Mikrotik Mcp
Manage RouterOS devices via plain English with any MCP-capable AI assistant.
A clever, well-engineered bridge that genuinely reduces friction for RouterOS management. The safe-mode rollback is a standout safety net. If you already use AI assistants and manage MikroTik gear, this is worth installing today — it's free, open-source, and immediately useful.
- Network engineers managing multiple MikroTik routers who want to automate via natural language
- IT administrators performing repetitive RouterOS tasks like VLAN provisioning or firewall rule updates
- Developers building AI agents that interact with network infrastructure
- DevOps teams looking for a quick way to make RouterOS changes without CLI syntax memorization
- Non-technical users without basic networking knowledge (needs understanding of VLANs, NAT, DHCP concepts)
- Environments where SSH access to routers is not permitted or is heavily restricted
- Users needing a graphical UI for deep troubleshooting (Winbox/WebFig still required for some detailed diagnostics)
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In short
Mikrotik Mcp — Manage RouterOS devices via plain English with any MCP-capable AI assistant. Best for Network engineers managing multiple MikroTik routers who want to automate via natural language, IT administrators performing repetitive RouterOS tasks like VLAN provisioning or firewall rule updates, Developers building AI agents that interact with network infrastructure. Free to use.
Viability Score
How likely is Mikrotik Mcp to still be operational in 12 months? Based on 4 signals — momentum (how recently it shipped), wrapper dependency, revenue model, and web presence.
Last calculated: July 2026
How we score →Key Features
- Natural language control of RouterOS via AI assistants
- 17 tool categories: VLAN, Firewall, NAT, DHCP, DNS, Routes, WireGuard, Users, Backup & Export, Logs, IP Pool, Queues,
- 160+ typed tools with strict validation (create, list, get, update, remove, move_filter_rule, flush_dns_cache)
- Three transport protocols: stdio, SSE, streamable HTTP
- Safe-mode aware operations with automatic rollback on lockout
- One-line install via MCP Registry (claude mcp add)
- Docker deployment support
- SSH key authentication support
- Health endpoint for SSE/HTTP transports
- MCP-compatible with Claude, ChatGPT, and other MCP clients
- Supports RouterOS 6.x and 7.x devices
- MIT licensed, open-source on GitHub
- No user data or credentials sent to AI vendor
About Mikrotik Mcp
MikroTik MCP is an open-source Model Context Protocol (MCP) server that connects AI assistants like Claude or ChatGPT directly to your MikroTik RouterOS devices. Instead of clicking through Winbox tabs or memorizing CLI commands, you can manage VLANs, firewall rules, NAT, DHCP, DNS, WireGuard, queues, and over a dozen other categories using natural language. Each RouterOS operation is exposed as a typed, validated tool — your AI client selects the right one, fills the parameters, and executes it over SSH. This makes it ideal for network engineers, IT admins, and automation enthusiasts who manage multiple MikroTik routers and want to streamline operations. The server offers three transport protocols: stdio for desktop AI clients (Claude Desktop, VS Code, Cursor), SSE for streaming agents, and streamable HTTP for REST consumers (via mcpo). It includes safe-mode awareness: risky operations wrap in RouterOS safe-mode sessions that auto-roll back if a change locks you out — no manual recovery needed. Features 17 tool categories with 160+ typed tools (create, list, get, update, remove, plus category-specific verbs like move_filter_rule or flush_dns_cache). Installation is dead simple: Docker (recommended), manual Python setup, or one-line via MCP Registry. SSH key authentication is supported, and the server never exposes your password to the AI model. Configuration is done through environment variables or a Claude Desktop config file. The project is MIT licensed, actively maintained on GitHub, and not affiliated with MikroTik. Compared to alternatives like custom scripting or Winbox automation, MikroTik MCP offers a unique natural-language interface that reduces syntax errors and speeds up repetitive tasks. It's not a replacement for Winbox for deep troubleshooting, but for everyday configuration and bulk operations across many devices, it's a practical addition to any network engineer's toolkit.
Behind the Verdict
MikroTik MCP hits a sweet spot for anyone tired of toggling between Winbox, CLI, and documentation. The natural-language interface cuts down on syntax errors significantly — you describe what you want, and the model handles the exact command. The safe-mode feature is a real lifesaver: if a change locks you out, the device auto-rolls back. No frantic reboots or console cables. That alone makes it worth trying for experimental changes. Where it shines is bulk operations across many routers. Provisioning a VLAN on ten devices? One prompt per device. The 160+ typed tools cover most everyday tasks: VLANs, firewall, NAT, DHCP, DNS, WireGuard, queues, wireless, PoE, and more. The three transport options (stdio, SSE, HTTP) mean you can integrate it with desktop assistants, streaming agents, or even REST APIs via mcpo. When to pass: this isn't for beginners who don't understand networking concepts. The AI can help with syntax, but you still need to know what a VLAN or NAT rule does. Also, if you're in a heavily restricted environment where SSH access to routers is limited, this won't work. And it's not a replacement for Winbox for deep troubleshooting — you still need the GUI for detailed diagnostics like interface stats or wireless signal scans. Compared to rolling your own scripts, this is faster to set up and more forgiving. But if you already have a mature automation stack (Ansible, Terraform), the natural-language interface might feel less reliable for repetitive, air-tight changes. The trade-off is convenience vs. deterministic control. In practice: we'd reach for this when doing ad-hoc changes, testing new configs, or managing a homelab. For production networks with strict change management, you'll want to pair it with a review process — but that's true of any
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Use Cases
- Create a guest VLAN with DHCP and NAT masquerade using a single natural language prompt
- Add and manage firewall filter rules across input, forward, and output chains without CLI syntax
- Set up WireGuard interfaces and peers, generate client configs automatically
- Pull live logs filtered by topic or severity and search for specific events
- Backup RouterOS configuration to a binary file or export as .rsc via AI commands
- Monitor and configure simple queues and queue trees for per-client rate limiting
Limitations
- The server requires SSH access to your RouterOS devices with write permissions.
- AI-generated commands still need human oversight for critical operations.
- The tool covers RouterOS only — other MikroTik products like SwOS are not supported.
12-month cost
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