Tooling for curators

Essential tooling for curators

Gearbox goes beyond providing just a protocol by offering a complete ecosystem of tools tailored for curators. These tools enable:

• Market Configuration: Safely set up and manage lending markets with intuitive interfaces.

• Transaction Integrity: Ensure the accuracy and security of transactions before they are executed onchain.

• Pre-Deployment Testing: Test changes in a controlled environment to validate configurations and prevent errors.

• Multi-Chain Support: Operate seamlessly on almost any EVM-compatible blockchain.

Curation Supply Chain

The curation supply chain in Gearbox is supported by a set of specialized tools designed to streamline market deployment and transaction management while prioritizing security and transparency.

Permissionless Interface

• URL: https://permissionless.gearbox.foundation/curators

• Purpose: Enables curators to create transaction batches for market deployment and configuration using human-readable tables. The interface generates transaction data, which is uploaded to IPFS, with the Content Identifier (CID) signed by the GIP creator to prevent phishing.

• Note: This interface can't modify onchain state directly; it consists both of a frontend and backend maintained by Gearbox contributors. Therefore it shouldn't be perceived as a final source of truth for onchain state or actions.

Permissionless Safe

• URL: https://safe.gearbox.finance/

• Repository: https://github.com/Gearbox-protocol/permissionless-safe

• Purpose: An open-source, IPFS-hosted version of the Safe Multisig UI designed to review and sign transactions securely in a human-readable format. It eliminates backend dependencies to mitigate risks like Bybit-type attacks and performs checks of IPFS CID signature to prevent phishing.

• Note: The open-source nature and IPFS hosting ensure users can verify the code's integrity.

Anvil Fork-Based Simulations

• Purpose: A unique Gearbox service that allows curators to test market configurations and transaction changes on a fork of the blockchain before onchain execution. This ensures the correctness of state changes and supports testing of various Gearbox components, including liquidators, routers, and frontends.