NetworkPoll

Networkpoll is a decentralised, blockchain-based, end-to-end secure, anonymous, anti-quantum, and tamper-resistant electronic voting system. To protect itself against quantum attacks, our application employs quantum cryptography. For automating the execution, our programme makes use of Solidity smart contracts as well as several additional libraries. Through the Polygon network, which utilizes a modified proof-of-stake consensus process, our application contracts are distributed. We offer a number of security features that make it difficult for a third party to access the voting data.

Tech Stack

Project File Description

Files/Folders (Path)	Description
assets	Consist public assets and architecture diagrams
build	Consist Contracts ABIs for interactions with smart contract.
client	Folder consists React framework to build client voting window.
contract	It consists of Solidity smart contract
migrations	Contains Deployment Scripts
mobile	Voter/Client-side Mobile device
src	Application encryptions using Flask framework - python based framework
test	Contract Testing folder
truffle-config.js	Truffle configuration file
src/modules	Contains Encryption algorithms
client/src	React Source Code
client/src/components	React Components
mobile/components	React Native Components

Application Setup

• Fork the repository siddhantprateek/networkpoll

•   git clone https://github.com/<username>/networkpoll
    cd networkpoll

Setting up Python-dev environment

• Install Python3 and above python.org

•   cd services
    mkdir <service-name>
    python -m venv .venv
    source .venv/Scripts/activate

Setting up Nodejs-dev environment

• Install NodeJs

•   cd services
    mkdir <service-name>; cd <service-name>
    npm init -y

Project Report

• ✅ Connected to Layer 2 Blockchain Network (Polygon)
• ✅ Elliptical Curve Deffie-Hellman Key Generation Integration
• ✅ Quantum Key Generation Algorithm Integration
• ❌ Create Mobile Client
• ❌ Web Browser based client
• ✅ Contract deployed over polygon Network
• ✅ Contract Tested over network
• ✅ Test Mutliple transactions processing for Smart Contract
• ✅ Python server response rate analytics
• ✅ NodeJs server response rate analytics
• ✅ Interaction with Smart Contract
• ✅ Integration IPFS and Blockchain storage (OrbitDB)

Endpoints

Endpoint	Description
/	Description
/keys	Description

docker-compose up -d prometheus
docker-compose up -d grafana
docker-compose up -d grafana-dashboards