This Smart Contract Security Basics Quiz evaluates your understanding of key security principles, vulnerabilities, and best practices in smart contract development. Designed for college-level learners, it covers common attack vectors, code auditing techniques, and defensive programming strategies essential for building secure blockchain applications.

A smart contract audit has now become established best practice before projects release new code. We take a look at the best auditors out in the market.

Explore the world of smart contract security in this comprehensive guide. Learn about the working mechanism of smart contracts.

Smart contracts in blockchain: Simple explanation of how they work and why they are essential for the operation of networks.

The Ethereum Foundation has rolled out a major $1 million initiative designed to subsidize smart contract security audits for developers. Branded as the Ethereum Security Subsidy Program, this effort went live on April 14, 2026.

Understanding what a smart contract is, how it executes, and where it fails is foundational to working with any blockchain-based system. This article covers the smart contract definition, EVM execution mechanics, deployment and upgradeability, security risks, use cases, and how Circle's USDC uses burn-and-mint contract logic for cross-chain transfers. For the infrastructure these contracts run ...

Learn smart contract development using the Solidity programming language in this complete 2026 guide. Explore benefits, use cases, and step-by-step Ethereum development tips.

Best Practices for Secure Smart Contract Development Regular Audits and Code Reviews: Engage with security professionals to perform regular audits and reviews of your smart contract code. Utilizing Established Libraries and Patterns: Leverage well-tested libraries and design patterns to reduce the risk of vulnerabilities.

Learn how smart contracts work, including the Ethereum Virtual Machine (EVM), gas mechanics, EIP-1559, DeFi protocols, NFTs, and Layer 2 rollups. A finance professional guide to programmable blockchain agreements.

An open-source smart contracts library curated by the Suzaku team. This library provides utility contracts for different blockchain ecosystems, notably Avalanche.