Simply, this toolbox offers high level toolbox to generate and work with adversarial images on deep neural networks. Adversarial examples can be a pain to generate, with most implementations being in disparate frameworks, using different parameters. Here we consolidate some of that into an easy to use and setup testing setup.

This project uses the standard libraries needed for most ML projects. The main routines are built on Keras with a Tensorflow backend. Theano implementations of the attacks are not explicitly included, but they would be easy to add. In addition, you also need the below libraries

• numpy
• scipy
• matplotlib
• pillow

Or install everything by first cloning the repository

git clone https://github.com/neale/adversarial-toolbox

then install dependancies with

python -r requirements.txt

This toolbox relies heavily on Cleverhans so the library is included at the current master version to make CI easier.

Since adversarial attacks work by computing gradients with respect to an input, output pair. We need a trained model in order to generate images. You can train this model with the included base model trainer train_base_classifier.py. Only Cifar10 is supported, but its easy to plug in your own data for training.

Some models are given in the toolkit/models/ directory. But any keras model definition can be loaded for training.

In addition to standard VGG and Resnet models, a generic CNN with max pooling as the input layer has been defined for use. Input pooling can be thought of as feature blurring, which helps the model generalize, at the cost of accuracy. Deep networks need to overfit in order to achieve high accuracy, but this overfitting leaves holes in the learned manifold where the output label in that space is less stable. Adversarial algorithms on CNNs largely work by finding an exploiting these holes, so input pooling is introduced to try and close these unstable label spaces.

offers multiple ways to generate adversarial examples for standard neural network architectures

Generate images with common techniques

• Fast Gradient Sign Method - FSGM

• Jacobian Based Saliency Map Approach - JSMA

• DeepFool --> coming soon

• Universal Adversarial Images --> coming soon

• Vanilla convnet

• VGG_16 with batchnorm

• Resnet (all)

• MLP --> coming soon

• Logistic Classifier --> coming soon

Simply, this toolbox offers am easy way to generate adversarial images on deep neural networks. Adversarial images can be a pain to generate, with most implementations being in disparate frameworks, using different parameters. Here we consolidate some of that into an easy to use and setup testing setup.

Using one of the included models, or one that you've defined, its easy to train a classifier in Keras using the included trainer. Currently only training on Cifar10 (mnist coming soon) is supported.

With a trained .h5 model, it can be used to generate the adversarial images via any of the above supported methods