"Information about Docker containerization technology" matching MCP servers:

Enables secure Docker command execution from isolated environments like containers through MCP protocol. Provides tools for managing Docker containers, images, and Docker Compose services with security validation and async operation support.

A project that integrates Model Control Protocol with OpenAI's API, allowing OpenAI to access and utilize tools exposed by a dockerized MCP server.

MCP server that exposes Abrasio as an agentic browser for AI models, allowing Claude, Cursor, and other MCP-compatible AIs to control a real web browser with anti-detection fingerprinting.

Enables Claude Code to delegate tasks to OpenCode subagents asynchronously, with tools for starting tasks, polling status, and fetching results.

Enables agent-neutral MCP clients to inspect native T3 inventory and results, persist signed events, perform explicit bounded delegation, and retain durable auditable receipts.

MCP bridge for Kimi Code native AgentSwarm with inference through ai&. Supports authenticated Streamable HTTP MCP and Docker deployment.

Provides AI assistants with real-time access to the AGNO framework documentation by enabling them to browse, search, and fetch documentation pages. This server allows users to query information about AGNO's Agents, Teams, and Workflows directly through MCP-compatible clients.

Orchestrate parallel Claude agent workloads via Docker containers with combinators for parallel execution, map-reduce, and pipeline workflows.

Enables AI agents to deploy and manage Docker containers on your own machine via MCP tools, providing public HTTPS URLs through free Cloudflare quick tunnels.

MCP server enabling web monitoring, deep research, and browser automation through Yutori's web agentic technology.

Persistent tmux-backed MCP server that lets Claude Code control Codex CLI's interactive TUI, including slash commands and $imagegen. Run local shells, SSH, Docker, WSL, REPLs, and supported coding agents through durable PTY sessions.

Enables running isolated main and sub agent tasks in networkless Docker capsules with explicit input grants, verified artifact delivery, and independent reviewer oversight via MCP tools.

A persistent memory implementation using a local knowledge graph that lets Claude remember information about users across conversations.

The AgentOps MCP server provides access to observability and tracing data for debugging complex AI agent runs. This adds crucial context about where the AI agent succeeds or fails.

Self-hosted Docker sandboxes for coding agents: create a sandbox with its own Docker daemon, deploy a docker-compose stack into it, read and write its files, and get a URL for every app. Tokens can be limited to one sandbox.

CloakBrowser MCP server for AI agents: Playwright-powered browsing, clean tool forwarding, Docker support, and multi-session HTTP transport.

The Wanaku MCP Router stands between autonomous AI agents and your enterprise systems. Wanaku leverages proven integration technology, like Apache Camel, to set up and manage hundreds or thousands of integrations.

Enables AI agents to perform Playwright-compatible browser automation with persistent profiles, Chrome extension support, proxy matching, humanized input, and npm/Docker deployment over stdio or Streamable HTTP.

Enables AI agents to perform browser automation through Playwright-compatible tools, CloakBrowser Chromium, persistent profiles, Docker or npm deployment, and stdio or Streamable HTTP transport.

Unified Model Context Protocol server that bundles Slack, GitHub, Jira, PostgreSQL, Redis, AWS, webhooks, and email into one lightweight Docker container, providing a single REST API and web dashboard for AI agent integration.

Enables AI agents and compatible clients to automate real Chromium browsing through Playwright-compatible tools over stdio or Streamable HTTP, with persistent profiles, extensions, proxy matching, and Docker/npm deployment.

Enables AI agents to automate and inspect web browsers through Playwright-compatible tools, persistent profiles, extensions, proxy matching, and humanized interactions. It can be deployed via npm or Docker over stdio or Streamable HTTP.

A unified mesh control layer that provides 30 MCP tools for managing distributed infrastructure, enabling AI agents to execute commands, transfer files, and manage Docker containers across multiple nodes. It features persistent SSH2 connection pooling and cross-node configuration synchronization to unify disparate servers into a single interface.

A server that enables AI models to access user geolocation information via EdgeOne Pages Functions through the Model Context Protocol.

A transparent message ferry between Claude Desktop and Claude Code CLI, enabling task delegation with any MCP configuration without the bridge needing to know about specific MCPs.

Enables AI agents to perform Playwright-compatible browser automation through unchanged upstream tools, using a Chromium runtime with persistent profiles, proxy matching, humanized interactions, and Docker or stdio/Streamable HTTP deployment options.

Enables AI agents to automate web browsing through Playwright-compatible tools, with npm or Docker installation, stdio or Streamable HTTP transport, persistent profiles, proxy matching, extension loading, and humanized interactions.

A Model Control Protocol server implementation that allows Claude Desktop to use Deepseek models running in Docker, enabling seamless integration between Claude Desktop and Deepseek's language models.

Enables AI agents to drive real browser automation through an unchanged Playwright MCP tool surface backed by CloakBrowser Chromium, with persistent profiles, proxy matching, humanized input, and npm, Docker, or Streamable HTTP deployment.

Enables autonomous multi-agent orchestration using directed acyclic graph workflows to interact with external developer infrastructure such as Git, Postgres, and Docker through safety-gated MCP servers.

Provides intelligent weather services through an orchestrated multi-server architecture with Docker support, enabling natural language weather queries, forecasting, and alert monitoring powered by local LLM integration.

Enables Cursor agents to communicate via a shared chat room, allowing them to ask questions, share status, and warn about conflicts while collaborating on the same repo.

Self-hosted MCP governance gateway that aggregates 150+ tools behind policy profiles (strict/balanced/dev) with a per-call audit trail. Python 3.12/FastAPI, Docker-deployable, built for regulated environments that need observability over agent tool calls.

Enables AI agents to perform Playwright-compatible browser automation with persistent profiles, proxy routing, extension loading, and humanized mouse, keyboard, and scroll interactions over stdio, Streamable HTTP, npm, or Docker.

Enables AI assistants to manage Docker/Podman deployments through Komodo, supporting container management, server orchestration, and infrastructure control via natural language.

Open-source, Windows-first control plane for operating local and homelab services through typed MCP servers, featuring 13 servers and 290 tools with infrastructure adapters for Windows, Ubuntu, Docker, and more.

Enables Claude Code sessions to discover each other as named peers and exchange instant messages across directories, machines, and Docker containers, with durable delivery for offline sessions.

Enables read-only access to Pocket Agent's product information, public persona templates, and app catalog. No authentication required.

Deterministic execution engine for AI agents. 412 modules across 78 categories including browser automation, file I/O, Docker, data parsing, crypto, and scheduling. Supports STDIO and Streamable HTTP transport with execution trace, evidence snapshots, and replay from any step.

Provides a drop-in Playwright MCP-compatible browser automation server backed by CloakBrowser Chromium, letting AI agents run unchanged upstream browser tools over stdio or Streamable HTTP via npm or Docker. It adds persistent browser profiles, managed CDP access, GeoIP-aware proxies, and humanized mouse, keyboard, and scroll behavior for interaction-sensitive automation.