Polygon MCP
The Polygon MCP Server is a standardized interface server that enables AI assistants to interact with the Polygon blockchain network, supporting functions such as wallet operations, smart contract deployment, cross-chain bridging, DeFi interactions, and transaction simulation.
rating : 2.5 points
downloads : 14
What is the Polygon MCP Server?
The Polygon MCP Server is a middleware service that allows AI systems to interact with the Polygon blockchain network through simple interfaces. It encapsulates complex blockchain operations into standardized tools, enabling non-technical personnel to easily perform operations such as transfers and contract deployments.How to use the Polygon MCP Server?
You can connect your wallet by configuring environment variables and then call the predefined MCP tools to perform blockchain operations. The server will automatically handle underlying details such as transaction signing and gas fee calculation.Use cases
Suitable for scenarios that require automated blockchain operations, such as AI automated trading systems, smart contract monitoring tools, and cross-chain asset management platforms. Particularly suitable for non-blockchain developers to quickly integrate Polygon functions.Main features
Wallet operationsManage Polygon wallet addresses, query balances, transfer POL and ERC20 tokens, and obtain testnet tokens.
Smart contractsDeploy standard contracts (such as ERC20/ERC721) through templates, verify contract code, and query contract templates.
Cross-chain bridgingTransfer ETH and ERC20 tokens between Polygon and Ethereum and query bridging status.
DeFi interactionsInteract with QuickSwap and Uniswap V3, perform token swaps, add liquidity, and query prices.
Transaction simulationSimulate transactions before actually sending them, estimate gas fees, and detect potential failure risks.
Advantages and limitations
Advantages
Simplify blockchain interactions: Hide complex details such as private key management and gas calculation.
Standardized interfaces: A unified operation method reduces the learning cost.
Multi-network support: Compatible with both the Polygon mainnet and the Amoy testnet.
Security protection: Built-in transaction simulation and parameter verification mechanisms.
Limitations
The current bridging function is implemented through simulation and cannot actually perform cross-chain operations for now.
Basic JavaScript knowledge is required to write call code.
Additional security measures need to be configured in the production environment to protect private keys.
How to use
Environment preparation
Install Node.js v18+ , create a project directory, and prepare the private key of your Polygon wallet.
Installation and configuration
Clone the repository and install dependencies, and configure the RPC address and private key in the .env file.
Start the service
Run the development server or the production version.
Call tools
Call predefined tools through the MCP protocol, such as querying balances or performing transfers.
Usage examples
Create and distribute tokensDeploy a custom ERC20 token and airdrop it to a specified list of addresses.
Cross-chain asset transferBridge USDC from Ethereum to the Polygon network through the official bridge.
Automated arbitrage tradingMonitor the price difference between QuickSwap and Uniswap V3 and perform arbitrage.
Frequently asked questions
How to obtain POL tokens on the testnet?
Why does my transaction fail?
How to switch between the mainnet and the testnet?
How to securely store private keys?
Related resources
Official Polygon documentation
Core technical documentation for the Polygon network.
GitHub repository
Project source code and issue tracking.
MCP protocol description
Official specification of the Model Context Protocol.
Amoy testnet faucet
Obtain testnet POL tokens.
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