Docker is a software platform that allows you to build, test, and deploy applications quickly using containers. Containers let developers package up an application with all of the parts it needs, such as libraries and other dependencies, and ship it all out as one package.
Why this server?
Supports running the MCP server in a Docker container for a secure, sandboxed environment with minimal blast radius.
Why this server?
Supports deployment as a Docker container with pre-built images available from GitHub Container Registry
Why this server?
Supports containerized deployment of the MCP server with detailed Dockerfile configuration
Why this server?
Provides Docker container deployment option for running the MCP server with configurable environment variables
Why this server?
Provides a containerized deployment option for running the CoinStats MCP server in a Docker environment, allowing for isolated and portable execution.
Why this server?
Provides instructions for running the MCP server in a containerized environment using Docker.
Why this server?
Provides tools for monitoring running Docker container images across runtime clusters with their security and operational status through JFrog's runtime services.
Why this server?
Supports running the MCP server in a Docker container, with the ability to mount local Pulumi project directories to perform operations on containerized Pulumi projects.
Why this server?
Enables running Memgraph MAGE in a Docker container with schema information enabled, making the database accessible for LLM interactions
Why this server?
Can be deployed as a Docker container, making the WeatherXM PRO API available through the MCP protocol
Why this server?
Supports containerized deployment of the Chronulus MCP server using Docker images
Why this server?
Provides a containerized deployment option with preconfigured DNS settings (using quad9) to bypass common connection issues when accessing torrent sites
Why this server?
Provides containerized deployment of the YggTorrent MCP server with Docker and Docker Compose for easy setup and isolation.
Why this server?
Docker support is in progress as mentioned in the 'In Progress' section
Why this server?
Provides a containerized deployment option for the Yahoo Finance MCP server, allowing users to run the server in an isolated environment without installing dependencies.
Why this server?
Provides containerization support with built-in Docker integration, enabling easy deployment and consistent runtime environment through provided Dockerfile and docker-compose configurations.
Why this server?
Allows containerized deployment of the MCP server using Docker, with configuration through environment variables and port publishing.
Why this server?
Supports deployment and execution as a Docker container, with ability to configure environment variables for the Inspire API and image paths.
Why this server?
Supports containerized deployment through Docker, allowing the memory server to be run in isolated containers with appropriate build and run commands.
Why this server?
Allows to create Railway services from Docker images.
Why this server?
Supports running and extending the proxy as a Docker container, with instructions for creating custom Docker images and Docker Compose setup.
Why this server?
ATLAS integrates with Docker for simplified installation and running of Neo4j. Docker-compose is included in the repository for self-hosting the Neo4j database.
Why this server?
Offers a containerized deployment option for the MCP server, making it suitable for Docker environments when running in HTTP mode for remote usage.
Why this server?
Provides Docker container deployment option, allowing users to run the PDF reader MCP server in an isolated environment with project directory mounting.
Why this server?
Supports containerized deployment of the MCP image extraction service through Docker, allowing for isolated and portable execution environments.
Why this server?
Built with containerization in mind, enabling deployment in isolated environments with a pre-built image available for multiple platforms.
Why this server?
Provides deployment options through Docker containers, allowing the MCP server to be containerized and run in various environments.
Why this server?
Enables containerized deployment of the MCP server through Docker images
Why this server?
Supports running the MCP server in a Docker container, providing an isolated environment with all dependencies for the Lara Translate integration.
Why this server?
Offers containerized deployment of the mindmap conversion service with specific tools for generating either HTML content or files saved to mounted volumes
Why this server?
Provides Docker Compose setup for easily running the required VOICEVOX engine locally.
Why this server?
Supports containerized deployment of the MCP server through Docker, with configuration via environment variables for connecting to Alertmanager instances.
Why this server?
Supports Docker deployment with included Dockerfile and docker-compose configurations for containerized operation.
Why this server?
Allows running the MCP server in a containerized environment with Docker, providing an alternative deployment option with proper isolation and easier environment management.
Why this server?
Provides containerized deployment of MCP servers through Docker, enabling isolated execution environments for dynamically created servers.
Why this server?
Provides containerized deployment option with official Docker images available on Docker Hub and GitHub Container Registry for running the server in a containerized environment.
Why this server?
Provides containerized deployment of the Postgres MCP server with automatic hostname remapping to work from inside containers on different operating systems.
Why this server?
Provides containerized deployment through Docker Compose, allowing for easier setup and management of the MCP server environment.
Why this server?
Provides tools for checking available tags for Docker container images from Docker Hub
Why this server?
Uses Docker to run GraphDB and provide SPARQL endpoint functionality
Why this server?
Offers Docker configuration for containerized deployment of the MCP Firebird server alongside a Firebird database, with detailed Dockerfile and docker-compose examples for production use.
Why this server?
Enables running an OpenSearch cluster through Docker Compose for development and testing purposes, with a preconfigured 3-node cluster setup.
Why this server?
Offers a containerized deployment option through Docker, allowing users to run the MCP server in an isolated environment with all dependencies pre-configured.
Why this server?
Provides deployment option for running the Memory Bank MCP Server in a containerized environment
Why this server?
Allows running the MCP server as a Docker container, providing an alternative deployment method to the npm package.
Why this server?
Enables running the MCP server in a containerized environment with Docker, maintaining Kaggle API credentials through environment variables.
Why this server?
Offers pre-built Docker images available through Docker Hub and GitHub Container Registry for containerized deployment.
Why this server?
Provides capabilities to search for Docker images on Docker Hub and retrieve detailed information about specific images and tags.
Why this server?
Optional containerization platform for deploying the MCP server in an isolated environment.
Why this server?
Provides secure code execution in isolated Docker containers, used for safely running user-provided code snippets.
Why this server?
Provides tools for running the ORAS MCP Server inside a Docker container, making deployment and execution straightforward without local installation requirements.
Why this server?
Provides Docker-based deployment options for running the MCP server in a containerized environment, with configuration examples for both VS Code and Claude Desktop.
Why this server?
Provides containerized deployment of the MCP server, supporting both interactive stdio mode and Streamable HTTP mode with port mapping.
Why this server?
Provides containerized deployment options with pre-built Docker images that can be pulled from Docker Hub, along with Docker Compose configurations for easier setup.
Why this server?
Provides integration with Docker through the devcontainers CLI, enabling tools to initialize, start, and execute commands within development containers for consistent development environments.
Why this server?
Supports deployment as a Docker container, allowing the Monday.com MCP server to be run in containerized environments.
Why this server?
Provides a Docker deployment option with path mapping capabilities to enable file operations between the host and container when using storage-related commands.
Why this server?
Offers a containerized deployment option that communicates with Unity over the network.
Why this server?
Supports containerized deployment of the BICScan MCP Server, enabling easy setup and isolation of the server environment.
Why this server?
Offers Docker deployment support, making it easy to containerize and deploy the MySQL MCP server in various environments.
Why this server?
Runs commands within an isolated Docker container environment without giving access to the host Docker daemon.
Why this server?
Supports containerized deployment through Docker, with configuration options for running the MCP server as a Docker container.
Why this server?
Runs as a containerized service with special configurations for host connectivity, allowing MySQL database access from Docker environments with proper networking setup.
Why this server?
Supports Docker-based deployment using docker-compose for containerized production environments
Why this server?
Supports deployment using Docker and Docker Compose for containerized deployment
Why this server?
Provides Docker setup and deployment options for running the MCP server with Docker Compose, including build, run, and monitoring commands.
Why this server?
Supports running the code assistant server in a Docker container, with specific configuration instructions for integration
Why this server?
Provides Docker container deployment for the Valyu MCP server, allowing users to run the server in an isolated environment.
Why this server?
Offers containerized deployment of the MCP server with a REST API exposed on port 9097, enabling seamless integration with Docker environments.
Why this server?
Provides configuration support for connecting to Chrome running in Docker containers, with specific setup instructions for containerized environments.
Why this server?
Provides Docker-based setup for easy deployment of the MCP server, with Docker Compose support for building, running and managing the server container.
Why this server?
Enables container and Docker Compose stack management, including creation of standalone containers, deployment of compose stacks, retrieval of container logs, and listing of container status and information.
Why this server?
Provides Docker-based deployment option for running the MCP server, with environment variable configuration for authentication.
Why this server?
Enables running the MCP server in a containerized environment, with configuration options for passing API credentials and environment variables to the Docker container.
Why this server?
Enables the execution of containerized MCP servers, particularly used for running the GitHub MCP server and potentially other tool integrations.
Why this server?
Supports containerized deployment of the MCP server using Docker, with instructions for building and running the container.
Why this server?
Provides containerization of the MCP server for consistent deployment environments and simplified operations.
Why this server?
Enables running the filesystem MCP server in a containerized environment with volume mounting to control access to specific directories on the host system.
Why this server?
Provides containerization for the filesystem MCP server, allowing secure access to specified directories through Docker mounts. The README includes Docker configuration examples.
Why this server?
Generates Docker configurations (Dockerfile and docker-compose.yml) to containerize and run the mock API servers
Why this server?
Enables execution of code in Docker containers, allowing LLMs to run isolated code environments for data processing or computation tasks.
Why this server?
Supports containerized deployment of the MCP server for production environments.
Why this server?
Supports containerized deployment using Docker for production environments
Why this server?
Supports deployment of the MCP server in Docker containers for production environments, with configuration options for environment variables and Claude Desktop integration.
Why this server?
Supports deployment through Docker for production environments, with a bundled minimal Docker setup for containerized operation.
Why this server?
Supports containerized deployment of the prompts MCP server with volume mounting for prompt storage
Why this server?
Provides containerized deployment of the MCP server through Docker, with environment variable configuration for Kibela authentication.
Why this server?
Supports containerized deployment, allowing AI systems to run YepCode processes in isolated Docker environments.
Why this server?
Provides containerized deployment options through Docker, including GitHub Container Registry integration
Why this server?
Provides containerized deployment of the MCP server through Docker, with support for Docker Compose to easily run both the ThingsPanel MCP server and MCP Inspector for debugging.
Why this server?
Supports containerized deployment of the MCP server for simplified integration and consistent environment.
Why this server?
Offers containerized deployment of the Illumio MCP server with configuration options for environment variables, volume mounting, and integration with Claude Desktop.
Why this server?
Enables runtime security analysis of containers, including process behavior monitoring, baselines, and container inventory management.
Why this server?
Provides the ability to proxy any Docker API requests, allowing for complete management of Docker containers, images, networks, and other resources.
Why this server?
Supports containerized deployment with various methods for environment variable injection, allowing secure configuration of credentials for production environments.
Why this server?
Enables deployment of the MCP server using Docker Compose for containerized setup and management.
Why this server?
Enables containerized deployment of the MCP server with ready-made scripts for building, pushing, and deploying Docker images.
Why this server?
Provides containerized deployment of the server with Docker, allowing isolated execution with proper credential configuration.
Why this server?
Supports containerized deployment of the Korea Weather MCP server, allowing for isolated and consistent execution across different environments.
Why this server?
Integrates with Docker to run the WebSearch Crawler API service, which handles the actual web searches and retrieves results from the internet
Why this server?
Supports integration patterns for deploying the storage server within Docker containers as mentioned in the integrations guide.
Why this server?
Provides containerization support for easier deployment and isolated execution of the MCP server
Why this server?
Supports containerized deployment of the Sharepoint MCP server with Docker, enabling portable and isolated execution
Why this server?
Enables management of Docker containers through the Sakura Cloud AppRun platform, allowing users to create, update, start, stop, and delete containerized applications with custom Docker images.
Why this server?
Allows running the FalkorDB MCP server in a containerized environment with network configuration for connecting to FalkorDB instances.
Why this server?
Allows running the MCP server as a Docker container for easy deployment and usage.
Why this server?
Allows running the MCP server in a Docker container for containerized deployment.
Why this server?
Used for publisher release management and versioning of Netskope components, with capabilities to configure and deploy specific Docker tags for upgrade profiles.
Why this server?
Allows managing Docker containers through natural language commands, including operations such as creating, starting, stopping, and monitoring containers.
Why this server?
Supports containerized deployment with multi-platform support for Linux/amd64, Linux/arm64, and Linux/arm/v7, allowing easy configuration via environment variables or command line arguments.
Why this server?
Offers containerized deployment of the ToolFront MCP server through Docker images
Why this server?
Supports hosting Ubuntu24 containers for creating stable environments to run AI models.
Why this server?
Provides Docker environment management for remote servers, enabling execution of commands within containers.
Why this server?
Recommended method for self-hosting Convex using Docker containers
Why this server?
Offers containerized deployment via Docker, allowing the MCP server to run in isolated environments with preconfigured settings.
Why this server?
Runs Python code in isolated Docker containers for secure execution, enabling safe installation of packages and execution of arbitrary Python code
Why this server?
Securely runs Python code in isolated Docker containers for safe execution of user and LLM-provided code.
Why this server?
Offers containerized deployment options for the MCP server with both STDIO and SSE transport methods, facilitating easy installation and deployment
Why this server?
Runs the Ilograph MCP server within a containerized environment, allowing easy deployment and isolation.
Why this server?
Supports deployment through Docker and Docker Compose with preconfigured containers for both the MCP server and Neo4j database
Why this server?
Offers integration with Docker Desktop Kubernetes clusters, allowing resource management and operations through the registered Docker Desktop cluster configuration.
Why this server?
Used to package and run HydraMCP in an isolated environment with necessary security tools bundled together
Why this server?
Provides production-ready containerization with health checks for secure deployment of the MCP server
Why this server?
Provides containerization support for running BrowserLoop in isolated environments with Docker, ensuring consistent execution across different systems.
Why this server?
Provides Docker container deployment options for easy setup and consistent runtime environments.
Why this server?
Provides ready-to-use Docker deployment for production environments with containerized A2AMCP server and Redis backend
Why this server?
Provides official Docker images for containerized deployment of the MCP server
Why this server?
Supports containerized deployment using Docker for running the OpenFGA MCP server in isolated environments
Why this server?
Offers containerization through Docker for both backend and frontend components, allowing for consistent deployment environments.
Why this server?
Provides containerized deployment of the fashion recommendation system with separate containers for frontend, backend, and database services.
Why this server?
Provides containerized deployment of Neo4j database for easier setup and configuration
Why this server?
Provides production-ready Docker deployment for the MCP server with complete configuration support through Docker Compose.
Why this server?
Supports containerized deployment through Docker, enabling portable and isolated execution of the Twelve Data MCP server
Why this server?
Provides Docker container deployment options for running the DBHub server with configurable database connections and transport options.
Why this server?
Enables deployment and configuration of the MCP server through Docker and Docker Compose, with specific settings for networking and container management.
Why this server?
Enables scanning of container images for vulnerabilities and malicious packages, supporting both remote registry images and local image tarballs.
Why this server?
Supports containerization for easy deployment with Docker, including health checks and volume mounting for module management
Why this server?
Facilitates running the JDBCX server in a Docker container, which the MCP server communicates with to provide database access capabilities.
Why this server?
Offers containerized deployment options with Docker, including pre-configured Docker images and multi-container setups via Docker Compose
Why this server?
Uses Docker for container isolation as a security layer when executing tools on behalf of AI systems.
Why this server?
Enables checking Docker status and potentially executing Docker commands through the bash interface.
Why this server?
Supports containerized deployment through Docker, allowing the MCP server to run in isolated environments with configurable settings through environment variables.
Why this server?
Direct Docker image deployment to Dokploy, allowing applications to be deployed from Docker images
Why this server?
Allows running the MCP server as a container, with configuration options for both SSE and stdio transports
Why this server?
Supports containerization of the MCP server for deployment to Google Cloud Run, with the deployment script handling Docker container building and pushing to Google Container Registry.
Why this server?
Supports running the MCP server over Docker with volume mounting capabilities
Why this server?
Allows management of Docker with natural language, including composing containers, introspecting running containers, and managing Docker volumes, networks, and images.
Why this server?
Offers containerized deployment options for running the Short Video Maker, including specialized images for CPU and NVIDIA GPU acceleration.
Why this server?
Provides containerized deployment options with different transport modes (HTTP, SSE) for production and development environments.
Why this server?
Provides containerized deployment of the MCP server, with support for mounting host directories as read-only or read-write volumes, allowing secure file operations from within Docker containers.
Why this server?
Provides an alternative deployment method for running the Dart MCP server in a containerized environment.
Why this server?
Enables containerized deployment of the Neo N3 MCP server, supporting isolated and consistent execution environments across different platforms.
Why this server?
Offers containerized deployment options for running the MCP server across different environments, with specific configuration instructions for Linux, macOS and Windows systems.
Why this server?
Provides containerized browser automation capabilities through a Docker image, supporting headless Chromium for web interaction in isolated environments.
Why this server?
Provides containerized deployment of the MCP server
Why this server?
Supports deployment of Wiki.js using Docker with one-command setup, persistent storage configuration, and health monitoring for production environments.
Why this server?
Provides instructions for running Vertica with Docker Compose, including environment setup and container configuration for testing purposes.
Why this server?
Provides containerized deployment of the UniProt MCP server with multi-stage builds and security best practices
Why this server?
Supports containerized deployment of the ChEMBL MCP server, allowing users to run the server in an isolated environment with all dependencies.
Why this server?
Enables running the Phalcon MCP server in a containerized environment, with specific instructions for integrating the Docker image with MCP-supporting applications.
Why this server?
Offers a Docker container for easy deployment and running of the Root Signals MCP Server.
Why this server?
Provides containerization support for easy deployment of the URL reputation service, with Docker Compose configuration for managing the service and its Redis dependency.
Why this server?
Provides containerized deployment of the CS2 RCON MCP server with configurable environment variables for server connection settings
Why this server?
Allows running ChromaDB server as a Docker container, providing vector storage capabilities for the RAG system
Why this server?
Supports containerized deployment of the MCP server with signed container images
Why this server?
Supports containerized deployment of the MCP server with Docker build and run capabilities.
Why this server?
Supports Docker integration for building and testing environments, with specific commands for building Docker images and running tests in containerized environments.
Why this server?
Supports containerized deployment via Docker, with configuration through environment variables to connect to database backends when running in containers.
Why this server?
Enables running the MCP server in a containerized environment with Docker, allowing for isolated and portable deployment of the MCP Everything test server.
Why this server?
Provides an isolated browser environment through Docker containerization
Why this server?
Required for code generation during development, used to generate API client/server schemas for the TouchDesigner integration.
Why this server?
Provides containerized deployment with VNC streaming capabilities, allowing clients to view the automated browser activities
Why this server?
Offers production-ready Docker deployment for the MCP server, with complete configuration for containerized operation including Docker Compose support.
Why this server?
Supports containerized deployment of the EPSS MCP server, enabling consistent runtime environments and easier integration with tools like Open-WebUI.
Why this server?
Supports containerized deployment with Docker, enabling portable and isolated running of the Zillow MCP server with proper environment configuration.
Why this server?
Enables easy deployment and management of the DevDocs service using Docker containers, with scripts for startup, monitoring, and maintenance
Why this server?
Offers containerized deployment of the MCP server for easy integration with Claude Desktop
Why this server?
Provides containerization support for running the MCP Internet Speed Test server in an isolated environment, with Docker configuration for building and deploying the service.
Why this server?
Provides configuration for containerized deployment of the MCP server, allowing for local testing and isolated runtime environments.
Why this server?
Supports containerized deployment using Docker, with configurations for both standalone operation and integration with Claude Desktop.
Why this server?
Supports containerized deployment through Docker Compose with provided configuration for building and running the MCP server.
Why this server?
Provides containerized deployment of the Lulu Print MCP server through Docker and Docker Compose
Why this server?
Enables the MCP server to run inside Docker containers, providing tool access while maintaining isolation and portability.
Why this server?
Enables management of Docker containers on Litmus Edge, including listing all containers and launching Docker containers via Litmus Edge Marketplace.
Why this server?
Supports containerized deployment of the MCP server using Docker, allowing for isolated and portable operation with proper environment configuration.
Why this server?
Supports running Azure Storage Emulator through Docker during local development for testing blob storage operations.
Why this server?
Offers containerized deployment of the MCP server through Docker, simplifying setup and ensuring consistent environments for Earth data analysis workflows.
Why this server?
Offers containerized deployment of the PDF server, with volume mounting capabilities to access and manage PDF files between host and container
Why this server?
Enables containerized deployment of the transcription service, making it portable and providing a consistent runtime environment.
Why this server?
Provides tools for searching, analyzing, and interacting with Docker images, containers, and registries, including security scanning, image size optimization, docker-compose generation, and container runtime analysis.
Why this server?
Uses Docker containers to provide secure, isolated execution environments for code generated by LLMs
Why this server?
Uses Docker to run the Qdrant vector database which stores the persistent memories created by the model.
Why this server?
Supports containerized deployment through Docker, enabling filesystem operations in an isolated environment with volume mounts for controlled access to host directories.
Why this server?
Provides containerized deployment options with specific configurations for database connections from within Docker environments.
Why this server?
Provides Docker container management capabilities including retrieving container information, restarting containers, fetching configurations, and filtering containers by application attributes.
Why this server?
Allows containerized deployment with configurable environment variables and persistent configuration between container restarts.
Why this server?
Provides a containerized version of the Patchright MCP server, accessible through Docker Hub for easy deployment and integration with AI tools
Why this server?
Enables interaction with Docker Desktop on Windows, providing tools for container lifecycle management, network management, and image management, allowing users to create, start, stop, and remove containers, manage Docker networks, and build, pull, push, and tag images.
Why this server?
Supports integration with Docker for running Orthanc server in development and testing environments.
Why this server?
Provides containerization for the server, enabling easy setup and deployment with Docker and Docker Compose.