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Smart Contract Development

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Service Overview

Secure, optimized, fully audited smart contracts for automation.

We Build

 

  • Token contracts

  • Staking contracts

  • NFT contracts

  • Governance contracts

  • DeFi protocol contracts

Frequently Asked Questions

  • What language does Web3Twenty use for Smart Contract Development?

    We primarily use Solidity for developing smart contracts on the Ethereum Virtual Machine (EVM) and EVM-compatible networks (like BNB Smart Chain, Polygon, etc.). We also work with Rust and other relevant languages for specific layer-one protocols when required.

  • How do you ensure the security of the developed smart contracts?

    Security is paramount. We follow a strict process that includes formal verification, adherence to established standards (like OpenZeppelin), unit testing, integration testing, and a mandatory, comprehensive third-party security audit before deployment.

  • What is "gas optimization," and why is it important for my smart contract?

    Gas optimization is the practice of structuring your smart contract code to use the minimum amount of computational resources necessary to execute transactions. This is crucial because it directly translates to lower transaction fees (gas costs) for your users, making your dApp or platform more affordable and competitive.

  • Can Smart Contracts be modified or updated after they are deployed?

    Generally, traditional smart contracts are immutable (cannot be changed) once deployed to the blockchain. However, we can design the contracts using upgradeability patterns (proxies) that allow for future updates or bug fixes, providing flexibility without compromising the contract's address or state.

  • What types of solutions require Smart Contract Development?

    Nearly all decentralized solutions require smart contracts! This includes DeFi protocols (lending, staking, AMMs), Token generation (ERC-20/721/1155), Decentralized Autonomous Organizations (DAOs), escrow services, and any logic requiring trustless, automated execution.