Webhash Documentation
  • About WebHash
    • What is Webhash Protocol?
    • Digital Decay & Illusion of Decentralization
    • 3 Layer Solution
  • The three layers
    • Hosting Layer
      • Replication Algorithm
      • Technical Specification & Node Setup
      • Incentives and Penalty Mechanism
      • On Chain Content Registry
    • Gateway Layer
      • Content Retrival
      • Integrated Caching
      • Technical Specification
    • Application Layer
      • Developer-focused (like Vercel)
      • No-Code community (like Webflow)
      • AI Agent for complete beginners (prompt-to-website)
      • Web2 → WebHash
    • Website Permanance
      • Storage Pool
      • Inflationary Token Issuance
      • Self-Replication
      • Reputation
      • Community Archival Efforts
  • WebHash Token - $HASH
    • WebHash Token - $HASH
  • Eco-System Products
    • Modly AI
    • Hash Dweb Gateway: Chrome Extension
    • Eth.cd
    • Write.link
    • Widecanvas AI
    • Hash.is
    • eth.lk – Ethereum Gateway
    • arb.qa – Arbitrum Gateway
    • bnb.qa – Binance Smart Chain Gateway
    • HashVault
  • Token Trails
  • Governance
    • WebHash DAO
    • Governance Structure
    • Key Functions of the DAO
    • Content Moderation & Protection
    • Governance Process & Voting
    • The Future of WebHash DAO
Powered by GitBook
On this page
  1. The three layers

Website Permanance

WebHash seeks to tackle the root cause of digital decay by introducing a robust, truly decentralized method of permanent hosting. Its design principles include:

  1. Storage pool

    • Users can pay a lump sum into a storage pool, intended to finance hosting rewards indefinitely.

  2. Inflationary Token Issuance

    • The protocol mints new tokens over time to continuously incentivize nodes to store and serve content, thus reducing reliance on a single upfront payment.

  3. Self-Replication

    • Content owners (publishers) can run their own node software, guaranteeing they maintain a local copy of their website and participate in the hosting network.

  4. Reputation & Proof-of-Storage

    • Node operators prove they actually hold the data, and a reputation system rewards consistency while penalizing downtime or fraud.

  5. Community Archival Efforts

    • Nonprofits, libraries, and DAOs can voluntarily store culturally significant data, adding redundancy beyond economic incentives alone.

These mechanisms aim to provide “content immortality”: ensuring that once data is uploaded and funded, it remains available as long as the global network persists—independent of any single company or centralized infrastructure.

PreviousWeb2 → WebHashNextStorage Pool

Last updated 3 months ago