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Cubie-AI

Solana MCP

MCP Server

MCP server for Solana blockchain data access

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Updated May 5, 2025

About

A Model Context Protocol (MCP) server that exposes Solana RPC endpoints as callable tools, enabling clients to query token supply, balances, holders, and swap quotes directly through a standardized interface.

Capabilities

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

Cubie

Overview

The Solana MCP server is a specialized bridge that connects AI assistants to the Solana blockchain. By exposing a set of high‑level tools—such as token supply queries, address balances, and swap quotes—it removes the need for developers to write custom RPC wrappers or manage low‑level Solana client libraries. This abstraction allows AI agents to retrieve real‑time blockchain data and perform on‑chain operations directly from their natural‑language prompts, making it easier to build sophisticated financial or NFT applications that respond to user queries in real time.

At its core, the server implements the Model Context Protocol (MCP) specification to advertise a catalog of tools that the AI client can discover and invoke. Each tool is described with a clear name, description, and JSON schema for its arguments, ensuring that the AI can validate input before making a call. The server is configured with a Solana RPC endpoint and a commitment level, giving developers fine‑grained control over how fresh the data must be. Once connected, a client can list all available tools, retrieve token supply for any mint address, check an account’s balance or holdings, and even request a Jupiter swap quote—all without writing any additional code.

Key capabilities include:

  • Token and account introspection – Quickly query token supply, holders, or an address’s balance and holdings.
  • Swap quotation – Interface with Jupiter to obtain instant quotes for token swaps, enabling dynamic pricing in AI‑driven trading bots.
  • Signature history – Retrieve recent transaction signatures for a given address, useful for audit or monitoring features.
  • Robust schema validation – Each tool’s input is defined by a JSON schema, ensuring type safety and reducing runtime errors.

These features make the Solana MCP server ideal for a range of use cases: building AI‑powered NFT marketplaces that can instantly display ownership data, creating financial assistants that fetch live market metrics from Solana, or developing smart contract monitoring dashboards where an AI explains transaction histories. Because the server conforms to MCP, it integrates seamlessly with any AI assistant that supports the protocol—whether Claude, GPT‑4o, or a custom model—allowing developers to focus on business logic rather than plumbing.

In summary, the Solana MCP server turns raw blockchain data into accessible, AI‑friendly tools. It streamlines development workflows by providing a ready‑made, protocol‑compliant interface to Solana’s RPC layer, and empowers AI assistants to deliver instant, accurate blockchain insights in natural language.