ARTIS ECO
  • Welcome to ARTIS ECO
  • About ARTIS ECO
    • Features
    • Roadmap
    • Sovereign OS
      • Digital Wallet - Minerva
      • Sovereign ID Layer
        • DID Registration
        • Verifiable Credential Management
        • Transaction Relayer
      • Decentralized Storage Layer
        • IPFS
        • SWARM
    • Use Cases
      • Energy Communities & P2P Trading
      • Asset Tokenization
      • Data Marketplace
      • Community Currencies
      • Physical Internet Platform
      • Multimodal Traveling Platform
      • Satellite Monitored Carbon Sequestration
    • Comparisons
      • ARTIS 2.0
      • xDai Chain
    • R&D
      • Honey Badger BFT - Testing (SonnWende+ Project)
      • ARTIS Energy Efficiency
    • Wallets
  • ARTIS 2.0 - Transition
    • ARTIS 2.0 - Transition Overview
    • Step 1: Transition Bridge
    • Step 2: Launch Contract
    • Step 3: Gnosis Auction
    • Step 4: Honeyswap Listing
    • Step 5: ARTIS ∑2 Genesis
  • ARTIS 2.0 (Whitepaper)
    • Introduction
    • Challenges & Solutions
      • Real-Time
      • Efficient
      • Sovereign
      • Effortless
    • Markets
    • ARTIS DAO
    • Exchange Listing
    • Liquidity & Staking
    • Competition
    • Tokenomics
    • Conclusion
  • Archive
    • Education Package
    • Tools
      • Explorers
      • ARTIS <> Ethereum Bridges
      • ARTIS <> xDai Chain Bridge
      • Governance DApps
      • ARTIS NFC Demo App
      • tATS Faucet
    • Getting ATS coins
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  1. About ARTIS ECO
  2. Sovereign OS
  3. Sovereign ID Layer

DID Registration

Every organization and device which issues Verifiable Credentials and signs transactions needs their unique, fully self-sovereign DID in a public register.

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Last updated 4 years ago

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For ARTIS there is a permissionless registration service in development, to enable seamless interaction without the need of Certification Authorities.

This will tremendously reduce friction and cost, while increasing the speed of open innovation.

It will utilize the method: did:ethr, established as an open standard by UPort providing the most versatile DID method without the danger of a hard lock-in for registered organizations and devices.

Early version of the 'lab10 - DID Registry Service'