Switch from Zapier to Make (Step-by-Step Guide)

This guide shows how to switch from zapier to make with practical steps, working commands, a migration checklist, and security guidance. The direct answer: you can migrate triggers, actions, and data mappings by exporting webhook payloads, re-creating logic in Make.com scenarios, and verifying outputs with test runs.

Switch from Zapier to Make: Overview

Make.com (formerly Integromat) uses a visual scenario builder that maps well to Zapier automations. Before you migrate, inventory your Zaps, note triggers, actions, filters, and data transforms. Use the inventory to prioritize which automations to recreate first and to estimate operation counts for cost comparison. For a side-by-side comparison see the Make vs Zapier comparison, and review plans at Make pricing.

Migration checklist

• List all active Zaps and group by business impact and frequency.
• Capture trigger payloads: enable test runs in Zapier and save example JSON for each Zap.
• Document field mappings, filters, delays, and multi-step paths.
• Map third-party integrations: note API keys, scopes, and rate limits.
• Estimate monthly task/operation counts to compare plans and expected cost.
• Prepare a sandbox Make.com account and create a test webhook for replay.
• Plan validation steps and rollback criteria before switching production traffic.

Step-by-step migration with working commands

Below are practical command examples to replay a Zapier webhook payload to Make. Use the saved JSON from your Zapier test run and send it to a Make webhook to prototype the scenario.

curl -X POST 'https://hook.integromat.com/your-make-webhook-id' \
  -H 'Content-Type: application/json' \
  -d '{"id":123,"email":"user@example.com","name":"Jane Doe"}'

Replace the webhook URL with the webhook URL generated by Make.com when you add a Webhook module to a new scenario. Use the payload you exported from Zapier to validate variable names and paths.

Example: a minimal Node.js script to replay saved Zap payloads from a file and observe the Make scenario’s behavior.

const fs = require('fs');
const fetch = require('node-fetch');

const payload = JSON.parse(fs.readFileSync('zap_payload.json', 'utf8'));
const webhookUrl = 'https://hook.integromat.com/your-make-webhook-id';

(async () => {
  const res = await fetch(webhookUrl, {
    method: 'POST',
    headers: { 'Content-Type': 'application/json' },
    body: JSON.stringify(payload)
  });
  console.log('Status:', res.status);
})();

After replaying payloads, use Make’s module output preview and execution history to verify data mapping and errors. Iteratively adjust JSON parsing and mapping inside your scenario.

Mapping logic and common patterns

• Triggers: Zapier triggers typically map to Make Webhooks or scheduled polls. Use Webhooks for real-time flows and HTTP modules for APIs without native connectors.
• Actions: Most Zapier actions map to direct Make modules. When a native module is missing, use HTTP/JSON to call APIs.
• Filters and routers: Use Make filters and router modules to branch logic similar to Zapier paths.
• Transforms: Make’s data transformers, JSON tools, and built-in functions often remove the need for external code; use simple JavaScript via HTTP or scripting where required.

Cost-savings logic (how to compare plans)

Do not assume plan names or price points — compare by operations and features. Basic logic to estimate cost differences:

• Estimate current monthly Zapier tasks: sum all trigger runs and action executions per workflow.
• Estimate equivalent Make operations: include module executions, routers, and repeats (Make counts operations per module per execution in most cases).
• Compare required limits and choose a Make plan that covers the estimated operations and needed features (e.g., data stores, higher execution speed).

Decision formula (conceptual): Estimated monthly cost = required plan tier that supports estimated operations + any add-ons for advanced modules. Use this to compare against Zapier’s plan that covers your current task volume. For more context, read the Make pricing page and a user-focused Make review.

Update section

Keep scenarios maintainable: name modules clearly, add descriptive comments in Make where available, and store example payloads alongside your version notes. When Make or third-party APIs update, edit the affected module and run the saved payloads to verify behavior. Maintain a changelog of scenario edits and dates so you can quickly roll back if an update causes regressions.

Security guidance

• Rotate API keys and store them in Make’s secure connection manager rather than embedding secrets in HTTP modules.
• Restrict webhook endpoints: when possible, add shared secrets or HMAC verification in your scenario or at the source to validate incoming requests.
• Audit execution logs and limit access to the Make account with team roles and MFA enabled.
• When replaying production payloads locally, scrub or mask PII and credentials from test files.

Tests and validation

• Start with non-production or test data and a sandbox user to avoid side effects.
• Use Make’s scenario run history to inspect output and add assertions using conditional modules to fail noisy or unexpected inputs.
• Schedule a brief parallel run period where both Zapier and Make operate concurrently; compare outputs before a full cutover.

Troubleshooting tips

• Module errors: inspect the module’s input and output; add a JSON/Logger module to capture intermediate states.
• Rate limits: track third-party API limits and add throttling or batching in Make where needed.
• Complex branching: replicate Zapier multi-path flows with routers and explicit filters in Make to preserve logic.

Recommendation: If your goal is to replace Zapier automations with Make.com while keeping a low-risk approach, follow the checklist above, prototype with webhooks and saved payloads, and validate using parallel runs. For planning, use the operation estimates and compare tiers on the Make pricing page. For a feature comparison consult the Make vs Zapier comparison and read user experiences in the Make review.

If you’re ready to proceed, consider a staged migration: migrate high-impact, low-complexity Zaps first, validate, then move the more complex automations. When you decide the time is right, Migrate to Make as your consolidated automation platform while monitoring execution history and costs closely.