Migrate to n8n

migrate-to-n8n

Move your Make scenarios and Zapier zaps to n8n. Give it the export, get an n8n workflow you can import, plus a report on every step: what converted, what you should check, and how to finish the rest.

It works as an MCP server (ask Claude, Cursor, VS Code or any MCP client to "convert this to n8n") and as a plain command-line tool. Free and open source. Your scenarios stay on your computer.

What you get

Every step of your scenario ends up in one of three states, and the report lists them all:

Nothing gets dropped. Manual steps keep the workflow connected, so it imports and runs while you finish them. This is the demo scenario after conversion, opened in n8n 2.44: the private CRM app has no n8n node, so its step waits disabled, with a note on what to do.

Formulas carry over too: {{formatDate(1.date; "DD.MM.YYYY")}} becomes {{ DateTime.fromISO(String($('Webhook').item.json.body.date)).toFormat('dd.LL.yyyy') }}.

Measured on 2026-10-22 on the public Make blueprints and Zapier exports found on GitHub:

"Broken outputs" counts workflows that n8n would reject. The test suite also imports a sample of these workflows into real n8n 2.44 and 1.123, and runs some of them through their webhooks to compare the answers with Make. Many public Zapier exports come without step settings or code, which keeps the Zapier numbers lower.

Try it in one minute

You need Node.js 22 or newer.

npx migrate-to-n8n convert my-scenario.blueprint.json

The workflow and the report go to Documents/migrate-to-n8n. Import the .n8n.json file in n8n: Workflows → Import from File.

No export at hand? Try the demo scenario: download it and run the same command on it.

Step by step

1. Export from Make or Zapier

• Make: open the scenario, click ⋯ at the bottom of the editor, choose Export Blueprint.
• Zapier: Settings → Security and data → Download my Zap workflows. You get one file with all your zaps. Pick the ones you want with list_zaps (or migrate-to-n8n list-zaps ).

2. Connect it to your AI client

Claude Desktop: download migrate-to-n8n.mcpb and open it. Claude Desktop installs it in one click. The settings are optional: an output folder, and your n8n address and API key if you want uploads.

Claude Code:

claude mcp add migrate-to-n8n -- npx -y migrate-to-n8n serve

Cursor, VS Code, Windsurf and other clients: add this to the client's MCP config (.cursor/mcp.json, .vscode/mcp.json, …):

{

"mcpServers": { "migrate-to-n8n": { "command": "npx", "args": ["-y", "migrate-to-n8n", "serve"], "env": { "N8N_URL": "", "N8N_API_KEY": "" } } } }

VS Code uses "servers" instead of "mcpServers".

3. Convert

Attach the file in the chat (or give its path) and ask:

Convert this Make scenario to n8n and help me finish what doesn't convert.

The assistant gets the report and walks you through every step marked ⚠️ or 🛠.

4. Import into n8n

Import the .n8n.json file (Workflows → Import from File), pick your credentials in the nodes the report lists, point webhook senders to the new URL, run it once with test data, then activate it.

With N8N_URL and N8N_API_KEY set (n8n → Settings → n8n API), the assistant can upload the workflow for you. It creates a new, inactive workflow named "… (migrated)" and never touches existing ones.

Tools

What converts

Flow control converts in full on both sides: routers and paths (every matching route runs, as in Make and Zapier), filters with AND/OR groups, iterators and aggregators, error handlers, schedules, variables, webhooks and responses, HTTP requests, JSON, Formatter, Code, Delay, Storage. About 50 Make formula functions, Make date formats, operators and 25 Zapier Formatter transforms translate to n8n expressions.

Make : 135 modules and steps convert automatically

| `perplexity-ai:createAC