SCAbox Evaluation Framework
… raw:: html
<p align="center">
<img src="https://github.com/emse-sas-lab/SCAbox/blob/master/docs/sources/media/img/SCAbox_logo.png" height="250px">
</p>
… image:: https://img.shields.io/github/license/emse-sas/sca_framework
:target: https://choosealicense.com/licenses/mit/
:alt: license
Official project website <https://emse-sas-lab.github.io/SCAbox/>_ :fire:
SCAbox is a framework that provide tools and materials to perform FGPA-based side-channel analysis.
It provides software and hardware features gathered in a heterogeneous device that performs acquisitions and attacks.
Only a Zynq-based development board is needed. All the side-channel analysis (SCA) acquisition is performed inside the SoC.
Overview
Purposes
SCAbox aims at popularizing the FPGA-based SCA analysis by allowing simple experiment and development.
By using the SCAbox framework youwill be able to:
- Familiarize with SCA and co-design development.
- Reproduce attacks conducted in recent academic papers.
- Build your own FPGA-based side-channel sensors.
- Characterize the SCA leakage of your hardware and software algorithm implementations.
The project is thought to be modular and adapted to the needs of both developers and researchers.
If you are not familiar with Power SCA we provided various materials in the wiki <https://emse-sas-lab.github.io/SCAbox/wiki/home.html>_ to smoothly introduce you to the topic.
If you are already familiar with SCA we encourage you to take a look at our tutorials <https://emse-sas-lab.github.io/SCAbox/tuto/home.html#tutorials>_.
How ?
Our test-bench is based on sensors that use FPGA digital logic blocks available in the FPGA slices to capture the SoC voltage fluctuations.
These sensors are employed to eavesdrop the power leakage of a crypto-algorithm running in the FPGA or in the CPU.
To learn more about how the bench and the SCA attacks works take a look at the wiki.
Features
The SCAbox test-bench is meant to perform attack simulations on an SoC.
It allows to perform various SCA analysis related tasks.
- Compute crypto-algorithm runs using software and hardware
- Capture electrical power leakage with FPGA sensors
- Transfer leakage data via serial port
- Export leakage data to CSV
- Attack from serial port to key guess
- Visualize correlation and acquisition
- Automate attack and export using the GUI
- Customize the bench by integrating your own code
Take a look at the repositories linked below to get an overview of the contents.
Documentation
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
SCAbox is an open-source project, all the sources are hosted on GitHub and organized around various repositories
IP repository <https://github.com/emse-sas-lab/SCAbox-ip/>_Acquisition demo <https://github.com/emse-sas-lab/SCAbox-demo/>_Attack demo <https://github.com/emse-sas-lab/SCAbox-automation/>_SCAbox website <https://github.com/emse-sas-lab/SCAbox/>_
Each repository is provided with a technical documentation.
This website provide general documentation around the SCA topic and the test-bench
- Tutorials to install the bench, customize it and launch attacks
- Wiki to get introduced to the remote SCA and the bench architecture
This way you can choose to get started with the part you are the most confortable with.
Authors
Sami Dahoux, Joseph Gravellier, Jean-Max Dutertre, Yannick Teglia, Philippe Loubet-Moundi.
Contributing
Please feel free to take part into SCAbox project, all kind of contributions are welcomed.
The project aims at gathering a significant number of IP cores, crypto-algorithms and attack models
in order to provide an exhaustive view of today’s remote SCA threat.
Software and embedded improvements are also greatly welcomed. Since the project is quite vast and invovles
a very heterogeneous technical stack, it is difficult to maintain the quality with a reduced size team.
License
All the contents of the SCAbox project are licensed under the MIT license <https://choosealicense.com/licenses/mit/>_ provided in each GitHub repository.
Copyright © 2020 EMSE
评论