Tagger Documentation
  • About Tagger
    • 🛸 Our Vision
    • 🔌 What We Do
  • Challenges in the Current Data Economy
    • 🌏 Chaotic Data Authentication
    • 📂 Difficulty in Data Acquisition
    • 📌 Quality of Labeled Data
    • 🪝 Data Silos
    • 🛡️ Privacy and Ethical Issues
    • 🧳 The Need for Continuous Maintenance
  • Our Solutions
    • 📃 Data Authentication Protocol
    • 🌲 A Full-Stack Decentralized AI Data Solutions Platform
      • Web 3 Crowdsourcing
      • Simple Onboarding, Instant Global Payments
      • DePIN-Based Data Collection and Sharing
      • AI Copilot Labeling Tool
      • Permissionless AI Marketplace
      • Data Developer Community
      • Human-In-The-Loop
  • Tagger Features
    • Data Authentication Protocol
    • Decentralized AI Data Collection
    • Decentralized AI Data Labeling
    • Data Evaluation, Cleaning, and Processing
    • Data Trading and Management
    • HITL Telegram Mini App
  • Hardware
    • ⌚ Health Monitoring Wristband
  • Tokenomics
    • ☑️ $TAG
    • 🪙 Token Distribution
    • 💡 Task Reward Calculation
      • AI Copilot Labeling
      • Manual Labeling
      • Data Review and Staking
      • 👥 Daily Task Bonus
  • Smart Contract and Audit
    • 📄 Audits
    • 🖼️ NFT Smart Contract
    • 🪙 Token Smart Contract
  • Roadmap
  • Team
  • Contact Us
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  1. Tagger Features

Decentralized AI Data Collection

PreviousData Authentication ProtocolNextDecentralized AI Data Labeling

Last updated 8 months ago

The AI Data Collection Module of TAGGER establishes a decentralized data collection system, providing data seekers with an efficient and streamlined channel to acquire high-quality data. When a user publishes a data collection task, the platform utilizes NLP technology to conduct semantic analysis on the task, automatically matching it with relevant data categories available on the platform. This process swiftly generates task lists and seamlessly connects with millions of Web 3 data workers, enabling rapid and efficient data collection for the task.

Data workers can then upload their data contributions, which are verified by the platform's AI system. Once the data passes verification, workers are rewarded with a specified amount of $TAG tokens based on the value and quality of the data provided. To ensure the security of the data, the platform employs a dynamic mixed chaotic system as its core encryption method, safeguarding all uploaded task data.

Upon completion of the data collection process, the task publisher can claim ownership rights by generating a unique NFT as proof of ownership for the dataset. This NFT serves as confirmation of their exclusive rights to the dataset, ensuring the integrity and security of their data within the decentralized ecosystem of TAGGER.

Figure 4 Data Upload Process