CS-Wallet

Overview

The Frontend Review Mcp server, built around the CS‑Wallet module from CoinSpace, solves a common pain point for developers building AI‑powered applications that need to interact with cryptocurrency wallets: secure, programmatic access to wallet functionality without exposing private keys or relying on external services. By exposing the wallet’s capabilities through a Model Context Protocol interface, the server lets an AI assistant (such as Claude) perform tasks like generating addresses, querying balances, signing transactions, and retrieving transaction history—all while keeping the sensitive cryptographic material safely isolated on the server.

For developers, this means they can embed rich financial workflows directly into conversational agents. Instead of hard‑coding wallet logic or exposing keys to the client, an AI can request a signed transaction via the MCP tool, receive a ready‑to‑broadcast payload, and even ask for real‑time balance updates. The server’s resource model exposes the wallet state (addresses, balances, pending transactions) as read‑only resources that can be queried with simple GET requests, while mutating operations are offered as discrete tools that the AI can invoke when needed. This separation keeps the system secure and audit‑friendly, allowing developers to track which AI actions triggered wallet changes.

Key capabilities include:

• Address management – generate new addresses, list existing ones, and associate them with user accounts.
• Balance querying – retrieve current balances for any address or account, optionally filtered by network or token.
• Transaction signing – accept unsigned transaction payloads from the AI, sign them with the stored private keys, and return signed blobs ready for broadcast.
• History retrieval – fetch past transactions with metadata such as timestamps, amounts, and confirmations.

Typical use cases span from automated trading bots that need to execute market orders on behalf of a user, to customer support agents that can verify account balances or initiate small transfers during a chat. In all scenarios, the MCP server removes the need for client‑side key handling and provides a clean, declarative interface that AI assistants can consume naturally.

What sets this server apart is its tight integration with the CoinSpace ecosystem. It inherits robust security practices—hardware‑backed key storage, multi‑factor protection—and exposes them through a lightweight MCP API. Developers benefit from a single point of truth for wallet operations, streamlined AI integration, and the confidence that sensitive assets remain protected behind the server’s controlled interfaces.