SHOPX: RWA-Powered E-Commerce
  • Introduction to SHOPX
    • 📑Introduction to SHOPX
    • 💡Problems SHOPX Solves
    • 📈Market Opportunity
    • 🥸Global Counterfeit Market
  • The Decentralized Ecosystem
    • 💳Decentralized E-Commerce
    • 💰Staking and SquadX
  • SHOPX Protocol
    • ✅Authenticating RWAs with SHOPX and NFCs
    • ⛓️The RWA Encoded NFC Chip
    • 🔍Third-Party Verification
    • 🧐Authentication for Fraud and Forgery Resistance
    • 😌Confidence in the Secondary Market
    • 👮Insurance Fraud and Central Authorities
  • How NFTs Benefit E-Commerce
    • 🛍️Transforming Affiliate Marketing
    • 🤖Bot Prevention
    • 🎉Exciting Customer Activations
  • Supply Chain and B2B Benefits
    • 📦Decentralized Inventory Database
    • 🗂️Advanced Product Tracking
    • 🚦Automation Through Smart Wallets
  • Economic Theory
    • 📲Why E-Commerce Needs SHOPX
    • 🤚The Invisible Hand
    • ⚖️Supply Chain Pareto Efficiency
  • For Projects and Brands
    • 📘Project Collab Form
    • 📗Brand Collab Form
  • Important Links
    • 🌐SHOPX Website
    • 🐤SHOPX Twitter
    • ↗️SHOPX Telegram
    • 👾SHOPX Discord
    • Ⓜ️SHOPX CoinMarketCap
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  1. SHOPX Protocol

Authentication for Fraud and Forgery Resistance

Scanning the NFC chip will bring up the Etherscan page for that NFT. The comments can include more data about the product, including whether it has been labeled as lost or stolen. New buyers will scan the chip to authenticate the product, and secondary market buyers will know if the product is authentic, greatly reducing the chances of counterfeit products. Purchase history is also stored, verifying previous owners, which will give individual items more historical significance.

For privacy, the chips can be programmed to only provide data to the NFT owner. Or, limited information can be set as publicly available.

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Last updated 11 months ago

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