openledger
  • Openledger Ecosystem
    • What is Openledger?
    • Test Network Overview
      • Block Production and Execution
        • Data Availability via EigenDA
        • Bridging and Settlement
    • Data Intelligence Layer
  • Testnet
    • Node Installation
      • Android
      • Windows
      • Chrome Extension
      • Linux (Ubuntu)
    • Earning Mechanism
      • Network Earnings
      • Referral Earnings
      • Tier System and Progression
  • Epoch 2
  • DATANETS AND PROOF OF ATTRIBUTION
    • What is Datanets?
    • Why Specialized Data is important?
    • Proof of Attribution
    • OpenLedger Data Attribution Pipeline
    • RAG Attribution
  • Token
    • Openledger Token
  • Model Factory
    • ModelFactory: Where AI Meets Secure Data Fine-Tuning
    • Core Concepts
    • Supported Models
    • System Architecture
    • Key Features
    • Benchmarks
  • OpenLora
    • Open LoRA: A Scalable Fine-Tuned Model Serving Framework
    • System Architecture
    • Workflow
    • Optimizations & Performance Enhancements
    • Use Cases
    • API & Integration
    • The Future
  • Community Support
    • Openledger communities
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  • Block Production
  • Block Execution
  1. Openledger Ecosystem
  2. Test Network Overview

Block Production and Execution

OpenLedger uses an Optimistic Rollup model, leveraging the OP Stack for high scalability while maintaining the security of the parent blockchain (Ethereum). This approach processes transactions off-chain and submits them to L1 for finality, reducing gas costs and increasing transaction throughput.

Block Production

• Managed by a single sequencer that constructs and executes L2 blocks.

• Blocks are produced every 2 seconds, ensuring high throughput.

• L2 transactions are written to EigenDA and then referenced on Ethereum for verifiable access.

Block Execution

• The execution engine processes transactions using a peer-to-peer network.

• L2 blocks are derived from L1, ensuring censorship-resistant operations.

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Last updated 3 months ago