OriginTrail
  • Get started with OriginTrail
  • OriginTrail Ecosystem — Call for Papers (Coming Soon)
  • Key Concepts
    • Decentralized Knowledge Graph (DKG)
    • DKG key concepts
  • Build with DKG
    • Quickstart (test drive the DKG in 5 mins)
    • ChatDKG builder toolkit
      • DKG SDK
        • Development environment setup
        • DKG Javascript SDK (dkg.js)
          • Interact with DKG paranets
          • Knowledge submission & curation
          • Paranet's incentives pool implementation
        • DKG Python SDK (dkg.py)
      • DKG paranets
        • Deploying a DKG paranet
        • Building with DKG paranets
        • Syncing a DKG Paranet
        • Initial Paranet Offerings (IPOs)
          • IPO specification
          • Launching your IPO
          • Paranet's incentives pool
          • IPO voting
      • AI agents
        • ElizaOS DKG agent
        • Custom DKG Python agent
        • Custom DKG JavaScript agent
    • DKG Edge Node
      • DKG Edge Node architecture
      • Get started with the Edge Node boilerplate
        • Automated setup with the installer
        • Manual setup
        • Usage example
      • Customize & build with the Edge Node
      • Knowledge Mining and dRAG examples
      • DKG Edge Node inception program
      • DKG Edge Node API documentation
    • DKG Core Node
      • Run a V8 Core Node on testnet
        • Preparation for V8 DKG Core Node deployment
        • V8 DKG Core Node installation
      • Run a V8 Core Node on mainnet
        • Preparation for V8 DKG Core Node deployment
        • V8 DKG Core Node installation
  • Delegated staking
    • Delegated staking—Introduction
      • Step-by-step staking
      • Redelegating stake
  • Integrated Blockchains
    • Base blockchain
      • Connect to Base
    • Gnosis chain
      • Connect to Gnosis
    • NeuroWeb
    • Teleport instructions - NeuroWeb
    • Bridging to Moonbeam
    • Deployed smart contracts
  • Bounties & rewards
    • General bug bounty
    • Code contributions & V8 bug bounty
  • Whitepapers & RFCs
    • OriginTrail whitepaper
    • OriginTrail RFCs
  • Useful Resources
    • What's new with OriginTrail V8
    • DKG V8 guidebook
      • Protocol updates
      • Feature roadmap
      • How to upgrade to V8?
    • Public nodes
    • Tutorials
    • Test token faucet
    • Development principles
    • Community created resources
    • Linked data & knowledge graphs
    • Available networks, network details and RPCs
    • OT Node Engine implementation details
      • Modules
      • Command Executor
    • Contribution guidelines
      • Guidelines for automated test contributions
    • Explore the OriginTrail ecosystem
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  • Congratulations! You have just set up your OriginTrail DKG node!
  • OriginTrail DKG node useful commands:
  • Monitoring node operations & rewards

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  1. DKG V6 (previous version)
  2. Running DKG nodes

Verify installation

Last updated 11 months ago

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If your installation has been successful, your node will show the “Node is up and running!” log as shown in the example image below:

Congratulations! You have just set up your OriginTrail DKG node!

OriginTrail DKG node useful commands:

Starting your node: otnode-start

Stopping the node: otnode-stop

Restarting the node: otnode-restart

Showing node logs: otnode-logs

Opening the node config: otnode-config

Monitoring node operations & rewards

It is essential that you familiarise yourself with the tokenomics of v6 and the services your node will be performing. A good understanding will be crucial for you to set up your node tokenomics settings in a way that you find optimal for your node. The OriginTrail V6 service market is an open market and requires all OriginTrail Nodes to provide a public “service ask” amount in TRAC.

The OriginTrail V6 node also needs to maintain a constant connection to the blockchains it operates with via dedicated blockchain RPC endpoints (it supports multiple RPC endpoints for one blockchain, which allows for resiliency in case of RPC downtime).

Over the course of time your node will provide different services to the DKG users as part of the DKG Service market (e.g. your node will receive requests from the network, such as requests to index assets or fetch their state). To be able to provide these services, your node needs to maintain assets (and their associated assertions) in their original form and occasionally provide proofs of utility to the blockchain. Therefore it is essential that you keep your node running with as high uptime as possible, so it is able to answer requests and perform its activities. More details on the functioning of the service market and tokenomics behind it can be found in .

OT-RFC-14
Example of a successfully installed node