Crypto Liquidations MCP

1# Crypto Liquidations MCP
2[![smithery badge](https://smithery.ai/badge/@kukapay/crypto-liquidations-mcp)](https://smithery.ai/server/@kukapay/crypto-liquidations-mcp)
3 
4An MCP server that streams real-time cryptocurrency liquidation events from Binance, enabling AI agents to react instantly to high-volatility market movements.
5 
6![License](https://img.shields.io/badge/license-MIT-green)
7![Python Version](https://img.shields.io/badge/python-3.10-blue)
8![Status](https://img.shields.io/badge/status-active-brightgreen.svg)
9 
10 
11## Features
12 
13- **Real-time Liquidation Streaming**: Connects to [Binance WebSocket](wss://fstream.binance.com/ws/!forceOrder@arr`) to capture liquidation events.
14- **Liquidation Data Storage**: Maintains an in-memory list of up to 1000 liquidation events, with no persistent storage.
15- **Tool: `get_latest_liquidations`**:
16  - Retrieves the latest liquidation events in a Markdown table.
17  - Columns: `Symbol`, `Side`, `Price`, `Quantity`, `Time` (HH:MM:SS format).
18  - Parameters: `limit` (default 10).
19- **Prompt: `analyze_liquidations`**:
20  - Generates a prompt to analyze liquidation trends across all symbols, leveraging the `get_latest_liquidations` tool.
21 
22## Prerequisites
23 
24- **Python 3.10**: Required for compatibility.
25- **uv**: Package and dependency manager (install instructions below).
26- **Internet Access**: To connect to Binance WebSocket.
27 
28## Installation
29 
30### Installing via Smithery
31 
32To install Crypto Liquidations for Claude Desktop automatically via [Smithery](https://smithery.ai/server/@kukapay/crypto-liquidations-mcp):
33 
34```bash
35npx -y @smithery/cli install @kukapay/crypto-liquidations-mcp --client claude
36```
37 
38### 1. Clone the Repository
39```bash
40git clone https://github.com/kukapay/crypto-liquidations-mcp.git
41cd crypto-liquidations-mcp
42```
43 
44### 2. Install Dependencies
45Install required packages using `uv`:
46```bash
47uv sync
48```
49 
50### 3. Integrate with an MCP Client
51Configure your MCP client to connect to the server. For Claude Desktop:
52```json
53{
54 "mcpServers": {
55   "crypto-liquidations": {
56     "command": "uv",
57     "args": ["--directory", "/path/to/crypto-liquidations-mcp", "run", "main.py"]
58   }
59 }
60}
61```
62   
63## Usage
64 
65To get started, launch the MCP server to begin streaming liquidation events from Binance. The server runs quietly, collecting up to 1000 recent events in memory without generating logs or saving data to disk.
66 
67### Retrieving Liquidation Events
68Use the `get_latest_liquidations` tool to fetch the most recent liquidation events. You can specify how many events to retrieve (up to 1000) using the `limit` parameter. For example, you might ask:
69 
70> "Show me the 5 most recent liquidation events from Binance."
71 
72This will return a neatly formatted table showing the trading pair, buy or sell side, price, quantity, and the time of each liquidation in HH:MM:SS format.
73 
74 
75**Example Output**:
76```markdown
77| Symbol   | Side | Price  | Quantity | Time     |
78|----------|------|--------|----------|----------|
79| BTCUSDT  | BUY  | 50000  | 1.5      | 14:30:45 |
80| ETHUSDT  | SELL | 3000   | 10.0     | 14:30:40 |
81| BNBUSDT  | BUY  | 500    | 20.0     | 14:30:35 |
82| ADAUSDT  | SELL | 1.2    | 1000.0   | 14:30:30 |
83| XRPUSDT  | BUY  | 0.8    | 5000.0   | 14:30:25 |
84```
85 
86This table makes it easy to see recent market activity, such as large buy or sell liquidations on Binance.
87 
88### Analyzing Liquidation Trends
89The `analyze_liquidations` prompt helps you dive deeper into the data. It generates instructions for analyzing liquidation trends across all trading pairs, focusing on frequency, volume, and market impact. The prompt suggests using the `get_latest_liquidations` tool to fetch data, ensuring you have the latest information to work with.
90 
91This is particularly useful for understanding broader market dynamics, such as whether liquidations are increasing or signaling significant price movements.
92 
93## License
94 
95This project is licensed under the MIT License. See the [LICENSE](LICENSE) file for details.
96