Solv Protocol
  • Welcome to Solv
    • Introduction
    • State of Bitcoin Staking
    • The On-Chain Bitcoin Reserve
  • SOLV Token
    • SOLV Tokenomics
    • Claiming SOLV
      • Claiming SOLV from a Multi-sig Wallet
      • Claiming SOLV as Flexible Voucher Holders
    • Governance
  • Key Products
    • SolvBTC
    • SolvBTC LSTs
      • LST Suite
      • Yield Related Address
    • DeFi Vaults
    • Bitcoin Reserve Offerings
  • Staking Abstraction Layer (SAL)
    • Introduction
      • The Challenges with Bitcoin Staking
      • What is SAL?
    • Architecture
      • The Ecological View
        • The Staking Protocols
        • The LST Issuers
        • The Staking Guardians
        • The Yield Distributors
      • The Technical Architecture
        • The Staking Abstraction Matrix
        • LST Issuance Services
        • Staking Verification Services
        • Transaction Building Services
        • Yield Distribution Services
      • Diverse Yield Streams Accessible Through SAL
  • Security
    • Solv Guard
    • Smart Contract Governance
    • Smart Contract Audits
      • Audits
  • USER GUIDE
    • Deposit BTCB in Binance MegaDrop
    • Claim BABY as xSolvBTC Holders
  • Developer Guide
    • Core Components
      • Price Oracles
      • Cross-chain Bridge
    • Smart Contracts
      • Technical Architecture
      • Asset Storage & Representation
      • LST Oracle Mechanism
      • Contract Addresses
    • Integrations
      • SolvBTC and SolvBTC.LSTs
      • Data Services
        • SolvBTC/SolvBTC.LSTs storage pools
        • User Assets
      • SAL Services
    • Code Repo
  • Legal
    • Terms of Use
    • Privacy Policy
    • Cookie Policy
    • Disclaimer
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  1. Staking Abstraction Layer (SAL)
  2. Architecture
  3. The Technical Architecture

The Staking Abstraction Matrix

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Last updated 3 months ago

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The core data model of the Staking Abstraction Layer (SAL), known as the Staking Abstraction Matrix, is a crucial tool for abstracting various staking processes. This matrix consolidates data model for Bitcoin staking, including Bitcoin script configurations, staking transaction parameters, LST contract parameters, and yield distribution rules. These parameters are not only shared across the different modules within the SAL but also with all participants involved in the staking process. This ensures that all components work together seamlessly. Through this sharing mechanism, different participants can access the relevant information based on their roles, enabling a more efficient and transparent staking process.

The current version of the Staking Abstraction Matrix (SAM) includes the parameters listed below. As the system evolves, more protocols, chains, and parameters will be added to enhance its functionality and coverage.

Staking Abstraction Matrix