IDS Evaluation Framework

A comprehensive, modular, and configurable framework for evaluating Machine Learning-based Intrusion Detection Systems (IDS).

• IDS Evaluation Framework
  • Features
  • Installation
    • Prerequisites
    • Python Installation
    • Native Installation
    • Docker Installation
  • Quick Start
    • 1. Create a Configuration File
    • 2. Prepare Your Data
    • 3. Run Evaluation
  • Usage
    • CLI Commands
    • Evaluation Flags
    • Makefile Targets
  • Configuration
    • Key Configuration Sections
  • Output Structure
  • Plugin Development
  • Development
  • Tests
• Additional Information
  • BibTeX entry
  • License

Features

• Modular Plugin Architecture: Easily extend the framework with custom IDS models, metrics, and adversarial attacks
• Flexible Data Pipeline: Load, preprocess, and split datasets with configurable preprocessing steps and feature selection
• Multiple Evaluation Modes: Support for intra-dataset, cross-dataset, and k-fold cross-validation evaluation
• Comprehensive Metrics: Built-in static metrics (accuracy, F1, precision, recall, ROC-AUC, etc.) and runtime metrics (CPU, RAM, training time)
• Adversarial Robustness Testing: Evaluate model robustness against adversarial attacks (FGSM, noise perturbation, junk data injection)
• Reproducible Results: Hash-based output organization ensures consistent experiment tracking
• Flexible Deployment: Run natively with Python or via Docker

Installation

Prerequisites

• Python 3.13+
• uv (recommended) or pip

Python Installation

pip3 install ids-evaluation-framework

Native Installation

# Install dependencies (uv should be in your $PATH)
uv sync

# Verify installation
uv run ids-eval version

Docker Installation

# Configure environment variables
cp .env.example .env
# Edit .env to set your data paths

# Build and run via Docker Compose
docker compose build
docker compose run --rm ids-eval version

The image is built locally from the provided Dockerfile.

Quick Start

1. Create a Configuration File

Copy the example configuration and adjust it to your needs:

cp examples/run_config/example.config.yml examples/run_config/my_config.yml

2. Prepare Your Data

Run the data preparation pipeline:

uv run ids-eval dataset <run_config>

3. Run Evaluation

Execute the evaluation pipeline:

uv run ids-eval evaluate <run_config>

Usage

CLI Commands

The framework provides two main commands:

Evaluation Flags

Makefile Targets

make dataset CONFIG=<config.yml>          # Run dataset pipeline
make evaluate CONFIG=<config.yml>         # Run evaluation pipeline
make docker-dataset CONFIG=<config.yml>   # Run dataset pipeline via Docker
make docker-evaluate CONFIG=<config.yml>  # Run evaluation via Docker
make help                                 # Show all available targets

Configuration

The framework uses YAML configuration files. See examples/run_config/example.config.yml for a fully documented example.

Key Configuration Sections

• general: Run name, paths, random seed
• data_manager: Dataset loading, preprocessing, feature selection, train/test split
• evaluation: IDS models, metrics, adversarial attacks

Output Structure

All outputs are organized in hash-based directories for reproducibility:

out/
├── processed_datasets/<hash>/    # Preprocessed datasets
├── saved_models/<hash>/          # Trained models
└── reports/<hash>/               # Evaluation reports
    ├── config.yaml               # Configuration used
    ├── dataset_report.yaml       # Dataset statistics
    ├── ids_report.yaml           # Detailed evaluation results
    └── evaluation_summary.yaml   # Aggregated summary

The configuration hash is displayed at startup:

Your config hash is: a1b2c3d4

Plugin Development

The framework supports four types of plugins:

See the existing plugins in each directory for implementation examples.

Development

make setup      # Install dependencies
make test       # Run tests
make lint       # Check code style
make format     # Format code

Tests

The test suite lives in tests/ and is run with pytest:

uv run pytest          # run all tests
make test              # equivalent target

tests/test_metrics.py contains two tests that verify the mathematical correctness of two static metrics:

Run a single test:

uv run pytest tests/test_metrics.py -k pr_auc

Additional Information

BibTeX entry

Please cite this project using the following bibtex entry:

@inproceedings{}

License

See LICENSE for details.