In the n8n vs Zapier decision, Zapier is the better choice when a small team needs simple automations running this week and wants the widest app catalog with nothing to host. n8n is the better choice when volume, branching logic, AI agent steps or control over where your data runs make a per task bill and a hosted only tool a real constraint.
The question usually shows up as a money problem: a Zapier bill that grew quietly with order volume, or a Zap with so many paths that nobody wants to touch it. Sometimes it is a data question, when a client asks where customer records are processed.
A disclosure: Benian builds mostly in n8n, inside an account the client owns, with credentials the client holds. That is a bias, so this page also names when to stay on Zapier and not pay anyone, us included, to move you.
Signs you have outgrown your current setup
The bill tracks success
Every new order, lead or ticket adds tasks. The automation has not changed, but the cost climbs with the business.
Loops are expensive
A Zap that processes each line item on an order counts every action on every item, so one order with forty lines can cost as much as forty orders.
Paths nobody will edit
Paths, filters and Formatter steps stack up until one person understands the Zap and nobody else will change it.
The short answer: Zapier for speed, n8n for control and volume
Zapier vs n8n is mostly a question of who maintains the work. Zapier is built so a non-technical person can connect a form to a CRM without help. For a business with a handful of linear automations, that is often the right tool for years.
n8n is built for people who think in data. You see the actual records passing between nodes, you can branch, merge and loop, and you can drop into code when a field needs real transformation. It can run on your own server. The trade is that someone, on your side or hired, has to be comfortable at that level of detail. Our guide to n8n automation for small business covers the basics; this page assumes you are choosing between the two for real work.
n8n vs Zapier pricing: how the cost math differs, per task vs per execution
Zapier bills by task: broadly, each action step that runs counts, while triggers and some built-in utility steps do not. n8n Cloud bills by execution: one complete run counts once, whether it has three steps or thirty. Self hosted n8n is not billed per execution the way n8n Cloud is, though some features and support sit under n8n's license terms, so check them. You also pay for the server and the time to look after it.
An illustrative example, not a quote: an order workflow with one trigger and six actions runs 2,000 times a month. On a per task model that is about 12,000 tasks. On a per execution model it is 2,000 executions. Add a loop that writes each of ten line items to a spreadsheet, and the per task count rises by roughly 20,000 more while the execution count stays at 2,000.
That gap is why the question gets louder as a business grows. The two meters measure different things, and step heavy, high volume workflows run up one far faster than the other. Run your own numbers from your Zap history before you believe anyone's savings claim, ours included.
Complex logic: paths and code steps vs nodes, loops and sub-workflows
Zapier branches with paths and filters, cleans data with Formatter and handles custom work with code steps. Complex Zaps get long, and changing one path often means retesting the whole Zap.
n8n treats a workflow as a graph. Branches can split and merge, loops are native, and repeated logic, such as matching a customer by email or phone, can live in one sub-workflow that every other workflow calls. Deduplicating leads across three sources, reconciling a payment processor against the ledger, or routing tickets on several conditions are the workflows that outgrow paths first.
AI agent workflows in each tool
Both tools offer AI features, so ask how much control you get. Zapier's AI features live inside its product and start quickly. n8n's agent node lets you pick the model provider, use your own API key, give the agent tools such as a CRM lookup or calendar check, and attach memory.
The control that matters most is the human in the loop. In n8n a workflow can pause, send a draft to Slack or email, and continue only when a person approves. For anything that sends money, messages a customer or changes a record, we keep that step until the error rate on real traffic is measured. Track how often the agent was right and how often a person overrode it; if those numbers are unknown, it is not ready to act alone.
Self hosted n8n vs n8n Cloud vs Zapier: security and maintenance
Zapier and n8n Cloud are managed services: you trust the vendor with data and uptime and never patch a server. Self hosted n8n moves updates, backups, monitoring, credential encryption keys and the 3am alert to you.
Self hosting is worth it when data must stay in a region or network you control, when volume makes execution billing a real line item, or when you already run servers well. A self hosted instance that nobody watches is worse than either managed option.
Whichever you choose, check whose name is on the account, whose email owns each app credential, and whether you can export every workflow today.
- Zapier: nobody technical will maintain anything.
- n8n Cloud: you want n8n's logic and pricing without running a server.
- Self hosted n8n: data location or volume justify owning uptime, and someone is named to do it.
Migrating from Zapier to n8n: what breaks and how long it takes
There is no reliable one-click converter from Zaps to n8n workflows. Each Zap is rebuilt, which is also the moment to fix the messy ones rather than copy them.
What usually breaks: every app connection must be authorized again. Webhook URLs change, so every form or app posting to a Zapier webhook needs the new address. Formatter, Storage and Delay steps have n8n equivalents that behave differently, and Digest style batching has to be designed as its own workflow. Polling schedules differ, and Zapier's automatic deduplication of polled items has to be designed explicitly.
How long it takes depends on the number of Zaps, their paths and code steps, and how many apps lack a prebuilt n8n node. A linear Zap rebuilds quickly. An undocumented web of interdependent Zaps takes longer, mostly because someone has to work out what each one is supposed to do.
When to stay on Zapier
Stay on Zapier if you run a few simple automations, the bill is small next to the time they save, and the people maintaining them are not technical. A migration would cost more than it saves, and we would say so.
Stay if a critical app has a Zapier integration and no usable API, or if your volume is flat, since per task pricing only hurts when tasks grow. A middle path also works: keep the simple Zaps and move only the high volume or high logic workflows to n8n.
How a Zapier to n8n migration runs
- Inventory the Zaps. List every Zap with its trigger, apps, monthly task count from Zap history and what breaks if it stops.
- Decide what moves. Rank by task volume and logic complexity. Move the expensive and fragile ones first.
- Rebuild in your account. Build in an n8n account your business owns, with credentials under your own emails, plus error alerts.
- Run in parallel. Run the n8n workflow alongside the Zap against a test destination and compare outputs record by record.
- Cut over and keep a rollback. Switch webhooks and pause the Zap, not delete it, until the new workflow runs cleanly through a full business cycle.