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chiru-labs avatar

chiru-labs/ERC721A

0
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2,547 stars·826 forks·JavaScript·mit·9 views

ERC721A

ERC721A is an Ethereum smart contract library and implementation of the ERC721 standard for non-fungible tokens. It provides a technical framework for deploying token collections with a primary focus on reducing gas costs during the minting process.

The implementation distinguishes itself through a gas-optimized approach to batch minting, allowing multiple tokens to be created in a single transaction. It achieves this by minimizing on-chain storage writes and optimizing how ownership data is mapped and stored on the blockchain.

The project covers high-level capabilities for NFT collection deployment and the development of high-efficiency smart contracts. It utilizes specific logic for incremental identifier assignment and storage layouts to lower network fees for both creators and users.

Features

  • Smart Contract Standards - Provides a high-efficiency implementation of the ERC721 standard for non-fungible tokens on Ethereum.
  • Storage Optimization Utilities - Utilizes advanced storage packing and slot management to minimize expensive SSTORE operations during minting.
  • Storage-Optimized NFT Contracts - Implements the ERC721 standard with a focus on reducing on-chain storage costs for batch minting operations.
  • Batch Minting Utilities - Implements optimized functions for creating large quantities of tokens in a single transaction to reduce gas costs.
  • Non-Fungible Token Implementations - Provides a concrete, gas-optimized reference implementation of the ERC721 non-fungible token standard.
  • Gas-Efficient State Mapping - Maps a single storage slot to multiple token IDs to avoid repeated write operations during batch minting.
  • Low-Cost Minting Deployments - Enables launching token collections with a focus on lowering minting costs for both creators and users.
  • NFT Minting - Facilitates the creation of large sets of digital collectibles on Ethereum while minimizing gas costs.
  • Lazy Initialization - Defines ownership for ranges of tokens at mint time rather than assigning each individual ID immediately.
  • Sequential Identifier Assignments - Calculates token identifiers based on a global counter to ensure sequential numbering without array iteration.
  • Smart Contract Libraries - Offers a reusable set of Solidity components designed for inheritance-based composition in high-efficiency contracts.

Star history

Star history chart for chiru-labs/erc721aStar history chart for chiru-labs/erc721a

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Projects sharing features with ERC721A

These projects share indexed features with ERC721A. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • openzeppelin/openzeppelin-contractsOpenZeppelin avatar

    OpenZeppelin/openzeppelin-contracts

    27,157View on GitHub↗

    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

    Solidityethereumevmsecurity
    View on GitHub↗27,157
  • transmissions11/solmatetransmissions11 avatar

    transmissions11/solmate

    4,288View on GitHub↗

    Solmate is a collection of gas-optimized building blocks and libraries for developing secure and efficient smart contracts on the Solana blockchain. It provides a set of standardized tools including an access control framework for managing user roles and ownership, a high-precision fixed-point math library for decimal and signed integer calculations, and a Merkle proof verifier for validating data inclusion. The project provides secure token implementations for issuing and transferring fungible and non-fungible tokens. These implementations include safety checks to prevent silent failures dur

    Solidity
    View on GitHub↗4,288
  • xrplf/rippledXRPLF avatar

    XRPLF/rippled

    5,166View on GitHub↗

    rippled is a peer-to-peer node implementation for the XRP Ledger. It serves as a distributed ledger consensus engine and a blockchain API gateway, allowing servers to validate transactions and maintain a shared, immutable sequence of ledger state. The project features a built-in decentralized exchange engine capable of executing atomic cross-currency payments and managing order books. It includes an on-chain asset management system for issuing and controlling fungible tokens and NFTs, as well as a Byzantine Fault Tolerant system for coordinating validators. The platform provides comprehensiv

    C++blockchainc-plus-pluscplusplus
    View on GitHub↗5,166
  • ethereumbook/ethereumbookethereumbook avatar

    ethereumbook/ethereumbook

    21,521View on GitHub↗

    This project serves as a comprehensive technical reference and educational platform for the Ethereum ecosystem. It provides a deep dive into the fundamental architecture of decentralized ledger systems, covering the core mechanisms that enable trustless state transitions, cryptographic security, and network consensus. The documentation distinguishes itself by bridging high-level conceptual frameworks with practical implementation details. It details the lifecycle of smart contract development, from source code compilation and bytecode analysis to deployment and interaction patterns. Furthermo

    blockchainbookdapp
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Compare all 28 related projects→

Frequently asked questions

What does chiru-labs/erc721a do?

ERC721A is an Ethereum smart contract library and implementation of the ERC721 standard for non-fungible tokens. It provides a technical framework for deploying token collections with a primary focus on reducing gas costs during the minting process.

What are the main features of chiru-labs/erc721a?

The main features of chiru-labs/erc721a are: Smart Contract Standards, Storage Optimization Utilities, Storage-Optimized NFT Contracts, Batch Minting Utilities, Non-Fungible Token Implementations, Gas-Efficient State Mapping, Low-Cost Minting Deployments, NFT Minting.

Which projects share features with chiru-labs/erc721a?

Projects with overlapping indexed features include: openzeppelin/openzeppelin-contracts — OpenZeppelin Contracts is a library of modular, secure, and reusable smart contract components designed for the… transmissions11/solmate — Solmate is a collection of gas-optimized building blocks and libraries for developing secure and efficient smart… xrplf/rippled — rippled is a peer-to-peer node implementation for the XRP Ledger. It serves as a distributed ledger consensus engine… ethereumbook/ethereumbook — This project serves as a comprehensive technical reference and educational platform for the Ethereum ecosystem. It… web3/web3.js — web3.js is a comprehensive TypeScript library designed to facilitate interaction with Ethereum-compatible blockchain… vyperlang/vyper — Vyper is a security-focused, typed programming language and compiler designed for creating smart contracts that…