LogoLogo
  • Persistence Hub
    • 👓Overview
    • 🌐Persistence Ecosystem
  • Begin & Explore
    • 🔏Wallet Setup
    • 📓Getting Your Persistence Address
    • 💰Acquiring $XPRT Tokens
  • Products
    • 🦾Persistence DEX (V1)
      • 📘Introduction
      • 📖Guides
        • 👨‍💼Managing Assets
        • 💱Trading Assets
        • 🚰Providing Liquidity
        • ⛓️Bonding/Unbonding Tokens
        • 🎉Claiming Rewards
        • 🏗️Creating New Pool
          • 🌀Metastable Pool
          • ⚖️Weighted Pool
          • 🧊Stable Swap Pool
      • 🏊‍♂️Pools
      • ⚡Instant LP Unbonding
      • 🎁Tradooor Rebate Program
      • 💰Fees
      • 🏆Rewards
      • ⚙️Technical Architecture
    • Bitcoin Cross-Chain Swaps (V2)
      • 🌟Introduction
      • 📚Fundamentals
        • 💱BTCfi
        • 🌉Bitcoin Layer 2s
        • Interoperability for BTCfi
        • 💡Intents for Blockchain Interoperability
      • 🔀Traditional Bridges vs. Intent-Based Swaps
      • ⚙️Product Mechanism
  • 💂Security
    • 📖Audits
  • Participate & Explore
    • $XPRT Token
      • 🛒Acquire
      • 📈Stake
      • 🏛️Governance
    • 🖥️Alternative Frontends
      • 🔃Hosting IPFS Versions with Pinata
      • 🤖IPFS Automation
    • 💼Wallets
    • 🔍Explorers
    • 💸Grants
  • Persistence Core-1 Chain
    • 🟢Running Nodes
      • Run a Local Node
      • Run a Testnet Node
      • Run a Mainnet Node
      • Node operations
        • State Sync
        • Run in the background
        • Cosmovisor upgrades
        • Manual upgrades
      • Seed & Peers
    • Public Infrastructure
      • Persistence Testnet
      • Endpoints
      • Snapshots & Archival Nodes
      • Faucets
      • Chain Registry
    • 🛡️Validators
      • Validate on Testnet
      • Validate on Mainnet
      • Validator Communication
    • 📡Relayers
      • IBC Channels
      • IBC Relayers
      • Relay on Mainnet
      • Relay on Testnet
    • 🫗Liquid Staking Module
      • For Validators
    • 📄Smart Contracts
      • Overview
      • Uploading a Contract
    • 👨‍💻Developer Tools
      • Persistence JS
      • Persistence SDK
    • ⚒️Community Tools
  • Community & Support
    • 🇹🇰Foundation Delegations
      • ➡️Round 1 - Closed
      • ➡️Round 2 - Closed
      • ⭐Bonus Delegation
      • ➡️Round 3 - Delegation Period Over
    • ⭕Coin-type Migration from 750 to 118
      • Persistence Wallet
      • Keplr Wallet
      • Ledger Hardware Wallet
      • Cosmostation Wallet
      • Coin98 Super Wallet
      • Math Wallet
      • Leap Wallet
      • Citadel Wallet
    • 🌎Geofencing on Persistence
    • 😍Connect & Follow
Powered by GitBook
On this page
  • What are Bitcoin Layer 2s?
  • How Do Bitcoin Layer 2s Work?
  • What do Bitcoin Layer 2s Offer?

Was this helpful?

Edit on GitHub
  1. Products
  2. Bitcoin Cross-Chain Swaps (V2)
  3. Fundamentals

Bitcoin Layer 2s

What are Bitcoin Layer 2s?

Bitcoin Layer 2s (L2s) are solutions built on top of the Bitcoin blockchain to:

  • Enhance scalability and composability.

  • Introduce features that extend Bitcoin’s functionality beyond its native capabilities.

How Do Bitcoin Layer 2s Work?

  • Independent blockchains: L2s operate as separate execution layers while leveraging Bitcoin’s base layer for settlement.

  • Transaction processing: L2s compute transactions and submit the details to Bitcoin’s main layer for consensus.

  • Gas token usage: Many L2s use BTC as their gas token, maintaining close integration with the Bitcoin ecosystem.

What do Bitcoin Layer 2s Offer?

  • Enhanced scalability: Increased transaction throughput compared to the main Bitcoin blockchain.

  • Smart contract capabilities: L2s introduce programmability, enabling features like DeFi and dApps on Bitcoin.

  • Inheriting Bitcoin’s security: By using Bitcoin for settlement, L2s benefit from its robust security model.

PreviousBTCfiNextInteroperability for BTCfi

Last updated 5 months ago

Was this helpful?

📚
🌉