OpenSource Docs
  • OVERVIEW
    • Platform Overview
    • Project Vision
    • Tokenomics
      • Burn Mechanism
    • Revenue Models
    • Roadmap
      • osDAO - Decentralized Governance
      • osFork - Tokenized Code Assets
      • osBUIDL - No-Code Development Platform
  • FEATURES
    • Decentralization
    • Easy Integration
    • AI Powered Features
    • Core Platform Features
  • CORE ARCHITECTURE
    • Architecture Overview
    • Smart Contract Structure
    • On-Chain Verification
    • Arweave Integration
    • Infrastructure Services
  • PLATFORM GUIDE AND APPLICATIONS
    • Getting Started Guide
    • Use Cases
    • Future Development
    • Conclusion
Powered by GitBook
On this page
  1. CORE ARCHITECTURE

Smart Contract Structure

PreviousArchitecture OverviewNextOn-Chain Verification

Last updated 7 days ago

CtrlK
  • Contract Structure
  • Security Measures
  • Upgrade Mechanism

Contract Structure

Smart contracts are organized modularly with specific purposes. Each contract handles distinct functionality while maintaining minimal dependencies.

Core Contracts:

  • RepositoryRegistry: Tracks repos and ownership

  • PaymentProcessor: Handles automated payments

  • GovernanceModule: Manages voting and proposals

  • TreasuryController: Controls platform funds

  • AccessControl: Manages permissions

Security Measures

Security is built into every contract through industry best practices. Multiple layers of protection ensure funds and data remain safe.

Upgrade Mechanism

Contracts use proxy patterns for upgradeability while maintaining security. Governance controls all upgrades with time-locks for safety.

Upgrade Process:

  1. Proposal submitted with new code

  2. Community review period (7 days)

  3. Governance voting (7 days)

  4. Time-lock activation (48 hours)

  5. Automatic deployment