Inverter Documentation
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  • Getting Started
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    • What is Inverter Network
    • The Inverter Protocol
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      • getDeployWorkflowOptions
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      • Factories
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          • IModuleFactory_v1.sol
          • IOrchestratorFactory_v1.sol
        • ModuleFactory_v1.sol
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          • ModuleManagerBase_v1.sol
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          • IModuleManagerBase_v1.sol
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              • IAUT_EXT_VotingRoles_v1.sol
              • IAUT_TokenGated_Roles_v1.sol
            • AUT_EXT_VotingRoles_v1.sol
            • AUT_Roles_v1.sol
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          • IModule_v1.sol
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            • FM_DepositVault_v1
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              • BondingCurveBase_v1.sol
              • RedeemingBondingCurveBase_v1.sol
              • VirtualCollateralSupplyBase_v1.sol
              • VirtualIssuanceSupplyBase_v1.sol
            • Formulas
              • BancorFormula.sol
              • Utils.sol
            • Interfaces
              • IBancorFormula.sol
              • IBondingCurveBase_v1.sol
              • IFM_BC_Bancor_Redeeming_VirtualSupply_v1.sol
              • IRedeemingBondingCurveBase_v1.sol
              • IVirtualCollateralSupplyBase_v1.sol
              • IVirtualIssuanceSupplyBase_v1.sol
            • FM_BC_Bancor_Redeeming_VirtualSupply_v1.sol
            • FM_BC_Restricted_Bancor_Redeeming_VirtualSupply_v1.sol
            • FM_BC_Tools
          • IFundingManager_v1.sol
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            • ERC20PaymentClientBase_v1.sol
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              • UMA Optimistic Oracle V3
                • Optimistic Oracle V3
                  • Interfaces
                    • OptimisticOracleV3CallbackRecipientInterface.sol
                    • OptimisticOracleV3Interface.sol
                  • AncillaryData.sol
                  • ClaimData.sol
                • IOptimisticOracleIntegrator.sol
                • OptimisticOracleIntegrator.sol
          • Interfaces
            • IERC20PaymentClientBase_v1.sol
            • ILM_PC_Bounties_v1.sol
            • ILM_PC_KPIRewarder_v1.sol
            • ILM_PC_PaymentRouter_v1.sol
            • ILM_PC_RecurringPayments_v1.sol
            • ILM_PC_Staking_v1.sol
          • LM_PC_Bounties_v1.sol
          • LM_PC_KPIRewarder_v1.sol
          • LM_PC_PaymentRouter_v1.sol
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          • LM_PC_Staking_v1.sol
        • Payment Processor
          • Interfaces
            • IPP_Streaming_v1.sol
          • IPaymentProcessor_v1.sol
          • PP_Simple_v1.sol
          • PP_Streaming_v1.sol
        • Lib
          • LibMetadata.sol
          • LinkedIdList.sol
          • SafeMath.sol
      • External
        • Fees
          • Interfaces
            • IFeeManager_v1.sol
          • FeeManager_v1.sol
        • Forwarder
          • Interfaces
            • ITransactionForwarder_v1.sol
          • TransactionForwarder_v1
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          • Interfaces
            • IGovernor_v1.sol
          • Governor_v1.sol
        • Reverter
          • InverterReverter_v1.sol
        • ERC20Issuance
          • Interfaces
            • IERC20Issuance_v1.sol
          • ERC20Issuance_v1.sol
        • Interfaces
          • IERC2771Context.sol
      • Proxies
        • Interfaces
          • IInverterBeacon_v1.sol
          • IInverterProxyAdmin_v1.sol
          • IInverterTransparentUpgradeableProxy_v1.sol
        • InverterBeacon_v1.sol
        • InverterBeaconProxy_v1.sol
        • InverterProxyAdmin_v1.sol
        • InverterTransparentUpgradeableProxy_v1.sol
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  • Fee Strategy
  • Governance of Fee Settings
  1. Concepts
  2. Protocol Concepts

Fees

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Last updated 11 months ago

Inverter Protocol adopts a simplified yet flexible fee structure to facilitate both ease of use and adaptation to diverse operational needs within the protocol.

Fee Strategy

The protocol employs a two-tier fee system consisting of:

  • Global Default Fee

  • Workflow-Specific Fee

Note: Not all functions incur fees. Function which collect fee have to have this feature added explictly.

Global Default Fees

These baseline fees percentages are applied across the functions implementing a fee deduction, unless overridden by specific conditions.

  • Default Collateral Fee: Applies to transactions involving collateral, such as depositing collateral to mint the issuance token or other collateralized operations.

  • Default Issuance Fee: Applies to transactions involving the workflow's issuance token, such as redeeming the issuance token for collateral.

Workflow-Specific Fees

The protocol allows for fee customization on a per-workflow, per function basis to accommodate diverse needs within the ecosystem. This flexibility ensures fees can be tailored to specific economic and operational conditions.

  • Collateral Workflow Fee: This fee can be set for specific workflow functions to handle collateral differently than standard operations.

  • Issuance Workflow Fee: Similar to collateral fees, issuance fees can also be adjusted for particular workflow functions.

Fee Decision Logic

A clear and streamlined process determines which fee to apply:

  1. Workflow-Specific Check: The system first checks if a workflow-specific function fee has been set for the.

  2. Global Default Fallback: If no specific setting is found, the transaction defaults to the global fee.

This approach minimizes complexity while offering the flexibility to address specific scenarios effectively.

Governance of Fee Settings

Control over fee settings is rigorously governed to align with broader community interests and protocol security standards. See our dedicated page for more information.

Governance