플로어 프로토콜

Floor Protocol is a decentralized finance platform designed to bring liquidity and price discovery to the NFT market by enabling tokenized derivatives based on NFT floor prices. It allows users to mint and trade derivative tokens that represent the floor value of NFT collections, effectively creating a liquid market for NFT floor prices. This approach addresses the challenge of illiquidity and price opacity in NFT markets, providing a new way for investors and traders to gain exposure to NFT assets without directly buying or selling the underlying NFTs.

The protocol primarily targets DeFi developers, NFT platform developers, and financial institutions interested in NFT derivatives and liquidity solutions. Integration requires familiarity with Ethereum-based smart contracts and DeFi tooling, as Floor Protocol operates on Ethereum and leverages decentralized finance mechanisms to tokenize NFT floor prices. Developers can interact with the protocol through its open-source smart contracts and APIs documented on its official site.

What sets Floor Protocol apart is its focus on creating standardized, liquid derivative tokens tied to NFT floor prices, which is a relatively novel concept in the NFT and DeFi space. Unlike traditional NFT marketplaces that rely on direct NFT sales, Floor Protocol enables fractionalized exposure and hedging opportunities through derivatives. This innovation helps reduce price volatility and improves market efficiency for NFT assets. Although adoption metrics and specific integrations are not publicly detailed, the protocol’s open-source nature and active GitHub repository indicate ongoing development and community engagement.

Developers can get started by reviewing the comprehensive documentation, deploying or interacting with the protocol’s smart contracts, and integrating derivative tokens into their DeFi or NFT applications. The protocol’s architecture supports composability with other DeFi protocols, enabling advanced financial products and strategies based on NFT floor price derivatives.