MilkyWay Docs
  • INTRODUCTION
    • Welcome to MilkyWay
    • Mission and Vision
    • MILK
      • Staking
        • Quick Start
      • Governance
        • Quick Start
      • Network Parameters
        • Chain Registry
      • Tokenomics
  • User Guides
    • For Liquid Stakers
      • Celestia (milkTIA)
        • Quick Start
        • Using third party apps
          • Camelot
          • Demex
          • Dymension
          • Levana
          • Margined
          • Mars
          • Osmosis
          • UX
      • Initia (milkINIT)
        • Quick Start
        • Using third party apps
      • Babylon (milkBABY)
        • Quick Start
        • Using third party apps
    • For Restakers
      • Quick Start
      • Creating a wallet
      • Restaking your assets
    • Bridging
      • Hyperlane
      • IBC Eureka
  • Infrastructure Operators
    • For Validators
      • Quick Start
      • Consesus node
      • Validator node
  • For Operators
    • Quick Start
    • Operator Management
    • Opt-in and Opt-out Services
  • For Developers
    • Quick Start
    • Service Management
    • Inviting Operators to Join Your Service
    • Creating Rewards Distribution Plan
  • Architecture
    • Modular Liquid Staking
      • Overview
      • Liquid Staking 101
      • Celestia (milkTIA)
        • Technical Architecture
          • Liquid Staking Process
          • Withdrawal Process
          • Exchange Rate
          • Compound Staking Rewards
          • Claim Process
          • Limits and Restrictions
        • Integrating with milkTIA
          • Contract Specifications
          • APIs specification
      • Initia (milkINIT)
        • Technical Architecture
          • Liquid Staking Process
          • Withdrawal Process
          • Exchange Rate
          • Compound Staking Rewards
          • Claim Process
          • Limits and Restrictions
        • Integrating with milkINIT
          • Liquid staking module specifications
          • Chains specifications
      • Bablyon (milkBABY)
        • Technical Architecture
          • Liquid Staking Process
          • Withdrawal Process
          • Exchange Rate
          • Compound Staking Rewards
          • Claim Process
          • Limits and Restrictions
        • Integrating with milkBABY
          • Liquid staking module specifications
          • Chains specifications
    • Modular Restaking
      • Overview
        • Technical Architecture
        • Design Philosophy
        • Programmable Rules
        • Economic Model
        • Use Cases
      • Restaking 101
      • Modules
        • x/assets
        • x/ibc-hooks
        • x/liquidvesting
        • x/operators
        • x/pools
        • x/restaking
        • x/rewards
        • x/services
        • x/tokenfactory
  • SECURITY
    • Audits
    • Bug Bounty Program
  • APPENDIX
    • Official Links
    • Frequently Asked Questions
    • Glossary
    • Branding Resources
    • Whitepaper (PDF)
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On this page
  • Purpose of MILK Staking
  • How MILK Staking Works
  • Incentive Design
  • Slashing
  • Why Stake MILK?
  1. INTRODUCTION
  2. MILK

Staking

An overview of native staking on the MilkyWay Layer-1. For step-by-step instructions or live parameters, jump to Quick Start and Network Parameters.

Purpose of MILK Staking

MilkyWay uses a Proof-of-Stake (PoS) consensus similar to other Cosmos-SDK chains. Staking MILK serves four critical roles:

  • Security: Bonded tokens give validators economic skin in the game. Slashing makes attacks prohibitively expensive.

  • Economic Alignment: Inflationary block rewards flow to stakers, aligning long-term holders with network growth.

  • Governance: Staked MILK determines voting power for onchain proposals (parameter changes, treasury spends, new feature deployments).

  • Fee Recycling: Gas fees and restaking fees collected by the protocol are partially redirected to the staking reward pool.

How MILK Staking Works

  • Bonding: A delegator locks MILK to a validator address.

    • Through delegating(staking), validators' voting power increase.

  • Consensus: Validators run CometBFT to propose, validate blocks proportional to stake weight.

    • Validators are responsible for new blocks and network liveness.

  • Rewards: Every block, the chain mints new MILK and shares collected fees. Rewards accrue to each delegator (minus validator commission).

    • Staking rewards provide APY for stakers.

  • Governance: Voting power is proportional to the total bonded MILK. Delegators automatically inherit their validator's vote but can ovverride it.

    • Onchain decisions follow the result of governance proposals.

  • Unbonding: Delegators submit MsgUndelegate to begin unbonding. Unbonding tokens enter a 21 day unbonding period (subject to change via governance).

    • Tokens are illiquid during unbonding.

  • Slashing: Double signing or extended downtime triggers automatic burn of a % of bonded MILK and jails the validator.

    • Slashing serves as an economic penalty to keep the validators honest.

Incentive Design

  • Base Inflation: Dynamic, targeting a bonded ratio sweet spot of 60%.

  • Block Fees: Gas fees are distributed to the same reward pool.

  • Validator Commission: each validator sets a commission that is skimmed before rewards reach delegators.

Slashing

  • Double signing: A portion of validator voting power is slashed and jailed. Delegators are automatically unbonded.

  • Downtime: Gradual slashing after missed block threshold, encouraging high uptime.

Why Stake MILK?

  • Protect against inflation: MILK supply expands, and staking offsets dilution.

  • Earn yield: validator commissions aside, the APY is paid in MILK.

  • Secure the network: delegators help validators finalize blocks.

  • Governance rights: vote Yes / No / NoWithVeto / Abstain on proposals.

  • Airdrops: new chains may snapshot staked MILK balances.

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Last updated 4 days ago