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        • ⚙️Install Dependencies - Windows
          • Step 1: Install Visual Studio Code (VSC)
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          • Step 3: Download Visual Studio C++ Build Tools
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          • Step 5: Install Git on Windows
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        • 🏝️Solana CLI & Solana Keypair
          • Step 1: Set Solana CLI to Use Eclipse Devnet
          • Step 2: Verify Solana CLI Configuration
          • Step 3: Generate a New Solana Keypair
          • Step 4: Claim Devnet ETH for Transaction Fees
          • Optional Step: View Balance on Devnet Explorer
        • 🖥️Creating an Anchor Project in Visual Studio Code
          • Step 1: Initialize Anchor Project
          • Step 2: Update the lib.rs File with Smart Contract Code
          • Step 3: Update the Smart Contract's Cargo.toml File
          • Step 4: Update the Project's Root Cargo.toml File
          • Step 5: Compile Your Program with anchor build
          • Step 6: Deploy Your Project to the Eclipse Devnet
          • Step 7: Verify Program Deployment on the Eclipse Devnet Explorer
        • ✨Building a React App Front-End
          • Step 1: Create a New React Project with TypeScript
          • Step 2: Install Solana Web3.js and Wallet Adapter Dependencies
          • Step 3: Install Additional Dependencies for Enhanced Functionality and Compatibility
          • Step 4: Configure Webpack for Browser Compatibility
          • Step 5: Start the Development Server and Verify Setup
          • Step 6: Implement the UI for Your NFT Minter in App.tsx with Updated Code
      • Eclipse Testnet ETH Transfer Transaction Fee Estimator
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      • Quick Start: User Guide - Testnet
      • cNFTs on Eclipse
        • Create 1 Million NFTs on Eclipse
        • How to Interact with cNFTs
  • 🧠Eclipse Architecture
    • What is Eclipse Mainnet?
      • Settlement - Ethereum
      • Execution - Solana Virtual Machine (SVM)
      • Data Availability - Celestia
      • Proving - RISC Zero
      • Why Eclipse, Why Ethereum, Why Now
    • Lifecycle of an Eclipse Transaction
  • 📚Additional Resources
    • External Documentation
    • Disclosures
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On this page
  • Eclipse Mainnet: Key Features and Security Benefits
  • Validating Bridge Integration:
  • Concurrent Ethereum Full Nodes:
  • Security Features:
  • Ethereum L2 Classification:
  • Ethereum as the Preferred Currency:
  • Future Fee Flexibility:
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  1. Eclipse Architecture
  2. What is Eclipse Mainnet?

Settlement - Ethereum

As with today’s major rollups, Eclipse Mainnet will settle to Ethereum.

Eclipse Mainnet: Key Features and Security Benefits

Validating Bridge Integration:

Eclipse Mainnet includes a validating bridge built directly into its infrastructure. This bridge plays a critical role in establishing the "canonical chain," which is respected by all Eclipse nodes.

Concurrent Ethereum Full Nodes:

To ensure accurate transaction sequencing, Eclipse nodes must run a full Ethereum node alongside the Eclipse node. This integration brings Ethereum’s security benefits to the Eclipse network.

Security Features:

  • The validating bridge authenticates all transactions, preventing invalid states from being submitted to the Eclipse network.

  • Guarantees "eventual liveness," ensuring the network continues to function even if the sequencer fails or attempts censorship.

  • Offers censorship resistance, allowing users to force their transactions through the bridge even if Layer 2 censorship occurs.

Ethereum L2 Classification:

  • Eclipse Mainnet is classified as part of Ethereum Layer 2 networks, similar to validiums and optimums.

Ethereum as the Preferred Currency:

  • Given the importance of Ethereum-native assets in DeFi and NFT markets, Ethereum (ETH) is the chosen decentralized currency for Eclipse Mainnet.

  • ETH will also be used as the gas token for transactions on the network.

Future Fee Flexibility:

  • Fee abstraction is planned, allowing users to pay gas fees with tokens like USDC.

  • There are currently no plans to introduce a proprietary token for Eclipse Mainnet.

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Last updated 7 months ago

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