#blockchain

Web3 gaming enables decentralized identity and finance, allowing game developers to bypass centralized platforms. It is driven by wallets, ERC20 tokens, and NFTs. Web3 games focus on collaborative world-building, ownership, and open-source collaboration. The challenge is achieving decentralization while addressing economic and technological limitations. Web3 aims to redefine the gaming industry by using economic tools and exploring new genres like RPG and RTS games.

Today's Talk introduces Web5, which combines the best of Web 2 and Web 3 to build a decentralized web. Web5 consists of three pillars: decentralized identifiers, verifiable credentials, and decentralized applications. Verifiable credentials are used on platforms like LinkedIn, while decentralized web nodes act as data stores for web apps. Web5 allows users to own their data, reduces friction in onboarding, and enables example applications like Universal Music Playlist and Connected Travel. Building for Web5 presents challenges such as key management and data usage, but there are resources available to learn more about the technologies.

Welcome to the talk about digital ownership using blockchain and NFTs. Explore NFTs and their integration with blockchain. Learn how to create NFTs using Remix on the Sepoia test network. Deploy and access the smart contract on the blockchain. Connect your wallet and grant access to NFTs. Understand the blockchain structure and its authentication capabilities. Connect your wallet with the frontend and interact with it. Explore blockchain connections with Chainlink. Understand gas fees and account abstraction in blockchain transactions. Learn about ownership, account recovery, and data storage on the blockchain. Discover how blockchain can be used for public information, databases, and its energy costs. Gain insights into blockchain functionality and data storage.

Hello, my name is Russ Fustino, and welcome to Build Blockchain DApps Using JavaScript. We'll cover Algorand blockchain, layer one, setup your development environment, creating a simple DApp, verification, and UI controls from pipeline. Blockchain tools are now accessible to anyone for creating liquidity pooling, staking, and more. The Italian Society of Authors and Publishers is using NFTs on the Algorand blockchain to identify copyrights. Algorand accounts, ASAs, Atomic Transactions, Algorand Smart Contracts, and reporting with Indexer are part of the solution. Creating NFTs can be done using visual tools like Algodesk.io and wallets like Algosigner and MyAlgoWallet. Algorand atomic transfers guarantee the exchange of goods and facilitate decentralized applications. Smart signatures approve spending transactions and smart contracts facilitate global and local storage. DApp architecture includes a UI front end, payment transactions between accounts, asset transactions for NFTs and Fungible Tokens, and application calls for smart contracts. Various SDKs and tools are available, such as AlgoDesk.io, Algorand Studio, and Algodia. Reach is a high-level language and compiler for deploying DApps to the blockchain. Verification and audits play a crucial role in preventing locked away tokens. The Pipeline UI offers controls and components for easy integration into solutions.

This Talk is about building GraphQL APIs on top of Ethereum and the Ethereum virtual machine. The graph is an indexing protocol for querying blockchain networks like Ethereum and IPFS. Developers can build APIs called subgraphs to efficiently index data and make it available for querying from frontend applications. The graph serves over 1 billion queries per day and is used in various Web3 applications including DeFi, gaming, and NFT marketplaces. The process involves defining the data model using the GraphQL schema and contract addresses, deploying and testing the subgraph, and using a GraphQL client to query the subgraph.

The Talk discusses building decentralized applications (DApps) with React and explores the benefits of smart contract technology. It highlights the characteristics and infrastructure of Web 3 applications, including decentralized indexing, off-chain data storage, and decentralized file storage. The Talk also covers identity in Web 3, with a focus on self-sovereign identity and the use of blockchain for identity verification. The process of building a DApp with React and Hard Hat is explained, along with deploying contracts and interacting with them. Overall, the Talk provides insights into the world of DApps and the technologies involved.

Today's talk is a guide to developing on the blockchain using Solidity and React. It covers the basics of blockchain, Ethereum, and smart contracts. Interacting with the blockchain involves submitting transactions and solving cryptographic puzzles. Smart contracts can be written in Solidity and tested using the Remix Web IDE. To connect to the Ethereum blockchain, you can run a local node or use an Ethereum node provider. Setting up the development environment involves installing Node.js, Python, Truffle, and MetaMask. Working with Web3 allows for interacting with contracts. The blockchain provides transparency and decentralized networks for use cases like decentralized finance.