🧠 Why Web3 Development: dApps and Decentralized Protocols?
The internet is evolving from centralized platforms (Web2) to Web3, where ownership, identity, and value are distributed across networks using blockchain technology. Instead of trusting intermediaries, users interact through smart contracts and decentralized applications (dApps) that run on transparent, immutable protocols. Understanding this shift empowers you to build, innovate, and participate in the next generation of the internet.
Web3 development bridges technology, economics, and governance, redefining how we build systems, manage data, and design user trust — with decentralization at its core.
Recognize how blockchain and smart contracts disrupt traditional systems
Build trustless applications that run without central authorities
Understand tokenomics, governance, and decentralized finance (DeFi) models
Learn to develop, test, and deploy dApps on leading platforms like Ethereum, Polygon, and Solana
Contribute to a more transparent, user-owned internet
Blockchain Fundamentals – Distributed ledger, consensus mechanisms, and cryptographic trust
Smart Contracts – Self-executing code for automation and agreement enforcement
Ethereum & EVM – Core platform for decentralized development and interoperability
Solidity & Web3.js – Essential tools for building and interacting with smart contracts
Decentralized Storage & Identity – Systems like IPFS and ENS that enable user control over data and identity
DeFi & DAOs – New economic systems and governance models driven by code
Build decentralized applications (dApps) for finance, gaming, supply chain, and more
Create and deploy tokens or NFTs that represent digital value or ownership
Develop DAO frameworks for community-driven governance and funding
Design decentralized identity (DID) solutions that return control of data to users
Innovate with cross-chain protocols and Web3 infrastructure for interoperability
5 Subjects
4 Learning Materials
4 Learning Materials
4 Learning Materials
4 Learning Materials
4 Learning Materials
15 Courses • 10 Students
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