This repository contains python implementations of:
- 1-out-of-2 OT
- 1-out-of-N OT
- K-out-of-N OT
- VOLE based on OT
- VOLE based on Homomorphic encryption [Paillier]
Along with the actual code implementation, you will be able to find some basic examples on how to use the modules, as well as some basic benchmarking and profiling
This project is intended for demonstration purposes or for research projects focused on new functionalities developement. It is not intended by all means to be a commercial solution that can guarantee security in the implementation!
The repository is organized in 3 main folders:
-
Modules: The Modules folder contains the implementation of the modules. It's divided in two main foldes: Functions, where you can find the modules that you can implement in your code, and Utils, where you'll find some helpers functions and the necessary classes to start developing your VOLE project
-
Demo: Contains simple examples on how to use each and every function
-
Clone the repository
git clone https://github.com/jplaui/VOLE_testing.git -
Change your branch:
git checkout VOLE_benchmarking -
Activate the virtual environment in case you do not want to have conflicts:
source .venv/bin/activate -
install the required packages with
pip install -r requirements.txt -
Start developing.
- Change you folder from the root to demos
cd Demos - From there you can directly run the scripts
python3 <name of the script>
- Install the required packages in case you did not do that with
pip install -r requirements.txt - Copy the Modules folder into your project folder
- Start developing
- Change the code structure so that we can use different type of inputs and not just integers
- Publishing the module as a py module, so that we can directly install the OT module with pip
- Go translation
- PC: MSI modern 15 i5
- Linux subsystem for windows [Debian distro]
- Python 3.9.2
- vscode for remote developing v. 1.77.1 x64