  • en
    pretty_name: Purple Team Cybersecurity Dataset
    size_categories:
  • 10K<n<100K
    tags:
  • code

Dataset Card for Purple Team Cybersecurity Dataset

Dataset Summary

The Purple Team Cybersecurity Dataset is a synthetic collection designed to simulate collaborative cybersecurity exercises, integrating offensive (Red Team) and defensive (Blue Team) strategies. It encompasses detailed records of attack events, defense responses, system logs, network traffic, and performance metrics. This dataset serves as a valuable resource for training, analysis, and enhancing organizational security postures.

Dataset Structure

The dataset is organized into the following primary components:
1. Attack Events (Red Team)
      •   event_id (INT): Unique identifier for each attack event.
      •   timestamp (DATETIME): Date and time of the attack event.
      •   attack_technique (STRING): MITRE ATT&CK technique used.
      •   attack_category (STRING): Category of attack (e.g., Initial Access, Execution).
      •   target_system (STRING): System or application targeted.
      •   success_status (BOOLEAN): Indicates whether the attack was successful.
2. Defense Responses (Blue Team)
      •   response_id (INT): Unique identifier for each defense response.
      •   event_id (INT): Foreign key linking to the attack event.
      •   detection_time (DATETIME): Timestamp when the attack was detected.
      •   response_time (DATETIME): Timestamp when the response was initiated.
      •   detection_method (STRING): Method of detection (e.g., SIEM, IDS).
      •   response_action (STRING): Action taken to mitigate the attack.
      •   effectiveness (INT): Effectiveness score (1-10) of the response.
3. System Logs
      •   log_id (INT): Unique identifier for each log entry.
      •   event_id (INT): Foreign key linking to the attack event.
      •   timestamp (DATETIME): Date and time of the log entry.
      •   log_source (STRING): Source of the log (e.g., Windows Event, Syslog).
      •   log_type (STRING): Type of log (e.g., Security, Application).
      •   log_message (TEXT): Full content of the log message.
4. Network Traffic
      •   traffic_id (INT): Unique identifier for each traffic record.
      •   event_id (INT): Foreign key linking to the attack event.
      •   timestamp (DATETIME): Date and time of the network traffic.
      •   source_ip (STRING): Source IP address.
      •   destination_ip (STRING): Destination IP address.
      •   protocol (STRING): Network protocol used.
      •   port (INT): Port number.
      •   payload_size (INT): Size of the data payload in bytes.
5. Performance Metrics
      •   metric_id (INT): Unique identifier for each metric entry.
      •   event_id (INT): Foreign key linking to the attack event.
      •   detection_time_seconds (INT): Time taken to detect the attack in seconds.
      •   response_time_seconds (INT): Time taken to respond to the attack in seconds.
      •   false_positive_rate (FLOAT): Rate of false positives in detection.
      •   missed_detection_rate (FLOAT): Rate of attacks not detected.

Intended Uses

This dataset is intended for:
   •   Training: Developing and refining cybersecurity defense and response strategies.
   •   Analysis: Studying attack patterns and evaluating defense mechanisms.
   •   Simulation: Creating realistic scenarios for cybersecurity drills and exercises.

Source and Licensing

This dataset is hosted on Hugging Face by Canstralian. For licensing information, please refer to the repository’s README.md file.

Citation

If you utilize this dataset in your research or projects, please provide appropriate credit to the creators as specified in the repository.

For further guidance on creating dataset cards, you can refer to the Hugging Face documentation:
   •   Create a dataset card
   •   Dataset Cards

README history 4 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.

  1. 2025-05-17Update LICENSE3327d9d4.2 KB
    Loading...
  2. 2025-05-17Upload 16 filese66ea264.2 KB
    Loading...
  3. 2025-05-17Delete README.md5c346720 B
    Loading...
  4. 2025-05-17initial commit95f6c3f24 B
    Loading...

Used by abliterated models none yet

No abliterated models in our catalog have declared this dataset in their YAML metadata yet. This can mean the dataset is used but not declared, is used outside abliteration workflows, or is new. The link will populate automatically as models are indexed.

Related datasets same stage · misc

Read further

Metadata

License
mit

Repository

Download the dataset

0

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("boapro/Purple-Team-Cybersecurity-Dataset")
Raw snapshot (Python)
from huggingface_hub import snapshot_download
snapshot_download(repo_id="boapro/Purple-Team-Cybersecurity-Dataset", repo_type="dataset")
git clone (requires git-lfs)
git clone https://huggingface.co/datasets/boapro/Purple-Team-Cybersecurity-Dataset
Catalog is the map. Apps are the tools.

Run models on your own machine, not in the cloud.

Every model page has an "Open in Abliteration" button that hands the model directly to the first-party desktop client, at the quantization your rig can actually run. No API keys, no subscription, no prompt leakage.

Open in Abliteration