30 open-source projects similar to crytic/not-so-smart-contracts, ranked by how many features they have in common. Compare stars, activity and what each one does to find the best Not So Smart Contracts alternative.
Sway is a smart contract development language and programming environment designed for writing, compiling, and deploying secure blockchain programs. It serves as a type-safe language for building on-chain logic and a static analysis toolchain that validates contracts before they are executed on a network. The ecosystem provides a development environment focused on blockchain application logic and web3 backend engineering. It integrates a type-safe programming approach to reduce vulnerabilities and ensure reliable state transitions for decentralized services. The toolchain incorporates static
This project is a curated directory and index of resources for Solidity smart contract development. It provides a categorized collection of libraries, development frameworks, security tools, and educational materials used to build and deploy decentralized applications. The repository functions as a comprehensive catalog for the software development lifecycle, featuring a specific index of community-vetted modular building blocks and token standard implementations. It also maintains a dedicated list of security resources, including static analyzers and fuzzers, to assist in auditing and securi
This is an educational resource that provides a comprehensive guide to blockchain and distributed ledger technologies, covering everything from fundamental concepts to practical deployment. The guide systematically explains the core architecture of blockchain systems, including consensus-based distributed ledgers, cryptographic hash chains, Merkle trees, and smart contract execution engines, while also detailing permissioned channel architectures and modular service platforms for enterprise use. The resource distinguishes itself by offering a dual-track learning path that serves both non-tech
A fast, flexible and simple development environment framework for Ethereum smart contract, testing and deployment on EVM.
A TypeScript package providing a normalized typed Solidity AST along with the utilities necessary to generate the AST (from Solc) and traverse/manipulate it.
A Solidity smart contract auditing checklist
🔌 TypeScript bindings for Ethereum smart contracts
This repo is an ongoing collection of useful, and occasionally clever, solidity/EVM patterns that actually get used in the wild. These bite-sized guides are written in approachable terms so engineers of all skill levels can understand them. Every guide comes with a concise, self-contained,…
(Formerly Solium) Code quality & Security Linter for Solidity
I cannot provide a description for this project because there are no features or functional details provided in the feature list.
🔌 TypeScript bindings for Ethereum smart contracts
A compilation of patterns and best practices for the smart contract programming language Solidity
0xcert Framework - JavaScript framework for building decentralized applications - build something unique
Tooling for encoding rpc calls for EVM compatible chains
A book on all things Foundry, available at https://getfoundry.sh.
OpenZeppelin Contracts is a library of modular, secure, and reusable smart contract components designed for the development of decentralized applications. It provides a foundational framework for building standard-compliant contracts, offering battle-tested implementations for token standards, access control, and common utility patterns. The project distinguishes itself through its comprehensive support for complex architectural patterns, including proxy-based upgradeability, role-based access control, and account abstraction. It enables developers to implement modular logic injection via hoo
Solhint is an open-source project to provide a linting utility for Solidity code.
Solmate is a Solana program framework and smart contract library providing gas-optimized blockchain primitives. It serves as a development kit for implementing SPL tokens and secure access control systems on the Solana blockchain. The project focuses on reducing compute unit usage and transaction costs through resource-efficient building blocks. It provides standardized components for token logic, balance tracking, and authorization primitives designed to restrict sensitive smart contract functions. The framework employs opinionated patterning and primitive-based composition to structure pro
Code coverage for Solidity smart-contracts