> For the complete documentation index, see [llms.txt](https://functor.gitbook.io/functor-network-docs/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://functor.gitbook.io/functor-network-docs/use-cases/liquidity-abstraction.md). # Liquidity Abstraction Today's DeFi ecosystem suffers from **fragmented liquidity**, scattered across countless different chains, protocols, and pools. \ \ Functor solves this by creating a layer of **liquidity abstraction**, allowing users and agents to treat the entire multi-chain financial landscape as a single, unified pool of capital. This is made possible by combining a **single signer** identity with our **cross-chain execution** logic. \ \ An autonomous agent can seamlessly tap into liquidity wherever it exists - to find the best swap price, the highest yield, or the lowest borrowing rate - without the user needing to manually bridge assets or manage different accounts. ### Demo: Automated Cross-Chain Liquidity Pool Management. **Controlled by the user, managed by an AI agent, powered by Functor.** {% embed url="" %} ### **Automated Liquidity Provision** Agents can automatically move liquidity to DeFi pools with the highest yield or lowest slippage across any chain, ensuring capital is always in its most productive location. ### **Enhanced Capital Efficiency** This abstraction eliminates idle capital. Assets can be moved and utilized instantly where they are most needed, responding in real-time to market opportunities across any ecosystem. ### **Simplified User and Developer Experience** For users, this means accessing deep liquidity for any action without worrying about the underlying chain. \ For developers, it means building applications that can leverage a global pool of capital from day one.