# Mimic

> A programmable layer for onchain products

Mimic is a programmable infrastructure platform for onchain automation. It provides wallet infrastructure, orchestration, and execution tools used by developers, fintechs, and asset managers.

Mimic is a programmable infrastructure platform that helps teams build and operate onchain products. It provides a layer for wallet infrastructure, workflow orchestration, transaction execution, security and policy controls, and onchain data, aimed at developers, fintech companies, and asset managers who need to automate recurring blockchain operations.

The platform addresses the manual overhead involved in running onchain operations by letting users connect approvals, transactions, and conditions into repeatable workflows. It supports automated vaults for managing deposits, allocations, and rebalances, recurring operational tasks across nodes and networks, subscription based payment flows, and intent based execution across chains and liquidity sources. Policy and security controls are built into the execution layer so operations can run continuously without constant manual oversight.

Its flagship offerings include Harbor, a tool for turning strategies into execution, along with a fee collector product for routing collected fees to wallets, teams, or partners. Additional solutions cover gasless operations and multichain solvers for completing cross chain intents. Mimic is used by developers building onchain applications, fintech companies automating payment and treasury flows, and asset managers coordinating multi step DeFi strategies.

- Type: Project
- Sector: Infrastructure
- Status: Active
- Founded: 2021-01-01
- Profile: https://thegrid.id/profiles/mimic

## Products

- [Mimic Protocol](https://thegrid.id/profiles/mimic): Mimic Protocol is a permissionless, non-custodial, intent-based blockchain execution protocol that powers automation across decentralized applications. It works through a planning layer where users define functions that generate intents, an execution layer where a coordination engine broadcasts intents to competing solvers, and a security layer where settler contracts verify execution against user-defined constraints. Developers and builders use it to create deterministic, verifiable automation such as rebalancing, fee routing, or conditional transfers across multiple blockchains. (Developer Tooling, Early access, Main Product)
- [Harbor](https://thegrid.id/profiles/mimic): Harbor is an automation platform for asset managers to allocate, rebalance, and operate positions across chains from a single Safe wallet. It runs policy-bound strategies such as portfolio rebalancing, liquidation protection, yield rotation, and emergency exits, executing only when predefined whitelists, spending limits, and pause conditions are satisfied. Teams choose ready-made strategies or custom logic, set the governing policy, and let the system execute non-custodially without exposing private keys. Support for additional networks and deeper protocol integrations is expanding beyond the initial set of covered chains. (Early access)
- [Fee Collector](https://thegrid.id/profiles/mimic): Fee Collector is an automation solution that swaps collected tokens into a designated asset and routes proceeds to wallets, teams, or partners across chains. It uses Mimic Protocol's function-based execution to detect incoming fees, convert them via decentralized liquidity sources, and deliver settled funds to specified destinations without manual intervention. Businesses and protocols use it to automate recurring fee collection and distribution workflows across multiple blockchains. (Live)

## Links

- [Main](https://mimic.fi)
- [Documentation](https://docs.mimic.fi)
- [Blog](https://medium.com/mimicfi)
- [Whitepaper](https://www.mimic.fi/documents/Mimic_Protocol_Whitepaper.pdf)
- [Media Kit/branding](https://docs.mimic.fi/resources/press-kit)
- [Twitter / X](https://x.com/mimicfi)
- [GitHub](https://github.com/mimic-fi)
- [LinkedIn](https://www.linkedin.com/company/mimic-finance)
- [Discord](https://discord.com/invite/qr2ywWuhxe)

## Legal

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- [Data Licensing & Disclaimers](https://about.thegrid.id/legal/data-licensing-and-disclaimers): Licensing models and disclaimers
- [Open Data (ODbL)](https://about.thegrid.id/legal/open-data): Open Database License terms and scope for The Grid's open data service.
- [Attribution Guidelines](https://about.thegrid.id/legal/open-data-attribution-guidelines): How to attribute The Grid's data when using the open data service.
- [Web Services Terms](https://about.thegrid.id/legal/web-services-terms): commercial Terms for using data services.
- [All Legal Documents](https://about.thegrid.id/legal): Full index of terms, policies, and disclosures

## Optional

- [TGS Field Descriptions](https://github.com/The-Grid-Data/workspace-public/blob/main/references/tgs-field-descriptions.md): Schema field definitions for The Grid's data model
- [TGS JSON Structure](https://github.com/The-Grid-Data/workspace-public/blob/main/references/tgs-json-structure.md): Data model structure and relationships
- [Product Type Definitions](https://github.com/The-Grid-Data/workspace-public/blob/main/references/product-type-definitions.md): Definitions for each product type
- [Product Type Classification](https://github.com/The-Grid-Data/workspace-public/blob/main/references/product-type-classification.md): Guide for classifying products into types
- [Grid MCP Guide](https://github.com/The-Grid-Data/workspace-public/blob/main/grid-search/skills/grid-query/references/grid-mcp-guide.md): How to query The Grid programmatically via MCP