Build a Web3 Twitter clone using Solidity and Polygon

What you'll learn
Blockchain Knowledge
Web3 full stack architecture
Solidity implementation
Use of Hardhat and Metamask
Uploading Image to IPFS
React JS Integration with Web3
Polygon Blockchain deployment
Real world decentralised application
Web3UIKit
Requirements
Basics of Solidity
Knowledge of Hardhat
Basics of React js
Description
Twitter has been one of the most popular social media platforms for users worldwide. However, crypto users realize that a decentralized version of Twitter would be highly beneficial since it would eliminate the negative aspects of Twitter's centralized platform. Thus, in this course we will build a Web3 Twitter clone from scratch. We will start by writing and testing the smart contract using Solidity and Remix. Then we will deploy the contract to Mumbai test network using hardhat. After that we will use React js to build our frontend and finally use ethers js to interact with the deployed contract. For uploading images we will use Web3 storage IPFS service provider.
To be successful in this guide, you must have the following
1. Node.js and VS Code should be installed.
2. Metamask wallet extension should be installed in your browser with some test matic tokens in it.
3. Basic knowledge of Solidity, hardhat and React js required.
The stack
In this course, we will build out a full stack application using
Blockchain - Polygon
Writing Smart Contract - Solidity
UI library - React js & Web3UIkit
Solidity development environment - Hardhat
File Storage – Web3 Storage
Client Library - Ethers js
By the end of the course you will learn all the concepts required to apply for a web3 developer job or even build your own startup in the blockchain industry. So without wasting any more time, enroll now and get into the next era of internet asap.
Who this course is for
Intermediate Blockchain Developer
Developer who want to get practical knowledge
Students curious about Web3 development
Homepage

https://www.udemy.com/course/build-a-web3-twitter-clone-using-solidity-and-polygon/