Discover our curated collection of MCP servers for deployment & devops. Browse 3069 servers and find the perfect MCPs for your needs.
Executes shell commands with structured output, enabling command execution with detailed results.
Manages Jenkins operations, enabling job listing, build triggering, and build status checks.
Exposes Bazel build system functionality to MCP-enabled AI agents.
Enables natural language interaction with Cloudflare services through IDEs and other MCP clients.
Provides secure remote access and command execution via the Model Context Protocol.
Enables natural language interaction with product security findings within AI-assisted development tools.
Exposes the Kubernetes API via the Model Context Protocol (MCP).
Provides a Model Control Protocol (MCP) server for managing Hugo static site generator.
Manage files on FTP servers through a modern, user-friendly interface.
Manages Counter-Strike 2 game servers remotely through a Model Context Protocol (MCP) server interface.
Exposes Cisco ISE API endpoints as structured, discoverable Model Context Protocol (MCP) tools.
Integrates comprehensive security vulnerability intelligence into development workflows.
Connects STDIO-based Model Context Protocol (MCP) clients with SSE-based MCP servers, bridging different transport protocols.
Provides secure, cross-platform terminal command execution with configurable timeouts and persistent shell sessions.
Provides a comprehensive Model Context Protocol (MCP) server for interacting with Elasticsearch 7, 8, and 9 clusters.
Manages Datomic database connections and operations, including support for in-memory instances.
Provides a Pythonic wrapper for the GitLab API and functions as an MCP Server for agentic AI to manage GitLab resources.
Enables multiple AI agents to collaborate through asynchronous messaging using the Model Context Protocol.
Orchestrate ephemeral environments on the Shipyard platform directly from your terminal or through AI agents.
Automates the entire software development lifecycle by strictly separating cognitive planning, atomic execution, and precision coding.
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