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Build on Algorand

Web1 and Web2
The Middleman
Blockchain Comes Into Play
Web3 As a New Iteration for Web

What is Algorand?
Development Environment Setup
Introduction to AlgoKit
Environment Setup with AlgoKit
Deploy Smart Contract with AlgoKit
Basic Smart Contract with Python
Basic Smart Contract with TypeScript
Building on Algorand as an Ethereum Developer

Introduction to AI-assisted coding (Installing Addons etc.)
How to Generate a Basic Smart Contract with AI
Deploying to Testnet

Frontend Integration Using AlgoKit and AlgoKit Utils
Integrating Wallet Connection

Final Project: Build and Launch Your Own Algorand dApp

If you’ve built on Ethereum, you’re probably familiar with high gas fees, slow transaction speeds during congestion, and the complexities of scaling. Algorand was designed to solve these issues while still offering a familiar smart contract experience. Algorand was designed to solve these issues while still offering a familiar smart contract experience.


Projects are migrating from Ethereum to Algorand to benefit from:

  • Fast Transactions: Blocks finalize in 2.8 seconds with no risk of chain forks.
  • Low Fees: Typical transaction fees are ~0.001 Algo, ideal for apps requiring high frequency or micro-payments.
  • High Throughput: Up to 10,000+ TPS.
  • Powerful Dev Tools: AlgoKit simplifies project setup, local testing, and deployment.
  • Smooth Transition: TEALScript uses TypeScript syntax, making it easier for Solidity and JavaScript developers to onboard.

Reason to Migrate

  • Ethereum is widely used but suffers from high fees, slow transaction speeds, and scalability challenges.
  • Algorand offers fast, low-cost transactions with instant finality and high throughput (TPS).

Transaction Fees

  • Ethereum has high and often unpredictable gas fees.
  • Algorand provides very low fees with predictable and stable costs.

Performance

  • Ethereum handles limited TPS and faces potential network congestion.
  • Algorand delivers high TPS with fast block finality.

Smart Contract Language

  • Ethereum uses Solidity primarily.
  • Algorand uses TEAL, which is accessible via PyTeal (Python) or TEALScript (TypeScript).

Account Model

  • Ethereum uses standard accounts with no opt-in required.
  • Algorand introduces a unique ASA opt-in model; accounts must opt-in to assets.

Developer Tooling

  • Ethereum developers use tools like Hardhat, Truffle, and ethers.js.
  • Algorand developers use AlgoKit, AlgoSDK, and TEALScript, a different but powerful ecosystem.

Migration Strategy

  • You can find information by watching the videos we added on the YouTube channel of Algorand Developers.
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