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
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  1. CORE ARCHITECTURE

Arweave Integration

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Last updated 7 days ago

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  • Why Arweave?
  • How It Works
  • Cost Structure
  • Data Permanence

Why Arweave?

Arweave solves permanent storage through economic incentives rather than promises. One payment funds storage forever through an endowment model based on declining storage costs.

Arweave Advantages:

  • True permanence

  • One-time payment model

  • Content addressing prevents tampering

  • Geographic distribution

  • Direct HTTP access

How It Works

Code storage on Arweave follows a systematic process ensuring permanence and accessibility. Each step is optimized for efficiency and reliability.

Storage Process:

  1. Code bundled with metadata

  2. Private repos encrypted client-side

  3. Bundle compressed for efficiency

  4. Uploaded to Arweave network

  5. Transaction ID stored on-chain

  6. Content accessible via gateways

Cost Structure

Arweave storage costs approximately $10 per GB forever - not monthly, but permanent. OpenSource covers these costs from treasury, making storage free for developers.

Cost Benefits:

  • One-time payment for eternal storage

  • Platform covers all costs

  • No recurring fees

  • Costs decrease over time

  • Sustainable economic model

Data Permanence

Arweave's Proof of Access consensus ensures data permanence through economic incentives. Miners must store random historical data to mine new blocks.

Permanence Mechanisms:

  • Miners incentivized to store everything

  • Data replicated across hundreds of nodes

  • Geographic distribution prevents loss

  • Economic guarantees, not promises