Fault Analyzer

Archiving

This project is not maintained anymore and has been archived on September 18th, 2023. No further work is expected to happen here.

Introduction

This software is a development started by Thomas Trouchkine during its PhD. thesis at the French Cybersecurity Agency (ANSSI). It aims at providing all the tools needed for analyzing fault experiments regarding the state of the art of fault models. It also propose a way for plotting results to use them in scientific papers.

The use of this tool by the community may simplify the understanding and repeatability of the fault experiments done in the hardware security laboratories worlwide.

The fault analyzer has been thought to be modular. Moreover, adding analyzer modules or fault models has been thought to an easy thing. The goal is that the community can add everything that is specifics to its particular case while benefiting from others contributions.

Maintainer

• Thomas Trouchkine ([email protected])

Copyright and license

Copyright ANSSI (2017-2021)

This software is licensed under MIT license. See LICENSE file in the root folder of the project.

Authors

• Thomas Trouchkine ([email protected])

Quick start

Initialize the environment (first time)

make init

Run the analyzer

make run

Documentation

Online

https://anssi-fr.github.io/Faults_analyzer/

Build locally

cd doc && make show

TODO

• Add a reboot analyzer in the Analyzer class in the modules/new_analyzer/analyzer.py file. In particular for having the reboot matrix when analyzing carto experiments.
• Add an AES module
• Add a module for testing the faulted values against the values observed in the non tested register after the executions. These values might be different from the initial values but involved in the fault model.