GetBlock, a leading RPC node provider and Web3 infrastructure platform, marks a significant milestone in its AI journey.
The team has developed and open-sourced the Model Context Protocol (MCP) - a lightweight tool designed to streamline interaction between large language models (LLMs) and decentralized applications (dApps) powered by GetBlock’s data infrastructure.
GetBlock welcomes AI vibe coders: MCP is live and open source
GetBlock, a leading RPC node provider, proudly announces the launch of GetBlock Model Context Protocol (MCP) - now live and fully open source.
Authored by our Backend Lead, Kirill Gavrilov, MCP is available to all developers from day one, with no restrictions.
MCP is a lightweight protocol that standardizes how applications interact with large language models (LLMs). In simple terms, it enables developers to build AI-powered apps that can automatically retrieve and process data from LLMs with no manual input required.
At GetBlock, MCP is designed to empower Web3 developers to build crypto applications that integrate seamlessly with our RPC node infrastructure. AI-native builders can use familiar tools like Claude, Anthropic, Cursor, or ElizaOS, but now supercharged with GetBlock’s blockchain data.
GetBlock CEO Vasily Rudomanov comments on the release of the new MCP server:
I was genuinely pleased to see this solution launched and made open source for developers from day one. It’s elegant and highly accessible since integrating GetBlock RPC endpoints into Claude, Cursor, or Eliza workflows takes just three simple steps.
As I mentioned in my interview with CoinDesk Japan this April, GetBlock’s APIs serve as ideal entry points for AI-enhanced blockchain applications. MCP is both versatile and powerful. Virtually any crypto app you can imagine can be delivered through the GetBlock + AI stack.
For anyone building in Web3 in 2025, there’s no compelling reason to overlook GetBlock MCP.
Whatever your favourite AI coding assistant is - it is compatible with what GetBlock developed. Many developers have already tried building on GetBlock APIs using open source MCP.
Getting started with GetBlock MCP
Our Backend Lead, Kirill Gavrilov, has provided a detailed guide to help you get started. The process is simple and developer-friendly:
- Install the dependencies or build the Docker image
- Compile the TypeScript code or run the container with the appropriate environment variables (available on GitHub)
- Authorize the server with your API endpoint credentials (access token)
The documentation includes examples for Claude Desktop and Cursor, but MCP is also compatible with other AI-powered IDEs and assistants.
As of June 2025, the server supports both Solana and Ethereum APIs via GetBlock with support for more networks coming soon.
