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Coin

MCP Server

Human-friendly digital currency wallet for multiple platforms

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Updated May 24, 2025

About

Coin is a user‑friendly wallet that supports Bitcoin, Litecoin, and Ethereum, enabling secure storage and transactions across various devices.

Capabilities

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

Coin Wallet Demo

Overview

The Cloudflare API MCP for Coin provides an AI‑friendly interface to a multi‑currency digital wallet that supports Bitcoin, Litecoin, and Ethereum. By exposing wallet operations through the Model Context Protocol, it allows AI assistants to perform complex financial tasks—such as creating addresses, querying balances, and initiating transfers—directly from conversational flows. This eliminates the need for developers to build custom integrations or handle low‑level API calls, making it easier to embed secure cryptocurrency management into chatbots, virtual assistants, and other AI‑powered applications.

What Problem It Solves

Managing cryptocurrency wallets typically requires handling private keys, network fees, and transaction confirmations across several blockchains. Developers must write platform‑specific code for each currency and ensure compliance with security best practices. The Coin MCP abstracts these complexities, offering a single, unified interface that manages key storage, network interactions, and transaction lifecycle. This reduces boilerplate, lowers the risk of security misconfigurations, and speeds up feature delivery for AI products that need to interact with digital assets.

Core Features & Value

  • Unified Multi‑Currency Support – One endpoint can create Bitcoin, Litecoin, and Ethereum wallets without switching contexts.
  • Secure Key Management – Private keys are encrypted and stored in a Cloudflare‑managed vault, ensuring that sensitive material never leaves the secure environment.
  • Real‑Time Balance & Transaction Status – AI agents can query balances and monitor transaction confirmations in near real time, enabling responsive user interactions.
  • Fee Estimation & Optimization – The server provides recommended network fees based on current congestion, helping users avoid overpaying or delayed transactions.
  • Webhook Integration – Developers can subscribe to wallet events (e.g., incoming transfers) and trigger downstream actions within the AI workflow.

Real‑World Use Cases

  • Crypto Payment Bots – An AI assistant can accept payments, verify receipt, and update order status without exposing wallet keys to the front end.
  • Financial Advisors – Chatbots can generate new addresses for clients, monitor balances, and provide transaction insights in natural language.
  • Gaming Platforms – In‑game economies that reward players with crypto tokens can use the MCP to issue payouts and track ownership.
  • Educational Tools – Interactive tutorials that walk users through creating wallets and sending coins can leverage the MCP to validate steps automatically.

Integration with AI Workflows

The MCP exposes resources, tools, and prompts that an AI client can invoke using the standard Model Context Protocol. A typical flow might involve:

  1. The assistant prompts the user for a currency choice and amount.
  2. It calls the createAddress tool, receiving an address back instantly.
  3. The user sends funds; the assistant listens for a transactionConfirmed event via webhook and updates the conversation.

Because all interactions are defined as reusable tools, developers can compose complex sequences—such as escrow services or multi‑signature approvals—without writing additional code. The result is a seamless, secure bridge between conversational AI and the blockchain ecosystem.