Druid MCP Server

A comprehensive Model Context Protocol (MCP) server for Apache Druid that provides extensive tools, resources, and prompts for managing and analyzing Druid clusters.

Developed by iunera - Advanced AI and Data Analytics Solutions

Overview

This MCP server implements a feature-based architecture where each package represents a distinct functional area of Druid management. The server provides three main types of MCP components:

Tools - Executable functions for performing operations
Resources - Data providers for accessing information
Prompts - AI-assisted guidance templates

Video Walkthrough

Learn how to integrate AI agents with Apache Druid using the MCP server. This tutorial demonstrates time series data exploration, statistical analysis, and data ingestion using natural language with AI assistants like Claude, ChatGPT, and Gemini.

Click the thumbnail above to watch the video on YouTube

Features

Spring AI MCP Server integration
Tool-based architecture for MCP protocol compliance
STDIO and SSE transport support
Comprehensive error handling
Customizable prompt templates
Feature-based package organization

MCP Inspector Interface

When connected to an MCP client, you can inspect the available tools, resources, and prompts through the MCP inspector interface:

Available Tools

The tools interface shows all available Druid management functions organized by feature areas including data management, ingestion management, and monitoring & health.

Available Resources

The resources interface displays all accessible Druid data sources and metadata that can be retrieved through the MCP protocol.

Available Prompts

The prompts interface shows all AI-assisted guidance templates available for various Druid management tasks and data analysis workflows.

Quick Start

Prerequisites

Java 24
Maven 3.6+
Apache Druid cluster running with router on port 8888

Build and Run

# Build the application
mvn clean package -DskipTests
# Run the application
java -jar target/druid-mcp-server-1.0.0.jar

The server will start on port 8080 by default.

For detailed build instructions, testing, Docker setup, and development guidelines, see development.md.

Installation from Maven Central

If you prefer to use the pre-built JAR without building from source, you can download and run it directly from Maven Central.

Prerequisites

Java 24 JRE only

Download and Run

# Create a directory for the application
mkdir druid-mcp-server && cd druid-mcp-server
# Download the JAR from Maven Central
curl -L -o druid-mcp-server-1.0.0.jar \
  "https://repo.maven.apache.org/maven2/com/iunera/druid-mcp-server/1.0.0/druid-mcp-server-1.0.0.jar"
# Run with SSE Transport (HTTP-based, default)
java -jar druid-mcp-server-1.0.0.jar
# OR run with STDIO Transport (recommended for LLM clients)
java -Dspring.ai.mcp.server.stdio=true \
     -Dspring.main.web-application-type=none \
     -Dlogging.pattern.console= \
     -jar druid-mcp-server-1.0.0.jar

Installation with Docker

If you prefer to use Docker, you can run the pre-built Docker image directly from Docker Hub without any local Java installation.

Prerequisites

Docker installed and running

Pull and Run

# Pull the latest Docker image
docker pull iunera/druid-mcp-server:latest
# Run with SSE Transport (HTTP-based, default)
docker run -p 8080:8080 \
  -e DRUID_BROKER_URL=https://your-druid-broker:8082 \
  -e DRUID_COORDINATOR_URL=https://your-druid-coordinator:8081 \
  iunera/druid-mcp-server:latest
# OR run with STDIO Transport (recommended for LLM clients)
docker run --rm -i \
  -e SPRING_AI_MCP_SERVER_STDIO=true \
  -e SPRING_MAIN_WEB_APPLICATION_TYPE=none \
  -e LOGGING_PATTERN_CONSOLE= \
  -e DRUID_BROKER_URL=https://your-druid-broker:8082 \
  -e DRUID_COORDINATOR_URL=https://your-druid-coordinator:8081 \
  iunera/druid-mcp-server:latest

Replace your-druid-broker and your-druid-coordinator with your actual Druid cluster endpoints.

For Developers

For detailed development information including build instructions, testing guidelines, architecture details, and contributing guidelines, see development.md.

Available Tools by Feature

Data Management

Feature	Tool	Description	Parameters
Datasource	`listDatasources`	List all available Druid datasource names	None
Datasource	`showDatasourceDetails`	Show detailed information for a specific datasource including column information	`datasourceName` (String)
Datasource	`killDatasource`	Kill a datasource permanently, removing all data and metadata	`datasourceName` (String), `interval` (String)
Lookup	`listLookups`	List all available Druid lookups from the coordinator	None
Lookup	`getLookupConfig`	Get configuration for a specific lookup	`tier` (String), `lookupName` (String)
Lookup	`updateLookupConfig`	Update configuration for a specific lookup	`tier` (String), `lookupName` (String), `config` (String)
Segments	`listAllSegments`	List all segments across all datasources	None
Segments	`getSegmentMetadata`	Get metadata for specific segments	`datasourceName` (String), `segmentId` (String)
Segments	`getSegmentsForDatasource`	Get all segments for a specific datasource	`datasourceName` (String)
Query	`queryDruidSql`	Execute a SQL query against Druid datasources	`sqlQuery` (String)
Retention	`viewRetentionRules`	View retention rules for all datasources or a specific one	`datasourceName` (String, optional)
Retention	`updateRetentionRules`	Update retention rules for a datasource	`datasourceName` (String), `rules` (String)
Compaction	`viewAllCompactionConfigs`	View compaction configurations for all datasources	None
Compaction	`viewCompactionConfigForDatasource`	View compaction configuration for a specific datasource	`datasourceName` (String)
Compaction	`editCompactionConfigForDatasource`	Edit compaction configuration for a datasource	`datasourceName` (String), `config` (String)
Compaction	`deleteCompactionConfigForDatasource`	Delete compaction configuration for a datasource	`datasourceName` (String)
Compaction	`viewCompactionStatus`	View compaction status for all datasources	None
Compaction	`viewCompactionStatusForDatasource`	View compaction status for a specific datasource	`datasourceName` (String)

Ingestion Management

Feature	Tool	Description	Parameters
Ingestion Spec	`createBatchIngestionTemplate`	Create a batch ingestion template	`datasourceName` (String), `inputSource` (String), `timestampColumn` (String)
Ingestion Spec	`createIngestionSpec`	Create and submit an ingestion specification	`specJson` (String)
Supervisors	`listSupervisors`	List all streaming ingestion supervisors	None
Supervisors	`getSupervisorStatus`	Get status of a specific supervisor	`supervisorId` (String)
Supervisors	`suspendSupervisor`	Suspend a streaming supervisor	`supervisorId` (String)
Supervisors	`startSupervisor`	Start or resume a streaming supervisor	`supervisorId` (String)
Supervisors	`terminateSupervisor`	Terminate a streaming supervisor	`supervisorId` (String)
Tasks	`listTasks`	List all ingestion tasks	None
Tasks	`getTaskStatus`	Get status of a specific task	`taskId` (String)
Tasks	`shutdownTask`	Shutdown a running task	`taskId` (String)

Monitoring & Health

Feature	Tool	Description	Parameters
Basic Health	`checkClusterHealth`	Check overall cluster health status	None
Basic Health	`getServiceStatus`	Get status of specific Druid services	`serviceType` (String)
Basic Health	`getClusterConfiguration`	Get cluster configuration information	None
Diagnostics	`runDruidDoctor`	Run comprehensive cluster diagnostics	None
Diagnostics	`analyzePerformanceIssues`	Analyze cluster performance issues	None
Diagnostics	`generateHealthReport`	Generate detailed health report	None
Functionality	`testQueryFunctionality`	Test query functionality across services	None
Functionality	`testIngestionFunctionality`	Test ingestion functionality	None
Functionality	`validateClusterConnectivity`	Validate connectivity between cluster components	None

Available Resources by Feature

Feature	Resource URI Pattern	Description	Parameters
Datasource	`druid://datasource/{datasourceName}`	Access datasource information and metadata	`datasourceName` (String)
Datasource	`druid://datasource/{datasourceName}/details`	Access detailed datasource information including schema	`datasourceName` (String)
Lookup	`druid://lookup/{tier}/{lookupName}`	Access lookup configuration and data	`tier` (String), `lookupName` (String)
Segments	`druid://segment/{segmentId}`	Access segment metadata and information	`segmentId` (String)

Available Prompts by Feature

Feature	Prompt Name	Description	Parameters
Data Analysis	`data-exploration`	Guide for exploring data in Druid datasources	`datasource` (String, optional)
Data Analysis	`query-optimization`	Help optimize Druid SQL queries for better performance	`query` (String)
Cluster Management	`health-check`	Comprehensive cluster health assessment guidance	None
Cluster Management	`cluster-overview`	Overview and analysis of cluster status	None
Ingestion Management	`ingestion-troubleshooting`	Troubleshoot ingestion issues	`issue` (String, optional)
Ingestion Management	`ingestion-setup`	Guide for setting up new ingestion pipelines	`dataSource` (String, optional)
Retention Management	`retention-management`	Manage data retention policies	`datasource` (String, optional)
Compaction	`compaction-suggestions`	Optimize segment compaction configuration	`datasource` (String, optional), `currentConfig` (String, optional), `performanceMetrics` (String, optional)
Compaction	`compaction-troubleshooting`	Troubleshoot compaction issues	`issue` (String), `datasource` (String, optional)
Operations	`emergency-response`	Emergency response procedures and guidance	None
Operations	`maintenance-mode`	Cluster maintenance procedures	None

Configuration

Configure your Druid connection in src/main/resources/application.properties:

# Spring AI MCP Server configuration
spring.ai.mcp.server.name=druid-mcp-server
spring.ai.mcp.server.version=1.0.0
# Druid configuration
druid.router.url=https://localhost:8888
# Server configuration
server.port=8080
# NOTE: Banner and console logging must be disabled for STDIO transport
spring.main.banner-mode=off

Environment Variables Configuration

For sensitive credentials like username and password, you can use environment variables instead of hardcoding them in properties files.

Supported Environment Variables

DRUID_AUTH_USERNAME: Druid authentication username
DRUID_AUTH_PASSWORD: Druid authentication password
DRUID_ROUTER_URL: Override the default Druid router URL
DRUID_SSL_ENABLED: Enable SSL/TLS support (true/false)
DRUID_SSL_SKIP_VERIFICATION: Skip SSL certificate verification (true/false)

SSL-Encrypted Cluster with Authentication

This section provides comprehensive guidance on connecting to SSL-encrypted Druid clusters with username and password authentication.

Prerequisites

SSL-enabled Druid cluster with HTTPS endpoints
Valid username and password credentials for Druid authentication
SSL certificates properly configured (or ability to skip verification for testing)

Configuration Methods

Method 1: Environment Variables (Recommended for Production)

Set the following environment variables before starting the MCP server:

# Druid cluster URL with HTTPS
export DRUID_ROUTER_URL="https://your-druid-cluster.example.com:8888"
# Authentication credentials
export DRUID_AUTH_USERNAME="your-username"
export DRUID_AUTH_PASSWORD="your-password"
# SSL configuration
export DRUID_SSL_ENABLED="true"
export DRUID_SSL_SKIP_VERIFICATION="false"  # Use "carview.php?tsp=true" only for testing
# Start the MCP server
java -jar target/druid-mcp-server-1.0.0.jar

Method 2: Application Properties

Update src/main/resources/application.properties:

# Druid cluster configuration
druid.router.url=https://your-druid-cluster.example.com:8888
# Authentication
druid.auth.username=your-username
druid.auth.password=your-password
# SSL configuration
druid.ssl.enabled=true
druid.ssl.skip-verification=false

Method 3: Runtime System Properties

Pass configuration as JVM system properties:

java -Ddruid.router.url="https://your-druid-cluster.example.com:8888" \
     -Ddruid.auth.username="your-username" \
     -Ddruid.auth.password="your-password" \
     -Ddruid.ssl.enabled=true \
     -Ddruid.ssl.skip-verification=false \
     -jar target/druid-mcp-server-1.0.0.jar

SSL Configuration Options

Production SSL Setup

For production environments with valid SSL certificates:

export DRUID_ROUTER_URL="https://druid-prod.company.com:8888"
export DRUID_SSL_ENABLED="true"
export DRUID_SSL_SKIP_VERIFICATION="false"

The server will use the system's default truststore to validate SSL certificates.

Development/Testing SSL Setup

For development or testing with self-signed certificates:

export DRUID_ROUTER_URL="https://druid-dev.local:8888"
export DRUID_SSL_ENABLED="true"
export DRUID_SSL_SKIP_VERIFICATION="true"  # WARNING: Only for testing!

⚠️ Security Warning: Never use DRUID_SSL_SKIP_VERIFICATION=true in production environments as it disables SSL certificate validation.

Authentication Methods

The MCP server supports HTTP Basic Authentication with username and password:

Username: Set via DRUID_AUTH_USERNAME or druid.auth.username
Password: Set via DRUID_AUTH_PASSWORD or druid.auth.password

The credentials are automatically encoded using Base64 and sent with each request using the Authorization: Basic header.

Complete Example Configurations

Example 1: Production Environment

#!/bin/bash
# Production configuration script
# Druid cluster settings
export DRUID_ROUTER_URL="https://druid.production.company.com:8888"
# Authentication
export DRUID_AUTH_USERNAME="druid-mcp-user"
export DRUID_AUTH_PASSWORD="secure-password-123"
# SSL settings (production)
export DRUID_SSL_ENABLED="true"
export DRUID_SSL_SKIP_VERIFICATION="false"
# Start MCP server
java -jar target/druid-mcp-server-1.0.0.jar

Example 2: Development Environment

#!/bin/bash
# Development configuration script
# Local Druid cluster with self-signed certificates
export DRUID_ROUTER_URL="https://localhost:8888"
# Test credentials
export DRUID_AUTH_USERNAME="admin"
export DRUID_AUTH_PASSWORD="admin123"
# SSL settings (development - skip verification)
export DRUID_SSL_ENABLED="true"
export DRUID_SSL_SKIP_VERIFICATION="true"
# Start MCP server
java -jar target/druid-mcp-server-1.0.0.jar

Example 3: MCP Client Configuration with SSL

Update your mcp-servers-config.json to include environment variables:

{
  "mcpServers": {
    "druid-mcp-server": {
      "command": "java",
      "args": [
        "-Dspring.ai.mcp.server.stdio=true",
        "-Dspring.main.web-application-type=none",
        "-Dlogging.pattern.console=",
        "-jar",
        "target/druid-mcp-server-1.0.0.jar"
      ],
      "env": {
        "DRUID_ROUTER_URL": "https://your-druid-cluster.example.com:8888",
        "DRUID_AUTH_USERNAME": "your-username",
        "DRUID_AUTH_PASSWORD": "your-password",
        "DRUID_SSL_ENABLED": "true",
        "DRUID_SSL_SKIP_VERIFICATION": "false"
      }
    }
  }
}

MCP Prompt Customization

The server provides extensive prompt customization capabilities through the prompts.properties file located in src/main/resources/.

Prompt Configuration Structure

The prompts.properties file contains:

Global Settings: Enable/disable prompts and set watermarks
Feature Toggles: Control which prompts are available
Custom Variables: Organization-specific information
Template Definitions: Full prompt templates for each feature

Overriding Prompts

You can override any prompt template using Java system properties with the -D flag:

Method 1: System Properties (Runtime Override)

java -Dprompts.druid-data-exploration.template="Your custom template here" \
     -jar target/druid-mcp-server-1.0.0.jar

Method 2: Custom Properties File

Create a custom properties file (e.g., custom-prompts.properties):

# Custom prompt template
prompts.druid-data-exploration.template=My custom data exploration prompt:\n\
1. Custom step one\n\
2. Custom step two\n\
{datasource_section}\n\
Environment: {environment}

Load it at runtime:

java -Dspring.config.additional-location=classpath:custom-prompts.properties \
     -jar target/druid-mcp-server-1.0.0.jar

Available Prompt Variables

All prompt templates support these variables:

Variable	Description	Example
`{environment}`	Current environment name	`production`, `staging`, `dev`
`{organizationName}`	Organization name	`Your Organization`
`{contactInfo}`	Contact information	`your-team@company.com`
`{watermark}`	Generated watermark	`Generated by Druid MCP Server v1.0.0`
`{datasource}`	Datasource name (context-specific)	`sales_data`
`{query}`	SQL query (context-specific)	`SELECT * FROM sales_data`

Prompt Template Examples

Custom Data Exploration Prompt

prompts.druid-data-exploration.template=Welcome to {organizationName} Druid Analysis!\n\n\
Please help me explore our data:\n\
{datasource_section}\n\
Environment: {environment}\n\
Contact: {contactInfo}\n\n\
{watermark}

Custom Query Optimization Prompt

prompts.druid-query-optimization.template=Query Performance Analysis for {organizationName}\n\n\
Query to optimize: {query}\n\n\
Please provide:\n\
1. Performance bottleneck analysis\n\
2. Optimization recommendations\n\
3. Best practices for our {environment} environment\n\n\
{watermark}

Disabling Specific Prompts

You can disable individual prompts by setting their enabled flag to false:

mcp.prompts.data-exploration.enabled=false
mcp.prompts.query-optimization.enabled=false

Or disable all prompts globally:

mcp.prompts.enabled=false

MCP Integration

This server uses Spring AI's MCP Server framework and supports both STDIO and SSE transports. The tools, resources, and prompts are automatically registered and exposed through the MCP protocol.

Transport Modes

STDIO Transport (Recommended for LLM clients)

java -Dspring.ai.mcp.server.stdio=true \
     -Dspring.main.web-application-type=none \
     -Dlogging.pattern.console= \
     -jar target/druid-mcp-server-1.0.0.jar

SSE Transport (HTTP-based)

java -jar target/druid-mcp-server-1.0.0.jar
# Server available at https://localhost:8080

MCP Configuration for LLMs

A ready-to-use MCP configuration file is provided at mcp-servers-config.json that can be used with LLM clients to connect to this Druid MCP server.

The configuration includes both transport options:

STDIO Transport (Recommended)

More details on this on examples/stdio/README.md.

{
  "mcpServers": {
    "druid-mcp-server": {
      "command": "java",
      "args": [
        "-Dspring.ai.mcp.server.stdio=true",
        "-Dspring.main.web-application-type=none",
        "-Dlogging.pattern.console=",
        "-jar",
        "target/druid-mcp-server-1.0.0.jar"
      ]
    }
  }
}

SSE Transport

More details on this on examples/sse/README.md.

{
  "mcpServers": {
    "druid-mcp-server-sse": {
      "url": "https://localhost:8080"
    }
  }
}

Using with LLM Clients

Build the server first: See development.md for build instructions
For STDIO transport: The MCP server will be automatically started by the LLM client
For SSE transport: Start the server manually first

Examples

This repository includes comprehensive examples to help you get started with different deployment scenarios and transport modes:

🐳 Druid Cluster Setup

Complete Docker Compose configuration for running a full Apache Druid cluster locally. Perfect for development, testing, and learning about Druid cluster architecture.

Features:

Full Druid cluster with all components (Coordinator, Broker, Historical, MiddleManager, Router)
PostgreSQL metadata storage and ZooKeeper coordination
Pre-configured with sample data and ingestion examples
Integrated Druid MCP Server for immediate testing

📡 STDIO Transport Configuration

Configuration examples for STDIO (Standard Input/Output) transport mode - the recommended method for integrating with LLM clients like Claude Desktop.

Features:

Development and production configuration templates
Authentication and SSL setup examples
Integration guides for popular MCP clients
Troubleshooting and security best practices

🐳📡 STDIO Transport with Docker

Configuration examples for running the Druid MCP Server using Docker with STDIO transport mode. This approach combines the convenience of Docker deployment with STDIO transport for LLM client integration.

Features:

Docker-based MCP configuration files for development and production
No Java installation required on client machines
Docker Compose setup for simplified deployment
Environment variable configuration for Druid connections
Authentication and SSL support via Docker environment variables

🌐 SSE Transport Configuration

Configuration examples for SSE (Server-Sent Events) transport mode, providing HTTP-based communication suitable for web applications and REST API integrations.

Features:

HTTP-based MCP server configuration
Custom port and production deployment examples
Web client integration patterns
Comparison with STDIO transport mode

Related Projects

This Druid MCP Server is part of a comprehensive ecosystem of Apache Druid tools and extensions developed by iunera. These complementary projects enhance different aspects of Druid cluster management and data ingestion:

🔧 Druid Cluster Configuration

Advanced configuration management and deployment tools for Apache Druid clusters. This project provides:

Automated Cluster Setup: Streamlined configuration templates for different deployment scenarios
Configuration Management: Best practices and templates for production Druid clusters
Deployment Automation: Tools and scripts for consistent cluster deployments
Environment-Specific Configs: Optimized configurations for development, staging, and production environments

Integration with Druid MCP Server: The cluster configurations provided by this project work seamlessly with the monitoring and management capabilities of the Druid MCP Server, enabling comprehensive cluster lifecycle management.

📊 Code Ingestion Druid Extension

A specialized Apache Druid extension for ingesting and analyzing code-related data and metrics. This extension enables:

Code Metrics Ingestion: Specialized parsers for code analysis data and software metrics
Developer Analytics: Tools for analyzing code quality, complexity, and development patterns
CI/CD Integration: Seamless integration with continuous integration and deployment pipelines
Custom Data Formats: Support for various code analysis tools and formats

Integration with Druid MCP Server: This extension expands the ingestion capabilities that can be managed through the MCP server's ingestion management tools, providing specialized support for code analytics use cases.

Why Use These Together?

Complete Ecosystem: From cluster setup to specialized data ingestion and management
Consistent Architecture: All projects follow similar design principles and integration patterns
Enhanced Capabilities: Each project extends different aspects of the Druid ecosystem
Production Ready: Battle-tested configurations and extensions for enterprise deployments

Roadmap

Readonly Mode: Implement a Readonly Mode (R) for Druid and disallow the Create, Update, Delete on all tools.
Authentication on SSE Mode: Introduce Oauth Authentication
Druid Auto Compaction: Intelligent automatic compaction configuration
MCP Auto Completion: Enhanced autocomplete functionality with sampling
Proper Observability: Comprehensive metrics and tracing
Enhanced Monitoring: Advanced cluster monitoring and alerting capabilities
Advanced Analytics: Machine learning-powered insights and recommendations
Security Enhancements: Advanced authentication and authorization features
Kubernetes Support: Proper deployment on Kubernetes

About iunera

This Druid MCP Server is developed and maintained by iunera, a leading provider of advanced AI and data analytics solutions.

iunera specializes in:

AI-Powered Analytics: Cutting-edge artificial intelligence solutions for data analysis
Enterprise Data Platforms: Scalable data infrastructure and analytics platforms (Druid, Flink, Kubernetes, Kafka, Spring)
Model Context Protocol (MCP) Solutions: Advanced MCP server implementations for various data systems
Custom AI Development: Tailored AI solutions for enterprise needs

As veterans in Apache Druid iunera deployed and maintained a large number of solutions based on Apache Druid in productive enterprise grade scenarios.

For more information about our services and solutions, visit www.iunera.com.

Contact & Support

Need help? Let

Website: https://www.iunera.com
Professional Services: Contact us through www.iunera.com or email for enterprise support and custom development
Open Source: This project is open source and community contributions are welcome

Name		Name	Last commit message	Last commit date
Latest commit History 9 Commits
.github/workflows		.github/workflows
.junie		.junie
.mvn/wrapper		.mvn/wrapper
assets/images		assets/images
examples		examples
src		src
.aiignore		.aiignore
.dockerignore		.dockerignore
.gitattributes		.gitattributes
.gitignore		.gitignore
DOCKERHUB.md		DOCKERHUB.md
Dockerfile		Dockerfile
LICENSE		LICENSE
README.md		README.md
development.md		development.md
mvnw		mvnw
mvnw.cmd		mvnw.cmd
pom.xml		pom.xml

License

iunera/druid-mcp-server

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Druid MCP Server

Overview

Video Walkthrough

Features

MCP Inspector Interface

Available Tools

Available Resources

Available Prompts

Quick Start

Prerequisites

Build and Run

Installation from Maven Central

Prerequisites

Download and Run

Installation with Docker

Prerequisites

Pull and Run

For Developers

Available Tools by Feature

Data Management

Ingestion Management

Monitoring & Health

Available Resources by Feature

Available Prompts by Feature

Configuration

Environment Variables Configuration

Supported Environment Variables

SSL-Encrypted Cluster with Authentication

Prerequisites

Configuration Methods

Method 1: Environment Variables (Recommended for Production)

Method 2: Application Properties

Method 3: Runtime System Properties

SSL Configuration Options

Production SSL Setup

Development/Testing SSL Setup

Authentication Methods

Complete Example Configurations

Example 1: Production Environment

Example 2: Development Environment

Example 3: MCP Client Configuration with SSL

MCP Prompt Customization

Prompt Configuration Structure

Overriding Prompts

Method 1: System Properties (Runtime Override)

Method 2: Custom Properties File

Available Prompt Variables

Prompt Template Examples

Custom Data Exploration Prompt

Custom Query Optimization Prompt

Disabling Specific Prompts

MCP Integration

Transport Modes

STDIO Transport (Recommended for LLM clients)

SSE Transport (HTTP-based)

MCP Configuration for LLMs

STDIO Transport (Recommended)

SSE Transport

Using with LLM Clients

Examples

🐳 Druid Cluster Setup

📡 STDIO Transport Configuration

🐳📡 STDIO Transport with Docker

🌐 SSE Transport Configuration

Related Projects

🔧 Druid Cluster Configuration

📊 Code Ingestion Druid Extension

Why Use These Together?

Roadmap

About iunera

Contact & Support

About

Topics

Resources

Packages