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  • Introduction
    • Quick Guide
    • GLIF Overview
    • Protocol Users
  • For Liquidity Providers
    • Benefits for token holders
    • GLIF Reward Mechanism - iFIL
    • Exit - Withdraw FIL
    • Asset Security
    • Risks
  • For Storage Providers
    • Benefits for Storage Providers
    • SP Liquidation Values
    • Borrowing Limits & DTL
    • Uses of Borrowed FIL
    • Liquidations
    • Borrowing Cost
    • Manage Miner Actors with Agents
    • Guarantor Model
  • Developer Resources
    • GLIF SDK
    • GLIF CLI
    • Deployed Contracts
  • TROUBLESHOOTING
    • FAQ
      • FAQ for Liquidity Providers
        • About GLIF
        • Deposit FIL
        • Withdraw FIL
        • Risk
        • Wallet Connection
        • GLIF Points
        • Miscellaneous
      • FAQ for Storage Providers
        • Borrow and Withdraw FIL
        • Key Financial Ratio
        • Payment
        • Liquidation
        • Agents
        • Transaction Issue
    • TUTORIALS
      • For Token Holders
        • Wallets
          • How to find your corresponding 0x/f410 wallet address
          • How to obtain a Ledger wallet as the intermediary wallet
          • How to obtain a burner wallet as the intermediary wallet
          • How to obtain a FilSnap wallet as the intermediary wallet
          • How to connect your wallet to Filecoin Mainnet
          • How to transfer FIL from a 0x address to an f1 address
          • How to create a multisig wallet on GLIF
        • Using the Pool
          • Deposit FIL into GLIF to earn rewards
          • How to deposit Filecoin from a hardware wallet with GLIF
          • How to deposit FIL to GLIF using multisig wallet
          • Withdraw FIL from GLIF
          • How to withdraw FIL from GLIF using a multisig wallet
        • Transfer FIL to/from exchanges
          • Transfer FIL between exchange and GLIF
          • Binance
            • Transfer FIL from Binance to GLIF
            • Transfer FIL from GLIF to Binance
          • MEXC
            • Transfer FIL from MEXC to GLIF
            • Transfer FIL from GLIF to MEXC
      • For Storage Providers
        • GLIF Agent Website Tutorial Part I— Preparation Setup
        • GLIF Agent Website Tutorial Part II — Create your Agent
        • GLIF Agent Website Tutorial Part III — Add Your Miner
        • How to withdraw FIL from the agent to an exchange at GLIF
      • How to Claim $GLF Airdrop
    • Glossary
    • Contact Us
  • Governance
    • Governance
    • Delegation
    • Proposals (GIPs)
    • Voting Process
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  1. For Storage Providers

Guarantor Model

Enable using miners as collateral for other miners

PreviousManage Miner Actors with AgentsNextGLIF SDK

Last updated 9 months ago

Sometimes SPs control multiple, individual Miner Actors. Each Miner Actor might be different in its collateral value, scalability, and geography. The guarantor model allows a single SP to aggregate multiple Miner Actors together, aggregating its equity and borrowing power. This architecture allows a big Miner Actor with large collateral value to post collateral for a much smaller Miner Actor to borrow funds.

Use a big Miner to act as borrowing collateral for a small Miner

The Miner Actor that serves as the collateral node does not need to be the Miner Actor that ends up receiving borrowed funds. See more information about aggregating borrowing power under the section.

Agents