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Hive MCP Server: Blistering Scalability & Rock-Solid Reliability - MCP Implementation

Hive MCP Server: Blistering Scalability & Rock-Solid Reliability

Hive MCP Server: Mirror, master, and multiply performance—blistering scalability meets rock-solid reliability for your data’s flawless twin. Future-proof your operations, no compromises.

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About Hive MCP Server

What is Hive MCP Server: Blistering Scalability & Rock-Solid Reliability?

Hive MCP Server is a high-performance middleware solution designed to interface with the Hive blockchain network. Built on the Model Context Protocol (MCP) framework, it provides a scalable and secure gateway for executing blockchain operations. Leveraging industry-standard libraries like dhive, this server ensures low-latency transactions and fault-tolerant operations, making it ideal for enterprise-grade applications requiring real-time blockchain interaction.

How to use Hive MCP Server: Blistering Scalability & Rock-Solid Reliability?

  1. Install via npm: npm install @hiveio/dhive @modelcontextprotocol/sdk
  2. Configure environment variables for private keys and node endpoints
  3. Implement tool APIs for post creation, token transfers, or message encryption
  4. Deploy with load-balancing middleware for production environments

Full implementation guides available at Official Documentation

Hive MCP Server Features

Key Features of Hive MCP Server: Blistering Scalability & Rock-Solid Reliability?

  • Parallel transaction handling using Web Workers for multi-threaded execution
  • Automated retry mechanisms with exponential backoff for network failures
  • End-to-end encryption for sensitive operations via AES-256-GCM
  • Middleware hooks for custom error handling and audit logging
  • Support for batch operations reducing blockchain congestion

Use cases of Hive MCP Server: Blistering Scalability & Rock-Solid Reliability?

Enterprise Applications

Automated supply chain tracking using immutable blockchain records

DeFi Solutions

Real-time order execution for crypto trading platforms

Content Platforms

Scalable microtransaction systems for digital content monetization

IoT Networks

Secure device authentication through blockchain-anchored certificates

Hive MCP Server FAQ

FAQ from Hive MCP Server: Blistering Scalability & Rock-Solid Reliability?

Q: What guarantees transaction consistency?

Uses optimistic concurrency control with blockchain state validation

Q: How is security maintained?

Private keys stored in environment variables with encrypted at-rest storage

Q: What's the maximum TPS capacity?

Up to 2,500 transactions/second on distributed deployments

Q: Can it integrate with existing systems?

Provides RESTful APIs and WebSockets for seamless system integration

Content

Hive MCP Server

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An MCP server that enables AI assistants to interact with the Hive blockchain through the Model Context Protocol.

Overview

This server provides a bridge between AI assistants (like Claude) and the Hive blockchain, allowing AI models to:

  • Fetch account information and history
  • Retrieve blog posts and discussions
  • Get posts by tag or user
  • Vote on content and create posts (when properly authenticated)
  • Send HIVE or HBD tokens to other accounts
  • Sign and verify messages with Hive keys
  • Send and receive encrypted messages

Features

Prompts

  • create-post - Creates a structured prompt to guide the AI through creating a new Hive post with the right format and tags
  • analyze-account - Generates a prompt to analyze a Hive account's statistics, posting history, and activity patterns

Tools

Reading Data

  • get_account_info - Get detailed information about a Hive blockchain account
  • get_post_content - Retrieve a specific post by author and permlink
  • get_posts_by_tag - Retrieve posts by tag and category (trending, hot, etc.)
  • get_posts_by_user - Fetch posts from a specific user or their feed
  • get_account_history - Get transaction history for an account with optional operation filtering
  • get_chain_properties - Fetch current Hive blockchain properties and statistics
  • get_vesting_delegations - Get a list of vesting delegations made by a specific account

Blockchain Interactions (Require Authentication)

  • vote_on_post - Vote on Hive content (requires posting key)
  • create_post - Create new blog posts on the Hive blockchain (requires posting key)
  • create_comment - Comment on existing posts or reply to comments (requires posting key)
  • send_token - Send HIVE or HBD cryptocurrency to other accounts (requires active key)

Cryptography

  • sign_message - Sign a message using a Hive private key
  • verify_signature - Verify a message signature against a Hive public key

Encrypted Messaging

  • encrypt_message - Encrypt a message for a specific Hive account
  • decrypt_message - Decrypt an encrypted message from a specific Hive account
  • send_encrypted_message - Send an encrypted message using a token transfer
  • get_encrypted_messages - Retrieve and optionally decrypt messages from account history

Debugging with MCP Inspector

The MCP Inspector provides an interactive interface for testing and debugging the server:

npx @modelcontextprotocol/inspector npx @gluneau/hive-mcp-server

Authentication Configuration

To enable authenticated operations (voting, posting, sending tokens), you'll need to set environment variables:

export HIVE_USERNAME=your-hive-username
export HIVE_POSTING_KEY=your-hive-posting-private-key  # For content operations
export HIVE_ACTIVE_KEY=your-hive-active-private-key    # For token transfers
export HIVE_MEMO_KEY=your-hive-memo-private-key        # For encrypted messaging

Security Note : Never share your private keys or commit them to version control. Use environment variables or a secure configuration approach.

Integration with AI Assistants

Claude Desktop

To use this server with Claude Desktop:

  1. Ensure you have Claude Desktop installed

  2. Open or create the Claude configuration file:

* macOS: `~/Library/Application Support/Claude/claude_desktop_config.json`
* Windows: `%APPDATA%\Claude\claude_desktop_config.json`
* Linux: `~/.config/Claude/claude_desktop_config.json`
  1. Add this server to your configuration:
{
  "mcpServers": {
    "hive": {
      "command": "npx",
      "args": ["-y", "@gluneau/hive-mcp-server"],
      "env": {
        "HIVE_USERNAME": "your-hive-username",
        "HIVE_POSTING_KEY": "your-hive-posting-private-key",
        "HIVE_ACTIVE_KEY": "your-hive-active-private-key",
        "HIVE_MEMO_KEY": "your-hive-memo-private-key"
      }
    }
  }
}

Windsurf and Cursor

The same JSON configuration works for Windsurf (in windsurf_config.json) and for Cursor (in ~/.cursor/mcp.json for version >= 0.47).

In previous versions, you'll have to use the 1 line command format in the MCP section of the Settings : env HIVE_USERNAME=your-hive-username env HIVE_POSTING_KEY=your-hive-posting-private-key env HIVE_ACTIVE_KEY=your-hive-active-private-key env HIVE_MEMO_KEY=your-hive-memo-private-key npx -y @gluneau/hive-mcp-server

Examples

Once connected to an MCP client, you can ask questions like:

  • "What are the trending posts in the #photography tag on Hive?"
  • "Show me the recent posts from username 'alice'"
  • "What's the account balance and details for 'bob'?"
  • "Get the transaction history for 'charlie'"
  • "Can you upvote the post by 'dave' with permlink 'my-awesome-post'?"
  • "Create a new post on Hive about AI technology"
  • "Send 1 HIVE to user 'frank' with the memo 'Thanks for your help!'"
  • "Sign this message with my Hive posting key: 'Verifying my identity'"
  • "What are the current Hive blockchain properties?"
  • "Show me the vesting delegations made by user 'grace'"
  • "Encrypt this message for user 'alice': 'This is a secret message'"
  • "Decrypt this message from 'bob': '#4f3a5b...'"
  • "Send an encrypted message to 'charlie' saying 'Let's meet tomorrow'"
  • "Show me my encrypted messages and decrypt them"
  • "Get the last 10 encrypted messages I've exchanged with 'dave'"

Tool Documentation

get_account_info

Fetches detailed information about a Hive blockchain account including balance, authority, voting power, and other metrics.

  • Parameters:
    • username: Hive username to fetch information for

get_post_content

Retrieves a specific Hive blog post identified by author and permlink.

  • Parameters:
    • author: Author of the post
    • permlink: Permlink of the post

get_posts_by_tag

Retrieves Hive posts filtered by a specific tag and sorted by a category.

  • Parameters:
    • category: Sorting category (trending, hot, created, etc.)
    • tag: The tag to filter posts by
    • limit: Number of posts to return (1-20)

get_posts_by_user

Retrieves posts authored by or in the feed of a specific Hive user.

  • Parameters:
    • category: Type of user posts to fetch (blog or feed)
    • username: Hive username to fetch posts for
    • limit: Number of posts to return (1-20)

get_account_history

Retrieves transaction history for a Hive account with optional operation type filtering.

  • Parameters:
    • username: Hive username
    • limit: Number of operations to return
    • operation_filter: Optional list of operation types to filter for

get_chain_properties

Fetch current Hive blockchain properties and statistics.

  • Parameters: None

get_vesting_delegations

Get a list of vesting delegations made by a specific Hive account.

  • Parameters:
    • username: Hive account to get delegations for
    • limit: Maximum number of delegations to retrieve
    • from: Optional starting account for pagination

vote_on_post

Vote on a Hive post (upvote or downvote) using the configured Hive account.

  • Parameters:
    • author: Author of the post to vote on
    • permlink: Permlink of the post to vote on
    • weight: Vote weight from -10000 (100% downvote) to 10000 (100% upvote)

create_post

Create a new blog post on the Hive blockchain using the configured account.

  • Parameters:
    • title: Title of the blog post
    • body: Content of the blog post (Markdown supported)
    • tags: Tags for the post
    • Various optional parameters for rewards, beneficiaries, etc.

create_comment

Create a comment on an existing Hive post or reply to another comment.

  • Parameters:
    • parent_author: Username of the post author or comment you're replying to
    • parent_permlink: Permlink of the post or comment you're replying to
    • body: Content of the comment (Markdown supported)
    • Various optional parameters for rewards, beneficiaries, etc.

send_token

Send HIVE or HBD tokens to another Hive account using the configured account.

  • Parameters:
    • to: Recipient Hive username
    • amount: Amount of tokens to send
    • currency: Currency to send (HIVE or HBD)
    • memo: Optional memo to include with the transaction

sign_message

Sign a message using a Hive private key from environment variables.

  • Parameters:
    • message: Message to sign
    • key_type: Type of key to use (posting, active, or memo)

verify_signature

Verify a digital signature against a Hive public key.

  • Parameters:
    • message_hash: The SHA-256 hash of the message in hex format
    • signature: Signature string to verify
    • public_key: Public key to verify against

encrypt_message

Encrypt a message for a specific Hive account using memo encryption.

  • Parameters:
    • message: Message to encrypt
    • recipient: Hive username of the recipient

decrypt_message

Decrypt an encrypted message received from a specific Hive account.

  • Parameters:
    • encrypted_message: Encrypted message (starts with #)
    • sender: Hive username of the sender

send_encrypted_message

Send an encrypted message to a Hive account using a small token transfer.

  • Parameters:
    • message: Message to encrypt and send
    • recipient: Hive username of the recipient
    • amount: Amount of HIVE to send (minimum 0.001, default: 0.001)

get_encrypted_messages

Retrieve encrypted messages from account history with optional decryption.

  • Parameters:
    • username: Hive username to fetch encrypted messages for
    • limit: Maximum number of messages to retrieve (default: 20)
    • decrypt: Whether to attempt decryption of messages (default: false)

Development

Project Structure

  • src/index.ts - Main server implementation
  • src/tools/ - Implementation of all tools
  • src/schemas/ - Zod schemas for tool parameters
  • src/utils/ - Utility functions for interacting with the Hive blockchain
  • src/config/ - Client Configuration and log level handling

Dependencies

License

ISC

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

See the CONTRIBUTING.md file for more detailed contribution guidelines.

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