The crowd sourcing platform is a website that facilitates easy communication and interaction between supporters and fundraisers through HTML, CSS, and JavaScript. The platform makes use of blockchain technology to guarantee the decentralized, transparent, and safe nature of the fundraising procedure. By automating the allocation of cash, smart contracts increase participant accountability and confidence. The system intends to democratize fundraising by facilitating peer-to-peer transactions and reduces the intervension of middlemen. By offering vital financial support to start-ups and rising businesses, this crowdsourcing effort aims to promote innovation and entrepreneurship. The current dynamic economic environment frequently makes it difficult for ambitious entrepreneurs to turn their creative ideas into profitable ventures due to a lack of capital. Our program seeks to open up financial resources to a wider audience and to promising companies in a range of sectors. Robust encryption techniques provide a secure environment for user information and transactions by protecting sensitive data. The platform’s responsive design and cross-browser compatibility improve user accessibility by making it available on a wide range of devices and browsers. This paper explores the deployment of Ethereum as a foundational technology for developing a decentralized crowdfunding platform The study is based on the intrinsic properties of blockchain technology, including security, decentralization, transparency, and smart contract functionality. Our suggested platform enhances confidence and accountability among participants by integrating Ethereum’s smart contracts to guarantee that money are distributed to project developers only once specific predetermined conditions are satisfied. Ethereum also makes it possible for payments to be made in cryptocurrency, which increases the pool of possible investors and makes it simpler to transfer money internationally. We go on technical implementations, such as system architecture and contract design, and compare the platform’s performance to more established crowdfunding systems in terms of factors like transaction costs, usability, and legal compliance. Our study comes to the conclusion that, despite some obstacles like legal ambiguity and cryptocurrency value fluctuation, there is a strong argument to be made for Ethereum adoption in crowdfunding due to its higher transparency, lower costs, and better efficiency. This study adds to the body of knowledge on blockchain applications in academia and may be used as a useful manual for developers and entrepreneurs that want to use Ethereum to create creative crowdfunding solutions.

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