What is the Kaspa MCP Server?

The Kaspa MCP Server integrates Kaspa blockchain nodes with MCP clients, enabling developers to interact with the Kaspa network via RPC calls for blockchain data and functions.

What key Kaspa blockchain data can I access using this tool?

You can retrieve comprehensive Kaspa node information, detailed block data by hash, the latest DAA score, validate Kaspa address formats, check address balances, fetch UTXOs, and query mempool transactions for specific addresses.

Which development environments support Kaspa MCP Server integration?

It seamlessly integrates with popular MCP-compatible clients such as Claude Desktop, Cursor IDE, and Qoder IDE, offering flexible installation options for various workflows.

What are the primary installation methods for the Kaspa MCP Server?

The recommended methods are using `uvx` for quick setup or Docker for an isolated environment. A direct Python method is also available as a fallback. All methods require access to a Kaspa RPC endpoint.

Kaspa

Name: Kaspa
Author: moldis

bymoldis

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Herramientas para Desarrolladores

Desarrollo de API

Integrates Kaspa blockchain nodes with MCP clients for RPC interaction.

This tool serves as an MCP (Model Context Protocol) server, bridging the gap between AI-powered clients like Claude Desktop, Cursor IDE, and Qoder IDE, and the Kaspa blockchain network. It enables these intelligent interfaces to seamlessly interact with Kaspa nodes via RPC calls, providing access to real-time blockchain data and functionalities. Developers and users can leverage this integration to query node information, validate addresses, retrieve transaction details, and build sophisticated applications directly within their preferred AI-enhanced development environments.

Características Principales

01Retrieve comprehensive Kaspa node information and connection status.

02Access detailed information for specific blocks using their hash.

03Validate Kaspa address formats and fetch address balances and UTXOs.

04Obtain the latest DAA (Difficulty Adjustment Algorithm) score.

05Query mempool transactions for specified Kaspa addresses.

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Casos de Uso

01Integrating Kaspa blockchain data and functionalities into AI-powered development environments like Cursor and Qoder IDE.

02Enabling AI assistants such as Claude Desktop to interact with Kaspa nodes for real-time blockchain queries.

03Programmatically accessing Kaspa blockchain information for custom dApps or analytical tools directly from an MCP client.