Fracton Protocol
  • Introduction
    • What is FractonX?
    • What is NFT Fractionalization?
    • What is Rebase hiNFT?
    • Challenges in NFTs & Memecoins
  • FractonX's Solutions
    • Tech Design Philosophy
    • Overview
      • Meta-Swap
      • Fraction and Redemption
      • Swap NFTs in the same collection
    • Key Innovations
    • Terminology
      • ERC721 -> The Original NFT
      • ERC1155 -> People's NFT
      • ERC-20 -> hiNFT
    • Fees
  • Tokenomics
    • Fracton Token($FT)
    • hiNFT Tokens
    • $hiX & FractonX Genesis NFT
  • Use Cases
    • Why Choose Fracton Protocol?
  • Supports
    • Q&A
    • Contact us
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  • Pool-less Liquidity
  • Stateless System
  1. FractonX's Solutions

Key Innovations

PreviousSwap NFTs in the same collectionNextTerminology

Last updated 2 years ago

Pool-less Liquidity

Traditional swap relays on dedicated liquidity pools for swapping tokens. This requires initial liquidity and LPs for building the liquidity pool. Fracton Swap creates pool-less liquidity based on a “Left-Right-Exchange” mechanism. The swap always hold&send tokens on the Left side of ERC721/ERC1155/ERC20 token pairs, and Mint&Burn tokens on the Right side.

Stateless System

By reducing the frequency and the volume of adding data to the Ethereum state, Fracton tackles the state explosion problem by creating a “stateless system” that runs on the Ethereum mainnet with absolute cost efficiency.

Fracton protocol does not add any state variables to be updated for user actions. Furthermore, Fracton protocol reduces traditional token contract _balance state variable updates which:

  • Reduce >25% gas in token exchange compared to traditional swap, by its pool-less liquidity design, by mint/burn user address tokens instead of transferring between user address and swap.

  • Reduce >50% gas compared to traditional swap in converting BlindBox into People’s NFT, by embedding BlindBox business logic into People’s NFT ERC1155 contract.