Bedrock
  • 👋Introducing Bedrock
  • Bedrock LRT
    • 📖Introduction
      • 💡Intro to Liquid Staking
      • Intro to Liquid Restaking
        • 🔀Liquid Restaking with EigenLayer
        • 👼Liquid Restaking with Babylon
    • 📑How does LRT work in Bedrock
      • 🏛️High-Level Architecture
      • 🧇Modular Key Functions
    • BTCFI
      • BTCFI
      • BTCFI 2.0
    • 🪙Restaking Rewards
    • 💎Bedrock Diamonds
    • 💸Arbitrum Grant Airdrop
    • 🤝Referral Program
  • Security
    • ✅Audit reports
    • 📑Smart Contracts
      • uniBTC
      • uniETH
      • uniIOTX
      • brBTC
    • 🔐Oracle-less
    • 🛡️Battle Tested Protocol
  • Multi-Asset Liquid Staking
    • 🌟brBTC
      • 🗞️Introduction
      • 🪄Mint brBTC
      • Bridge
        • Step-by-step to bridge brBTC
    • 🅱️uniBTC
      • ▶️Introduction
        • 🪙BTC staking mechanism
      • 🎯Staking wrapped BTC in Bedrock
      • Bridge
        • Step-by-step to bridge uniBTC
      • Unstaking
        • 📖Step-by-step to unstake uniBTC
    • ✨uniETH
      • 🪨Introduction
      • Staking ETH
      • 🪙Unstaking uniETH
      • 💲Fees
    • 🏗️uniIOTX
      • 📃Introduction
      • ✨What's uniIOTX
      • 🪙Staking / unstaking IOTX
  • EigenLayer
    • 🔍Introduction to EigenLayer
      • 📈Why Restaking
      • 🎯Restaking
        • 🔏Non-Custodial Restaking
        • 🏬Delegation
        • 🚫Anti-slashing of Restaking
    • 🗳️Ecosystem
      • Actively Validated Services (AVS)
    • 💪Restaked Points
  • Babylon
    • 🔍Introduction to Babylon
      • Restaking
    • 💪Restaked Points
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  1. EigenLayer

Introduction to EigenLayer

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EigenLayer is a protocol built on Ethereum that introduces the concept of restaking, a new cryptoeconomic primitive. This allows users who stake ETH or a liquid staking token (LST) to opt-in to EigenLayer smart contracts. By doing so, they can restake their ETH or LST, extending cryptoeconomic security to additional applications on the network and earning extra rewards.

The primary motivation behind EigenLayer is to enable Ethereum stakers to secure multiple services simultaneously by reusing their staked ETH. This pooling of security reduces capital costs for stakers and enhances trust guarantees for individual services. EigenLayer addresses the challenge of decentralized services needing to establish their own trust networks by allowing any service, regardless of its composition, to tap into the pooled security provided by Ethereum's stakers. This promotes permissionless innovation and free-market governance in the Ethereum ecosystem.

EigenLayer introduces several key features in the context of Ethereum staking and cryptoeconomic security:

  1. Restaking for Decentralization;

  2. Custom Slashing Mechanisms;

  3. Operator Delegation;

Find out more on EigenLayer's .

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