1inch Opens 15 DeFi APIs to AI Agents with New Protocol
The 1inch Network announced an enhancement to its business portal on March 30, 2026, rolling out the 1inch Model Context Protocol (MCP) to fully integrate with artificial intelligence agents. The upgrade grants AI agents direct, real-time access to the platform's full suite of 15 APIs. This allows developers to build autonomous systems capable of planning and executing swaps, analyzing portfolio data, and interacting with on-chain markets. By enabling tools like Swap, Balance, and Gas Price APIs, 1inch aims to become critical infrastructure for the next generation of agent-driven financial products, significantly reducing integration time for developers.
Token Price Rises 2% to $0.0884 on Low Volume
The announcement triggered a 2% increase in the 1INCH token price, which settled at $0.0884. Despite the positive price action, the market's reaction was tempered. The token's 24-hour trading volume stood at $11.5 million against a market capitalization of $124 million, indicating that the price movement was fueled more by retail speculation on the AI narrative than significant institutional investment. From a technical perspective, the token is holding an ascending support trendline near $0.0870. A break above the immediate resistance at $0.0905 could signal further upside toward the monthly high of $0.0950, but failure to hold support risks a decline to the $0.0850 liquidity zone.
Co-Founder Projects Agents Will Dominate Swaps by 2030
1inch co-founder Sergej Kunz framed the MCP launch as a strategic move to secure a long-term role in an evolving financial landscape. He projected a future where automated systems are central to market activity, a vision that underpins the new protocol's development.
Agents, not humans, will be executing the majority of swaps by 2030.
— Sergej Kunz, 1inch co-founder.
This outlook positions infrastructure quality as a key competitive advantage. According to Kunz, the performance of an AI agent will be defined by the data and execution quality of its underlying platform. The MCP server provides developers with controls to manage this, allowing them to set policy rules for slippage thresholds, supported token pairs, and transaction signing, thereby combining automation with human oversight.
