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https://github.com/fhm7077/crowdfunding-blockchain

A blockchain-based crowdfunding platform using Ganache, Web3, Python, smart contracts (Solidity), Node.js, Truffle, and JavaScript/HTML/CSS. It ensures transparent and secure fundraising. Smart contracts automate transactions. Ganache/Truffle aid dev/testing. User-friendly frontend. #Crowdfunding #Blockchain
https://github.com/fhm7077/crowdfunding-blockchain

blockchain bootstrap css dbconnection ganache html http javascript mysql mysqlconnector nodejs pycharm-ide python smartcontracts solidity truffle web3

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A blockchain-based crowdfunding platform using Ganache, Web3, Python, smart contracts (Solidity), Node.js, Truffle, and JavaScript/HTML/CSS. It ensures transparent and secure fundraising. Smart contracts automate transactions. Ganache/Truffle aid dev/testing. User-friendly frontend. #Crowdfunding #Blockchain

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README 

        
# Crowdfunding using blockchain

Crowdfunding platform that utilizes blockchain technology. Blockchain, being a decentralized and distributed digital ledger, ensures transparency, security, and immutability throughout the crowdfunding process. By harnessing the power of blockchain, my platform aims to provide a trusted and efficient environment for individuals to raise funds from a wide range of participants.



To implement this platform, I am utilizing various tools and technologies. I use Ganache, a development tool, to set up a local blockchain network for testing and development purposes. Ganache allows me to simulate the behavior of a real blockchain network in a controlled environment.



For interacting with the blockchain, I rely on Web3.js, a JavaScript library that provides the necessary functions and interfaces. It enables me to connect to the blockchain network, send transactions, and retrieve data from smart contracts.



I have chosen Python as the programming language for developing the backend logic of my crowdfunding platform. Python allows me to write the necessary scripts and handle the business logic associated with crowdfunding campaigns, user authentication, and fund management.



The core of my project lies in smart contracts, written in Solidity. Smart contracts are self-executing contracts deployed on the blockchain, defining the rules and conditions of the crowdfunding process. They automatically execute predefined actions, such as transferring funds when certain conditions are met.



To handle the server-side components, I utilize Node.js, a JavaScript runtime environment. Node.js provides a scalable and efficient runtime environment for handling incoming requests, processing data, and interacting with the blockchain network.



Truffle, a development framework, simplifies the process of building, testing, and deploying smart contracts. It offers a suite of tools and utilities to streamline the development workflow and ensure the reliability of smart contracts.



On the frontend, I use JavaScript, HTML, and CSS to create an intuitive and user-friendly interface for the crowdfunding platform. These technologies allow me to build interactive web pages, handle user input, display campaign details, and provide a seamless user experience.



By combining these tools and technologies, I am creating a comprehensive crowdfunding platform that leverages the transparency, security, and decentralized nature of blockchain technology. My project has the potential to revolutionize the crowdfunding industry by providing a more secure and efficient way for individuals to raise funds for their projects.