SYN_VISION_White Paper
  • 🌏Industry Background
    • RWA Wave
    • Why Are Short Dramas Gaining Global Popularity?
    • The Tokenization of Film and TV Short Dramas (RWA)
  • 🔥SYN VISION RWA
    • SYN VISION : Ushering in a New Era of Global Short-Form Entertainment
    • SYN VISION Development Program
    • SYN VISION Technical Architecture
      • Data Layer
      • Consensus Layer
      • Application Layer
      • Promotion and Distribution Application
  • Syn-AI Comprehensive Assistance
  • Unreal Engine-S
  • The Light and Shadow Project
  • 🎯Token Economics
    • TWS and VPS Token Economics Model
    • Key factors affecting TWS economic modeling
  • 🛠️other
    • W-Venture Introduction
    • Disclaimer
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  1. SYN VISION RWA
  2. SYN VISION Technical Architecture

Data Layer

PreviousSYN VISION Technical ArchitectureNextConsensus Layer

Last updated 1 month ago

The Data Layer is the foundation of the SYN VISION short drama publishing platform. It works in collaboration with the application layer and consensus layer, transparently storing all incoming data in an immutable ledger, such as:

  • The placement and duration of the embedded short dramas, TWS token expenditure and balance;

  • Viewership statistics, NFT sales data, and user interaction records with the videos;

  • All transactions related to short drama playback and promotion are completed under the one-click mode of the application layer and are recorded in real-time by the data layer.

This data layer also stores user overview data (such as viewing behaviors and collection preferences) and records this information securely through smart contracts. When platform nodes need to make short drama placement decisions in the consensus layer, this data is securely transmitted to the consensus layer for filtering, matching, and revenue calculation.

Further Breakdown of the Data Layer

Smart Contracts and User Data Configuration

  • Smart contracts store user data preferences for content placement and privacy protection, ensuring that users voluntarily choose certain short drama preferences and browsing behavior data for controllable use.

Memory Nodes

  • Memory nodes "remember" users' preference data and historical behavior on the SYN VISION platform through smart contracts, enabling quick and personalized recommendations of the most suitable short drama content upon subsequent visits.

Network Trackers

  • Network trackers collect temporary data through the application layer on each publisher/partner website page and write it into the smart contracts of the data layer for cross-page or cross-site viewing records.

  • When the user visits the page, the publisher and consensus layer interact via smart contracts and "mask" the user's sensitive data, only sharing necessary tags and preference data with the consensus layer for short drama matching.

Categorized Accounts and TWS Payment Records

  • The data layer maintains a complete record of TWS token account balances, transactions, and the current short drama information "embedded" into a particular page.

  • User history such as viewing, skipping, and favoriting is recorded for future AI learning (adaptive recommendations), making short drama placements increasingly precise.

Data Security and Consensus Optimization

  • All viewing effect data is periodically fed back to the consensus layer. Through multiple cycles of iteration (collection, analysis, learning, and adjustment), the consensus layer can more accurately match user needs with short drama content.

  • For security reasons, the data layer is only open to the publisher's data writing endpoints and the consensus layer's data reading endpoints and does not directly expose data to other parties.

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