CoinFello Publicly Launches Fello 1 for General-Purpose DeFi
Fort Worth, Texas, June 11th, 2026, Chainwire
CoinFello, the first self-sovereign AI agent for executing and automating DeFi, today announced the launch of Fello 1, a major upgrade to its agent that enables users to interact with any EVM-compatible smart contract whilst providing new capabilities, new pools, and new protocols to arrive without code releases. The launch expands CoinFello from a special-purpose into a general-purpose AI crypto agent focused first and foremost on simplifying the DeFi experience of providing liquidity (LP).
Beyond its core capabilities of sending, swapping, bridging, and staking, Fello 1 now can help users open LP positions in Uniswap V2, V3, and V4 and execute multi-step DeFi transactions without requiring protocol-specific interfaces or pre-built integrations. The system operates through a self-custodial delegation model, allowing users to maintain control of their wallets and private keys while granting agents limited permissions based on user-defined rules.
The release builds on CoinFello’s earlier launches, including Fello 0 and the CoinFello agent skill, a wallet delegation framework that enables secure agent permissions. Fello 1 is built using MetaMask Smart Accounts standards, including ERC-7710 and ERC-7715 delegation capabilities.
In addition to being general purpose, Fello 1 improves the LP experience for DeFi users. Fello 1 does all the math, monitors the live position, and demonstrates in/out-of-range and recommendations and impermanent loss clearly so users see the real return.
“Concentrated liquidity has been one of the highest-yield opportunities in DeFi for years, but the complexity kept most people out,” said jacobc.eth. Co-Founder & CEO. Tick math, fee tiers, position monitoring, impermanent loss: it takes real work to do it well. Fello 1 takes all of that on directly, so users get the yield without needing to manage the mechanics themselves. And they keep their keys the entire time.”
Unlike narrowly integrated DeFi assistants, Fello 1 is designed to interact directly with EVM smart contracts through generalized execution capabilities. The company said this enables broader protocol coverage and faster expansion of supported functionality without requiring dedicated integrations for every new application.
Current live capabilities include liquidity position management, multi-step transaction execution, ERC-4626 vault interactions, and integrations with protocols including Aave, Uniswap V2, Uniswap V3, and Uniswap V4. CoinFello said additional improvements to other protocols, including Pancakeswap and Aerodrome, are expected in future updates.
The launch comes amid growing interest in AI-powered crypto infrastructure and conversational blockchain interfaces. CoinFello positions Fello 1 as an execution layer for users seeking simplified access to decentralized finance while maintaining direct control over transaction approvals and wallet permissions.
“Many AI agents in crypto today either rely on custodial systems or are limited to narrow workflows,” said MinChi, Co-Founder & COO. “We believe the next phase of onchain AI will require systems that can operate across the full breadth of EVM applications while keeping users directly involved in every transaction decision.”
CoinFello emphasized that Fello 1 is not designed as an autonomous trading bot. Users review and approve each transaction before execution, and delegation permissions can be modified or revoked at any time.
The Fello 1 launch campaign is live today. Existing CoinFello users can access Fello 1 immediately, while new users can create accounts through the CoinFello application.
About CoinFello
CoinFello is an AI agent platform for researching, executing, and automating onchain actions. Using plain language, users can send, swap, bridge, stake, create LPs, and automate crypto activity across EVM-compatible networks while maintaining full custody of their wallets and private keys. CoinFello uses a delegation model that gives AI agents only the permissions users choose to grant.