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  • Coins
    • Ethereum: ETH
      • 🛡️EthPillar: one-liner setup tool and node management TUI
      • 🥩Guide | How to setup a validator for Ethereum staking on mainnet
        • Overview - Manual Installation
        • PART I - INSTALLATION
          • Step 1: Prerequisites
          • Step 2: Configuring Node
          • Step 3: Installing execution client
            • Nethermind
            • Besu
            • Geth
            • Erigon
            • Reth
          • Step 4: Installing consensus client
            • Lighthouse
            • Lodestar
            • Teku
            • Nimbus
            • Prysm
          • Step 5: Installing Validator
            • Setting up Validator Keys
            • Installing Validator
              • Lighthouse
              • Lodestar
              • Teku
              • Nimbus
              • Prysm
            • Next Steps
          • Monitoring your validator with Grafana and Prometheus
          • Mobile App Node Monitoring by beaconcha.in
          • Monitoring with Uptime Check by Google Cloud
        • PART II - MAINTENANCE
          • Updating Execution Client
          • Updating Consensus Client
          • Backups Checklist: Critical Staking Node Data
          • Uninstalling Staking Node
          • Finding the longest attestation slot gap
          • Checking my eth validator's sync committee duties
          • Checklist | Confirming a healthy functional ETH staking node
        • PART III - TIPS
          • Voluntary Exiting a Validator
          • Verifying Your Mnemonic Phrase
          • Adding a New Validator to an Existing Setup with Existing Seed Words
          • Switching / Migrating Consensus Client
          • 🛡️Switching / Migrating Execution Client
          • ⚡Using Node as RPC URL endpoint
          • Using All Available LVM Disk Space
          • Reducing Network Bandwidth Usage
          • How to re-sync using checkpoint sync
          • Important Directory Locations
          • Improving Validator Attestation Effectiveness
          • EIP2333 Key Generator by iancoleman.io
          • 😁Geth - Enabling path-based state storage
          • Disk Usage by Execution / Consensus Client
          • Dealing with Storage Issues on the Execution Client
        • Join the Community
        • Credits
        • See Also
        • Changelog
      • ⛓️Guide | How to setup a validator for Ethereum staking on testnet HOLESKY
        • Overview - Manual Installation
        • Step 1: Prerequisites
        • Step 2: Configuring Node
        • Step 3: Installing execution client
          • Nethermind
          • Besu
          • Geth
          • Erigon
          • Reth
        • Step 4: Installing consensus client
          • Lighthouse
          • Lodestar
          • Teku
          • Nimbus
          • Prysm
        • Step 5: Installing Validator
          • Setting up Validator Keys
          • Installing Validator
            • Lighthouse
            • Lodestar
            • Teku
            • Nimbus
            • Prysm
          • Next Steps
        • Maintenance
          • Updating Execution Client
          • Updating Consensus Client
          • Backups Checklist: Critical Staking Node Data
          • Uninstalling Staking Node
      • 💰Guide | MEV-boost for Ethereum Staking
        • MEV Relay List
      • 🔎Guide | Recover Ethereum Validator Mnemonic Seed
      • 🦉Update Withdrawal Keys for Ethereum Validator (BLS to Execution Change or 0x00 to 0x01) with ETHDO
      • 📜Archived Guides
        • Guide Version 1 | How to setup a validator for Ethereum staking on MAINNET
          • PART I - INSTALLATION
            • Step 1: Prerequisites
            • Step 2: Configuring Node
            • Step 3: Setting up Validator Keys
            • Step 4: Installing execution client
            • Step 5: Installing consensus client
            • Monitoring your validator with Grafana and Prometheus
            • Mobile App Node Monitoring by beaconcha.in
            • Security Best Practices for your ETH staking validator node
            • Synchronizing time with Chrony
            • Monitoring with Uptime Check by Google Cloud
          • PART II - MAINTENANCE
            • Updating your consensus client
            • Updating your execution client
            • Uninstalling V1 Staking Node
            • Finding the longest attestation slot gap
            • Checking my eth validator's sync committee duties
            • Pruning the execution client to free up disk space
            • Checklist | Confirming a healthy functional ETH staking node
          • PART III - TIPS
            • 🛡️Switching / Migrating Execution Client
            • Voluntary Exiting a Validator
            • Verifying Your Mnemonic Phrase
            • Adding a New Validator to an Existing Setup with Existing Seed Words
            • Switching / Migrating Consensus Client
            • Using All Available LVM Disk Space
            • Reducing Network Bandwidth Usage
            • How to re-sync using checkpoint sync
            • Important Directory Locations
            • Hosting Execution client on a Different Machine
            • Adding or Changing Graffiti flag
            • Improving Validator Attestation Effectiveness
            • EIP2333 Key Generator by iancoleman.io
            • Disk Usage by Execution / Consensus Client
            • Dealing with Storage Issues on the Execution Client
          • Join the Community
          • Credits
          • See Also
          • Changelog
        • Guide Version 1 | How to setup a validator for Ethereum staking on testnet GOERLI
          • Step 1: Prerequisites
          • Step 2: Configuring Node
          • Step 3: Setting up Validator Keys
          • Step 4: Installing execution client
          • Step 5: Installing consensus client
        • Guide Version 2 | How to setup a validator for Ethereum staking on testnet GOERLI
          • Step 1: Prerequisites
          • Step 2: Configuring Node
          • Step 3: Installing execution client
            • Nethermind
            • Besu
            • Geth
            • Erigon
          • Step 4: Installing consensus client
            • Lighthouse
            • Lodestar
            • Teku
            • Nimbus
            • Prysm
          • Step 5: Installing Validator
            • Setting up Validator Keys
            • Installing Validator
              • Lighthouse
              • Lodestar
              • Teku
              • Nimbus
              • Prysm
            • Next Steps
          • Maintenance
            • Updating Execution Client
            • Updating Consensus Client
            • Backups Checklist: Critical Staking Node Data
            • Uninstalling Staking Node
        • Guide | Ethereum Staking on Zhejiang Testnet
        • Guide | Besu + Lodestar | Most Viable Diverse Client | Staking Ethereum on Kiln testnet
        • Guide | How to setup a validator for Ethereum staking on Pithos testnet in 10 minutes or less
        • Ethereum Merge Upgrade Checklist for Home Stakers and Validators
        • Guide | Operation Client Diversity: Migrate Prysm to Teku
      • Guide: How to buy ETH
    • Cardano: ADA
      • Guide: How to Set Up a Cardano Stake Pool
        • PART I - INSTALLATION
          • Prerequisites
          • Hardening an Ubuntu Server
          • Setting Up chrony
          • Installing the Glasgow Haskell Compiler and Cabal
          • Compiling Cardano Node
        • PART II - CONFIGURATION
          • Downloading Configuration Files
          • Configuring Legacy Stake Pool Topology
          • Configuring an Air-gapped, Offline Computer
          • Creating Startup Scripts and Services
        • PART III - OPERATION
          • Starting the Nodes
          • Accessing Built-in Help
          • Generating Keys for the Block-producing Node
          • Setting Up Payment and Stake Keys
          • Registering Your Stake Address
          • Registering Your Stake Pool
          • Verifying Stake Pool Operation
          • Configuring Legacy Network Topology
          • Setting Up Dashboards
          • Configuring Slot Leader Calculations
          • Securing Your Stake Pool Using a Hardware Wallet
        • PART IV - ADMINISTRATION & MAINTENANCE
          • Checking Stake Pool Rewards
          • Claiming Stake Pool Rewards
          • Delegating to a Stake Pool
          • Issuing a New Operational Certificate
          • Updating Stake Pool Information
          • Upgrading a Node
          • Retiring Your Stake Pool
          • Auditing Your nodes configuration
          • KES Key Rotation / Operational Certificate Companion Script
        • PART V - TIPS
          • Submitting a Simple Transaction
          • Transferring Files Using SSH
          • Updating Configuration Files
          • Enabling Peer-to-peer Network Topology
          • Uploading Pool Metadata to GitHub Pages
          • Obtaining a PoolTool API Key
          • Configuring Glasgow Haskell Compiler Runtime System Options
          • Reducing Missed Slot Leader Checks and Improving Cardano Node Performance
          • Increasing Swap File Size
          • Setting Up an External Passive Relay Node
          • Setting Up WireGuard
          • Monitoring Node Security Using OSSEC Server and Slack
          • Resetting an Installation
          • Fixing a Corrupt Blockchain
          • Verifying an ITN Stake Pool
          • Fixing the Mnemonic Staking Balance Bug
        • Appendix A - Best Practices Checklist
        • Appendix B - Cardano Resource Index
        • Telegram Chat Channel
        • See Also
        • Credits
      • Guide: How to buy ADA
      • Guide: How to stake ADA
    • Monero: XMR
      • Guide | How to run your own Monero node
      • Guide: How to mine Monero
      • Create a XMR paper wallet
      • External Reading Material
        • Movie: Monero Means Money
        • Guide: Zero to Monero
        • Book: Mastering Monero
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  1. Coins
  2. Cardano: ADA
  3. Guide: How to Set Up a Cardano Stake Pool
  4. PART V - TIPS

Enabling Peer-to-peer Network Topology

PreviousUpdating Configuration FilesNextUploading Pool Metadata to GitHub Pages

The legacy network topology that Cardano uses relies on centralized servers. Development efforts continue to work towards removing security risks associated with centralization within the Cardano ecosystem. Since 2023, Cardano node software includes functionality supporting peer-to-peer network topology aiming to reduce centralization.

Currently, Input Output recommends the following configuration in a stake pool using peer-to-peer topology:

  • One relay node using legacy topology that is NOT registered on the blockchain

  • At least two additional relay nodes implementing peer-to-peer network topology

  • On the block-producing node, implementing peer-to-peer topology

To operate a relay node using peer-to-peer topology, you MUST register the relay on the blockchain. The requirement to register all relay nodes using peer-to-peer topology publicly may create a security risk. A relay node using legacy topology operates when registered or unregistered. The block-producing node connects only to relay nodes in your stake pool configuration. Do NOT register a block-producing node using peer-to-peer networking on the blockchain.

Using peer-to-peer topology requires maintaining the configuration. If the configuration for nodes using peer-to-peer topology is out of date and your stake pool falls behind in synchronizing with the network, then the nodes may not resynchronize until you update the configuration.

To enable peer-to-peer topology on a Cardano node:

  1. To register a relay node to participate in the Cardano peer-to-peer network, create a registration certificate for your stake pool that lists in the options the domain name or IP address of the relay node, as well as the port where the relay node listens, and then submit the registration certificate to the blockchain.

Submitting a registration certificate replaces any registration certificates that you submitted previously. For details on creating and submitting a registration certificate, see the topic .

  1. Using or another Cardano block explorer, confirm that the relay node you registered in step 1 appears as a relay for your stake pool.

When enabling peer-to-peer topology for a relay node, do NOT complete additional steps in the procedure until you successfully register the node on the blockchain. If a relay node using peer-to-peer topology is not registered, then other nodes in the peer-to-peer network will NOT connect to the relay.

  1. To stop the Cardano node, type sudo systemctl stop cardano-node

  2. Using a text editor, open the $NODE_HOME/config.json file for the node that you want to configure to use peer-to-peer topology, and then edit the following line:

"EnableP2P": true,
  1. Save and close the config.json file.

  2. Using a text editor, create a new file named $NODE_HOME/topology.json using syntax supporting peer-to-peer topology. For details on the syntax that peer-to-peer topology requires, visit .

  3. Using a text editor, update the value of the TOPOLOGY variable in the $NODE_HOME/startCardanoNode.sh script so that the node uses the new topology.json file that you created in step 6

  1. To start the node, type sudo systemctl start cardano-node

  2. To confirm that the node starts successfully, type journalctl -fu cardano-node and then monitor the log messages that display.

When a node operates using peer-to-peer topology, the gLiveView dashboard displays statistics reflecting the configuration in the CONNECTIONS area. For example:

│- CONNECTIONS --------------------------------------------------------│
│ P2P        : enabled   Cold Peers : 32        Uni-Dir    : 24        │
│ Incoming   : 19        Warm Peers : 30        Bi-Dir     : 47        │
│ Outgoing   : 50        Hot Peers  : 20        Duplex     : 0         │
│----------------------------------------------------------------------│

For more details on configuring the startCardanoNode.sh script to use the new topology.json file, see the topic .

For details on Cardano networking components, visit .

Registering Your Stake Pool
Cardanoscan
Understanding Configuration Files
Creating Startup Scripts and Services
Peer-to-peer (P2P) Networking