19 results for “topic:proxy-contract”
Foundry scripts to automate and keep track of deployments and proxy upgrades.
Solidity upgradeable contracts proxy based on unstructured storage pattern
Smart Contracts to make health insurance secured and fast.
Minimal proxy contract to deploy clones cheaply.
This box comes with everything you need to build upgradable proxy smart contracts. The front end boiler plate is built on react, but the contracts and web3 work with every framework you love
A decentralized house renting platform developed as final project for Alchemy University Ethereum Bootcamp.
1. Deploying an upgradeable smart contract with a bug in it. 2. Fixing the bug in our original contract, and re-deploying it. 3. Pointing our buggy function to the new, fixed function using a proxy contract.
proxy contract upgrade
This project demonstrates a modular and upgradeable smart contract architecture using the UUPS (Universal Upgradeable Proxy Standard) pattern. It leverages Foundry for fast development and scripting, and OpenZeppelin's upgradeable contracts for secure and efficient upgrade logic.
A simplified implementation of a smart contract proxy pattern in Solidity, based on EIP-1967. This project explores the concept of upgradable smart contracts using proxies, and includes a clear explanation, example code, and key considerations for implementing upgradeable logic safely.
End-to-End encryption between Client and Sapphire EVM contract using X25519 and Deoxys-II-256-128
This repo uses the Transparent Proxy pattern for upgrading smart contracts.
This project includes contract which allow users to lend, borrow tokens and earn interest, by using compound 3 underneath
End-to-End encrypted proxy contract example for Sapphire
VEGA-LOCKED ERC20 contract, conveniently showing locked VEGA tokens
A decentralized NFT-collateralized lending platform implemented using the Diamond Pattern (EIP-2535).
ERC-2535 compatible facet for the ERC-20 interface
A simplified implementation of a smart contract proxy pattern in Solidity, based on EIP-1967. This project explores the concept of upgradable smart contracts using proxies, and includes a clear explanation, example code, and key considerations for implementing upgradeable logic safely.