Save the tree children

Our project is an Ethereum-based decentralized app that shows the height of a community-grown tree as a real-time number on a webpage, and when donors send Ethereum tokens to a smart contract, the tree grows by one meter accordingly. The project leverages a decentralized donation model and blockchain technology to increase the transparency and reliability of donations and increase social value. The project is also easy to participate in and highly scalable.

Decentralized donation model The project operates on an entirely decentralized model, as it uses Ethereum smart contracts to process donations. This means that donations are not paid directly to anyone, but are processed automatically according to programmed rules. This increases the transparency and reliability of the donation model, and reduces the risk of fraud or unfair processing.

Utilizing blockchain technology The project utilizes blockchain technology to ensure the reliability and integrity of the data. All donations and tree growth are recorded on the blockchain, making it impossible to falsify or manipulate the data. This provides a high level of trust for donors and allows for a more transparent and fair donation process.

Increasing social value The project raises social value, which is primarily related to environmental protection. Linking tree growth to environmental protection helps to foster a higher sense of social consciousness and responsibility. The project also combines technological innovation and social value creation in the blockchain ecosystem, resulting in a more positive social impact.

Easy participation and scalability The project is easy to join on the webpage, and all donors can see the growth of the trees corresponding to their donations in real time. The project is also scalable as donations accumulate. As new donors join, they can be reflected and the tree's growth can be continuously shown.

We just utilized scaffolds to create a very basic working scene. Our project will be built on the Ethereum blockchain. To do this, we will write a smart contract to implement logic that will update the height of the tree to match the amount of Ethereum tokens a donor sends. We will also develop a webpage that shows the height of the tree in real time using a frontend framework like React or Vue.js. The blockchain and the frontend will be connected via an API so that every time the height of the tree is updated, it will be automatically reflected on the webpage. We will utilize a node service like Infura or Alchemy for this purpose. Finally, we will utilize chat platforms like Discord and Telegram for community management.