Snowball
  • Welcome to the Snowball
  • Introduction
    • Problem Statement
    • Vision and Mission
    • Solution Overview
  • Modular Naming Service (MNS)
    • What is MNS?
    • MetaMask Snaps
      • Knowledge Base
      • FAQ
    • Identity Management System
      • Claiming Identity
      • Claiming Identity (ENS, SNS...)
      • Sub-identity
      • Primary Identity
      • Transferring Identity
      • Extending Identity Registration
      • Selling Identity
    • Identity Data Management
      • Record Type
        • Address Records
        • TXT Records
      • Records CRUD
    • AI Scoring System
      • For Users
      • For Projects
      • Data Sources & Inputs
    • Pricing
    • Use Cases
    • Roadmap
  • Programs & Gamification
    • Referral & Affiliate Systems
      • Affiliate Referral System
        • Terms and Conditions
        • How to Refer as an Affiliate
        • Affiliate Leaderboard Program
        • Eligibility & Requirements
        • Affiliate Tiers, Leaderboard Pools and Commissions
      • Referral System
        • How to Refer
        • Referral Leaderboard Program
        • Referral Tiers, Leaderboard Pools and Commissions
        • Terms & Conditions
      • Leaderboard & Monthly Rewards
      • Payoffs
    • Rewards & Gamification
      • What is Flakes?
      • Achievements
      • Daily Tasks
      • Repeatable tasks
      • Leaderboard
  • Decentralized Identity Layer
    • What is DiD Layer?
    • Cross-chain Interactions
    • Architecture
      • Reverse lookup
    • Tokenomics and Value Economics
      • Tokenomics
      • Value Economics
    • Why use dID on Rollup?
    • Deployments
    • Technical Documentation
      • Smart Contracts
        • RegistrarController
        • TransferController
        • PriceController
        • PublicResolver
        • SaleController
        • SnowRegistry
      • Events Documentation
      • Rest API
      • Typescript SDK
      • CAIP2
      • Reverse Lookup
  • About us
    • Team
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On this page
  • Step 1: Integrate DiD Layer Contracts
  • Step 2: Understand Smart Contracts
  • Step 3: Prepare the Development Environment
  • Step 4: Review the Contract Code
  • Step 5: Customize Configuration
  • Step 6: Compile Contracts
  • Step 7: Configure Deployment Settings
  • Step 8: Implement Rollup Messaging Protocol
  • Step 9: Ensure Security and Auditing
  • Step 10: Develop User Interface
  • Step 11: Deploy on Testnet
  • Step 12: Deploy on Mainnet
  • Step 13: Monitor and Maintain
  1. Decentralized Identity Layer

Deployments

Deploying decentralized identity (dID) on a new rollup blockchain requires several steps to ensure seamless integration and compatibility with the DiD Layer. Below is a structured guide on how to deploy dID on a new rollup blockchain.

Step 1: Integrate DiD Layer Contracts

The first step is to integrate the DiD Protocol contracts into the rollup blockchain. These contracts handle identity management, mapping user-friendly names to wallet addresses, and facilitating decentralized application (dApp) interactions.

Step 2: Understand Smart Contracts

Familiarize yourself with the DiD Layer Smart Contracts, including:

Understanding these contracts ensures proper implementation within the rollup blockchain.

Step 3: Prepare the Development Environment

Set up a development environment with the necessary tools:

  • EVM-Compatible Rollups: Install Truffle or Hardhat.

  • Other Environments: Await future updates for compatibility.

  • Version Control: Use Git for managing changes.

Step 4: Review the Contract Code

Examine the smart contract source code for:

  • Structure and function logic.

  • Configurable parameters.

  • Alignment with project requirements.

Step 5: Customize Configuration

Modify the smart contracts as needed:

  • Adjust contract parameters.

  • Configure network settings.

  • Integrate with existing systems.

Important: Any modifications should be reviewed and audited to maintain compatibility with DiD Layer Protocol.

Step 6: Compile Contracts

Compile the smart contracts into bytecode and ABI artifacts using Truffle or Hardhat. This ensures readiness for blockchain deployment.

Step 7: Configure Deployment Settings

Define deployment parameters:

  • Gas limits and transaction fees.

  • Network endpoints.

  • Initial contract values.

Step 8: Implement Rollup Messaging Protocol

  • Default Protocol: DiD Layer supports LayerZero out of the box.

  • Additional Protocols: Can be requested based on rollup requirements.

  • Synchronization: Integrate DiD Layer with the rollup’s messaging protocol to ensure smooth data exchange.

Step 9: Ensure Security and Auditing

Conduct security audits and testing:

  • Code Reviews: Ensure best practices are followed.

  • Penetration Testing: Identify vulnerabilities.

  • Deployment Simulation: Use testnets for validation.

Step 10: Develop User Interface

Build a UI for managing dID on the rollup blockchain:

  • User-friendly design.

  • Features for creating, updating, and interacting with identities.

  • Integration with real-time data from DiD Layer.

Step 11: Deploy on Testnet

Before mainnet deployment:

  • Deploy dID on a testnet.

  • Conduct thorough validation.

  • Address any issues found.

Step 12: Deploy on Mainnet

After successful testnet validation:

  • Deploy the solution on the mainnet.

  • Provide documentation.

  • Inform users and developers about the new dID integration.

Step 13: Monitor and Maintain

  • Continuously track performance and user adoption.

  • Address emerging issues.

  • Update the dID solution as rollup technologies evolve.

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Last updated 1 month ago