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🧱 How to Run a Node on Mitosis mainnet (part 1)

A step-by-step guide for setting up a full node in the Mitosis ecosystem

Mitosis is a modular Layer 1 blockchain that blends Cosmos-based consensus with EVM execution. Running a node helps you sync with the network, explore data locally, and prepare for validator participation.

In this guide, we’ll walk you through everything you need to deploy a Mitosis node — from system setup to running the chain.

🔧 Suggested System Requirements

⚠️ Official specs are not yet finalized. These are based on standard Cosmos/EVM validator infrastructure.
RequirementRecommended
OSUbuntu 20.04+
CPU4+ core processor
RAM16 GB
Storage1 TB SSD
Network100 Mbps (stable connection)
ToolsDocker, Make, Git

🛠 Step-by-Step Setup Guide

✅ Step 1: Clone the Repository

First, download the Mitosis source code:

bashCopyEditgit clone https://github.com/mitosis-labs/mitosis
cd mitosis

✅ Step 2: Install Dependencies

Install the required components and build the node binary:

bashCopyEditmake install

This will install Go, Docker dependencies, and compile mitosisd.

✅ Step 3: Initialize Your Node

Initialize the configuration and genesis files:

bashCopyEditmake mitosisd-init

This creates the default configuration in .mitosis/ and prepares your node for syncing.

✅ Step 4: Run the Node

Start syncing with the Mitosis network:

bashCopyEditmake mitosisd-run

The node will begin to connect, fetch blocks, and catch up with the chain.

You can monitor logs and ensure the sync progresses as expected.

🔍 What You Can Do Next

Once the node is fully synced:

  • ✅ Query on-chain data locally
  • ✅ Prepare for validator registration
  • ✅ Support the network with RPC/API services
  • ✅ Explore governance participation via gMITO
  • ✅ Upgrade to a validator by staking MITO (see Validator Guide)

🧬 About Mitosis Node Architecture

  • Consensus Layer: Cosmos SDK + CometBFT
  • Execution Layer: EVM-based smart contract engine
  • Validator Collateral: MITO is staked on the consensus layer
  • Governance Power: gMITO (DNA program)
  • Rewards System: LMITO (linearly unlocked MITO earned via governance)

Validators help finalize blocks, process EVM transactions, and earn rewards through their active participation.

📚 Resources

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