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  • INTRODUCTION
  • LEARN
    • Espresso in the Modular Stack
    • The Espresso Network
      • System Overview
      • Properties of HotShot
        • EspressoDA
          • How It Works
      • Interfaces
        • Espresso ↔ Rollup
        • Espresso ↔ L1
        • Rollup ↔ L1
      • Internal Functionality
        • Espresso Node
        • Light Client Contract
        • Fee Token Contract
        • Stake Table
          • How the Stake Table Contract Works
        • Smart Contract Upgradeability
    • Rollup Stacks
      • Integrating a ZK Rollup
        • ZK Rollup Architecture
        • Using Espresso
        • Summary of Changes
      • Integrating an Optimistic Rollup
        • Optimistic Rollup Architecture
        • Using Espresso
        • Summary of Changes
  • Guides
    • Using the Espresso Network
      • Integrating Arbitrum Orbit Chain
        • Quickstart with Arbitrum Nitro Rollups
        • Reading Confirmations from the Espresso Network
        • Arbitrum Nitro Integration Overview
          • Using TEE with Nitro
          • Arbitrum Nitro Trust & Liveness Dependencies
        • Migrating Arbitrum Orbit Chains to Espresso
          • Arbitrum Testnet
            • Nitro Testnet
            • Local Deployment (`docker compose`)
      • Using the Espresso Network as a Cartesi application
    • Running an Espresso Node
    • Running a Builder
    • Bridging with the Espresso Network
  • API Reference
    • Espresso API
      • Status API
      • Catchup API
      • Availability API
      • Node API
      • State API
      • Events API
      • Submit API
      • Earlier Versions
        • v0
          • Status API
          • Catchup API
          • Availability API
          • Node API
          • State API
          • Events API
          • Submit API
    • Builder API
  • Releases
    • Mainnet 1
      • Running a Mainnet 1 Node
      • Contracts
      • Rollup Migration Guide
    • Mainnet 0
      • Running a Mainnet 0 Node
      • Contracts
    • Testnets
      • Decaf Testnet Release
        • Running a Node
        • Contracts
      • Cappuccino Testnet Release
        • Running a Node
        • Deploying a Rollup on Cappuccino
        • Benchmarks
      • Gibraltar Testnet Release
        • Interacting with Gibraltar
        • Arbitrum Nitro integration
        • Deploying a Rollup on Gibraltar
      • Cortado Testnet Release
        • Interacting with Cortado
        • OP Stack Integration
          • Optimism Leader Election RFP
      • Doppio Testnet Release
        • Interacting with Doppio
        • Polygon zkEVM Stack Integration
        • Minimal Rollup Example
        • Benchmarks
      • Americano Testnet Release
  • Appendix
    • Interacting with L1
      • Trustless Sync
      • Fork Recovery
      • Bridging
    • Glossary of Key Terms
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On this page
  1. Guides
  2. Using the Espresso Network
  3. Integrating Arbitrum Orbit Chain
  4. Migrating Arbitrum Orbit Chains to Espresso
  5. Arbitrum Testnet

Local Deployment (`docker compose`)

Overview

For those seeking to evaluate their infrastructure and to get a clearer picture of what a "working" implementation looks like, we have made available a docker config that will allow for evaluation of the various components of the protocol needed to gain initial familiarity with the system.

services:
  nitro:
    image: ghcr.io/espressosystems/nitro-espresso-integration/nitro-node:integration
    container_name: nitro-node
    ports:
      - "8547:8547"
      - "8548:8548"
      - "8549:8549"
    command: --conf.file /config/full_node.json
    volumes:
      - ./config:/config
      - ./wasm:/home/user/wasm/
      - ./database:/home/user/.arbitrum
    depends_on:
      - validation_node

  validation_node:
    image: ghcr.io/espressosystems/nitro-espresso-integration/nitro-node:integration
    container_name: validation_node
    ports:
      - "8949:8549"
    volumes:
      - ./config:/config
    entrypoint: /usr/local/bin/nitro-val
    command: --conf.file /config/validation_node_config.json
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Last updated 3 months ago