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Skate Goat MCP Server

MCP Server

Bridging Skate AMM and Goat SDK with Model Context Protocol

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Updated Jun 20, 2025

About

The Skate Goat MCP Server connects the Skate AMM Agent with the Goat SDK via MCP, enabling blockchain transaction handling across EVM and Solana chains. It serves as a middleware layer for decentralized finance integrations.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

demo-image

Overview

The Skate Goat MCP server bridges the gap between blockchain smart‑contract interactions and conversational AI. By exposing a set of high‑level tools that wrap the Skate SDK (for automated market maker logic) and the Goat SDK (a lightweight blockchain interface), it allows an AI assistant to read from, write to, and manipulate on‑chain state without the user writing any Solidity or JavaScript code. This eliminates a major friction point for developers who want to prototype DeFi strategies, execute trades, or audit liquidity pools directly from a chat interface.

At its core, the server hosts three primary tool categories. Resources provide read‑only access to on‑chain data such as token balances, pool reserves, and price feeds. Tools enable state‑changing operations—creating new pools, adding or removing liquidity, swapping tokens, and managing fee tiers—all while handling transaction signing with a private key supplied via environment variables. Finally, Prompts and Sampling features allow the AI to generate context‑aware queries or format responses for different user interfaces. Together, these capabilities turn the MCP server into a one‑stop shop for all common AMM interactions.

Developers benefit from the server’s modular design: it supports multiple chains (Base, Optimism, Arbitrum, etc.) through a single configuration file and can be swapped between Ethereum Virtual Machine (EVM) and Solana Virtual Machine (SVM) runtimes by launching the appropriate build. This flexibility means a single AI assistant can manage liquidity on both EVM and Solana networks without code changes. Moreover, the server’s reliance on well‑established SDKs ensures that all operations are battle‑tested and secure, giving users confidence that their transactions will execute correctly.

Typical use cases include rapid prototyping of liquidity‑providing strategies, automated portfolio rebalancing via conversational commands, and real‑time monitoring of pool health. A financial analyst could ask the AI to “add 500 USDC to the ETH/USDC pool on Base” and receive an instant confirmation, while a developer could query “current slippage for the 0.3% fee tier on Arbitrum” and see the latest metrics. In educational settings, students can experiment with AMM mechanics through a natural‑language interface rather than wrestling with raw smart‑contract calls.

What sets Skate Goat apart is its seamless integration of multiple SDKs under the MCP umbrella, providing a unified API surface that hides blockchain complexity. The server’s design prioritizes developer ergonomics: environment variables handle sensitive keys, a single configuration drives the entire workflow, and the built‑in prompt templates reduce boilerplate. For teams building AI‑powered DeFi tools, Skate Goat offers a ready‑made foundation that accelerates development while maintaining security and cross‑chain compatibility.