
Deploy smart contracts to Rinkeby testnet, set up brownie-config, and validate on Etherscan. Learn to use test ETH from faucets and enable web3 wallet transactions with your contract.

Learn to write unit tests for Ethereum smart contracts using Brownie and Pytest, focusing on a ballot contract. Gain practical skills in testing contract functionalities and achieving comprehensive test coverage.

Learn to write unit tests for Ethereum smart contracts using Brownie and Pytest, achieving 100% test coverage for confident, bug-free code deployment.

Hands-on tutorial exploring Solidity features and Brownie console for testing Ethereum smart contracts. Builds on previous lessons to enhance cryptocurrency development skills.

Learn to create a cryptocurrency using Ethereum smart contracts with Solidity, Brownie, and Ganache. Gain hands-on experience in blockchain development through practical implementation.

Beginner-friendly introduction to Ethereum smart contract programming using Solidity, Brownie, and Ganache. Learn to set up a local blockchain and develop contracts with Python-based tools.

Explore innovative blockchain data storage using IPFS/IPLD and Postgres, enabling efficient querying and proof construction for Ethereum and other networks.

Explore the critical vulnerability in Ethereum's smart contract, its billion-dollar impact, and the resulting blockchain fork. Gain insights into blockchain security and its far-reaching consequences.

Explore smart contract vulnerabilities, including re-entrancy attacks, delegatecall risks, and price oracle issues. Learn from real-world examples and gain insights into securing blockchain applications.

Dive into a critical smart contract vulnerability analysis, exploring a $600,000+ bug in Port Finance and learning how it was identified through a bug bounty program before potential exploitation.

Explore zero-knowledge proofs and their role in scaling blockchain technology, focusing on zkSync's approach to enhancing Ethereum's scalability while maintaining decentralization and security.

Explore a precise safety verifier for Ethereum smart contracts, addressing critical security issues and showcasing advanced automated verification techniques for blockchain technology.

Innovative approach to reduce costs in replicated systems using cryptographic proofs for state transitions, enhancing efficiency in large-scale Byzantine fault-tolerant environments.

Explore Ethereum blockchain security: learn smart contract development, identify vulnerabilities, and understand Web3 trends. Gain insights into coding and exploiting blockchain technology.

Explore blockchain technology, smart contracts, and NFTs from a hacker's perspective, gaining insights into security implications and potential vulnerabilities.

Explore blockchain and NFT architecture for commercial, enterprise, and government applications. Learn key differences from traditional databases and practical deployment strategies.

Learn to create and deploy smart contracts, tokens, and NFTs on blockchain platforms. Explore vulnerabilities and gain practical insights into Web3 development and security.

Earn cryptocurrency by completing blockchain development tasks on Nervos Network. Learn to set up nodes, create accounts, and deploy smart contracts while getting paid for your progress.

Explore smart contract vulnerabilities, attack vectors, and security best practices in blockchain applications, with insights on responsible disclosure and real-world hacking incidents.

Learn to create and containerize a decentralized Ethereum app using Docker. Build a smart contract, interact with the blockchain using Node.js, and develop a React frontend. Gain practical skills in blockchain development and containerization.

Explore vulnerabilities in random number generation for Ethereum smart contracts, focusing on gambling applications. Learn to identify and build secure RNGs within blockchain limitations.