KIP Protocol Developer Guide
  • Introduction
    • High-level Architecture
  • Features
    • Assets Tokenization
    • Monetization
    • Friendly User Experience
    • Integration Flexibility
    • Security and Sovereignty
    • Fraud and Scam Protection
  • How to Build DeAI Products Using KIP
    • App Makers
    • Model Trainers
    • Dataset Owners
    • Users
  • Developer Guide
    • Standard APIs
      • User - App
      • App - Generation Model
      • App - Embedding Model
      • App - Dataset
    • KIP Ecosystem Core Contracts
      • KIP Management
      • KIP Identification
      • KIP Registration
      • KIP Service
    • Account Abstraction
      • Particle Network
    • Fetch Blockchain Data
      • Using RPC Node
        • RPC Node Providers
          • Alchemy
          • Infura
        • Fetch Data Example
      • Using Subgraph
        • Deploy Subgraph
        • Query using Subgraph
    • KIP Checker Node Execution Guide
      • Checker Node Guide
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  1. Features

Assets Tokenization

The KIP Protocol leverages on-chain tokens for several critical functions:

  • Authentication: representing asset entities.

  • Authorization: verifying asset ownership.

  • Automated Financial Management: KIP's smart contracts automatically calculate compensation and ensure the correct amounts are accrued per request.

  • Monetization: Through specialized DeFi services:

    • Facilitating decentralized trade: Offering options to buy, sell, and trade tokenized assets via a Web3 marketplace.

    • Enabling crowdfunding or investments in tokenized assets.

By tokenizing applications, models, or datasets under the ERC-721 or ERC-3525 standards, KIP's contract infrastructure enables builders to maintain comprehensive oversight and control over access to their work, including access methods, associated payments, and financial monetization.

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Last updated 9 months ago