The Adamik MCP Server enables natural language control over 60+ blockchains, simplifying complex operations including:
Blockchain Operations: Native & token transfers, staking/unstaking, claiming rewards, and cross-chain swaps (Premium)
Account Management: Real-time balances, transaction history analysis, multi-chain portfolio overviews, and staking reward tracking
Transaction Handling: Encoding and broadcasting signed transactions
Technical Features: Address derivation from public keys, validator information retrieval, token details, and account state monitoring
Developer Tools: Type-safe schemas, comprehensive error handling, and enterprise-grade infrastructure
Integration: Easy connection with MCP clients like Claude Desktop and FastAgent
Enables querying Bitcoin addresses for balances and transaction data through a standardized API
Manages API keys and configuration settings for secure blockchain access
Provides access to Ethereum account balances, transaction management, and token interactions through a unified interface
Used for version control and installation of the MCP server
Runtime environment required for the MCP server
Package manager used for dependency management and build processes
Allows querying TON addresses for balance information and transaction data
Adamik MCP Server
Overview
The Adamik MCP Server enables read and write interactions with 60+ blockchain networks through Claude Desktop. This server provides an integration with the standardized, multi-chain Adamik API, allowing developers to seamlessly interact with diverse blockchains for transaction management, account insights, staking, and token interactions, all through a unified and enterprise-grade interface.
Prerequisites
Node.js (v20 or higher)
pnpm
Git
Claude Desktop installed (https://claude.ai/download)
Claude Pro subscription required
Installation
Installing via Smithery
To install Adamik MCP Server for Claude Desktop automatically via Smithery:
Installation Steps:
1. Clone Repository
2. Setup and Build
Create environment file:
Configure your environment variables in
.env
:
3. Get Your Free API Key
Create a free account
Navigate to the API Keys section
Generate a new API key
Copy the API key and paste it into your
.env
file
4. Install dependencies and build:
5. Configuration
Open or create the Claude configuration file:
Add the following configuration:
Note: After adding the MCP server configuration, restart Claude for the changes to take effect.
Usage Examples
Example 1: Query Cosmos Address
Example 2: Multi-Chain Balance Queries
Example 3: Transaction History and Validator Information
Example 4: Staking Rewards Query
Features
Key Features
Multi-Chain Support: The API provides unified access to multiple blockchain networks, including popular chains like Ethereum, Starknet, Cosmos, Bitcoin, and many others. This allows developers to interact with different blockchains using a consistent interface.
Transaction Management: The API offers comprehensive transaction-related functionalities, including:
Transaction encoding (preparing the transaction before signing)
Transaction validation (checking if the transaction is valid)
Transaction broadcasting (sending the transaction to the network)
Retrieving transaction details and status
Account Management: Provides detailed account-related services such as:
Retrieving account state (balances)
Checking token balances
Viewing account transaction history
Utility Functions: Offers helpful utility endpoints like:
Address validation
Public key to address conversion
Chain and token information retrieval
Staking Support: Includes features for proof-of-stake blockchains, such as:
Staking transactions
Unstaking
Claiming staking rewards
Validator information retrieval
Token Interaction: Enables interactions with different token types, including:
Native currency transfers (for instance sending ETH on Ethereum or Algorand)
Token transfers (for instance sending USDC on Ethereum or Tron)
Retrieving token details across various blockchain standards (ERC20, TRC20, ASA, etc.)
The API essentially aims to provide a standardized, cross-chain interface for blockchain interactions, simplifying the complexity of working with multiple blockchain networks.
Security Considerations
Private keys are currently stored securely in
.env
Only use test wallets with small amounts for development
Adamik API Documentation
For detailed API documentation, visit https://docs.adamik.io
Rate Limits
Free tier: 10k requests/month
Premium tier: Contact us for custom pricing and higher rate limits
Support
Need help or have questions? Visit our contact page or check our API documentation.
License
This project is licensed under the MIT License.
Contributions are welcome! Feel free to submit pull requests or open issues.
hybrid server
The server is able to function both locally and remotely, depending on the configuration or use case.
Tools
Enables read and write interactions with 60+ blockchain networks through Claude Desktop, providing a standardized multi-chain API for transaction management, account insights, staking, and token interactions.
- Overview
- Prerequisites
- Installation
- Usage Examples
- Features
- Security Considerations
- Adamik API Documentation
- Support
- License
Related Resources
Related MCP Servers
- AsecurityAlicenseAqualityEnables Claude to interact with Ethereum nodes, allowing users to check ENS token balances, view smart contract code, and decode transactions through natural language.Last updated -51MIT License
- AsecurityAlicenseAqualityConnects Claude Desktop to Redmine for seamless project and issue management, including searching, creating, updating, and tracking tasks using Redmine's API.Last updated -81Mozilla Public License 2.0
Base MCP Serverofficial
-securityAlicense-qualityProvides onchain tools for Claude AI to interact with the Base blockchain and Coinbase API, enabling wallet management, fund transfers, and smart contract deployment.Last updated -6294MIT License- -securityFlicense-qualityAn MCP server that connects Claude for Desktop with blockchain functionality, allowing users to check balances and send tokens on EVM and Solana chains through natural language interactions.Last updated -