How Do You Migrate an Automation Workflow From Zapier to Make?

Detailed Explanation

Migrating an automation workflow between platforms is fundamentally a rebuild, not a transfer — Zapier and Make don't share a file format, and there's no supported way to export a Zap and import it into Make as a working scenario. This matters for how you plan the project: budget time for redesigning the logic on the new platform, not just "moving" something that already exists.

The case for migrating specifically from Zapier to Make is usually about branching complexity, not general dissatisfaction. Zapier's Paths handle a small number of conditional branches reasonably well, but a workflow with many branches — different paths for different client types, request categories, or approval routes — becomes hard to read and maintain as a linear list of nested conditions. Make's canvas represents the same logic visually, as a flowchart rather than a list, which is genuinely easier to follow once the branch count grows. See Zapier vs Make vs n8n vs Power Automate for the fuller comparison of when each platform fits best; this page assumes you've already decided Make is the right target and covers how to actually get there.

Planning the Migration

1. Document what the current Zap actually does before touching anything. Not what it was originally designed to do — what it actually does today, including whatever edge cases, workarounds, and undocumented exceptions have accumulated since it was built. A Zap that's grown over months or years usually has logic nobody fully remembers the reasoning behind; skipping this step means rebuilding the parts you remember and silently dropping the parts you don't.

2. Look for the actual bug before assuming it's purely a platform problem. If the current Zap fails intermittently or inconsistently, that's often a specific logic error (a race condition between branches, a field that's sometimes empty and breaks a filter) rather than something Zapier itself is incapable of handling. Find and understand that bug before migrating — otherwise the same bug can follow you into the Make rebuild if you're translating the logic as-is rather than fixing it in the process.

3. Rebuild one branch or logical section at a time, not the whole thing at once. Pick the branch causing the most problems, or the one that's easiest to isolate and test, and rebuild just that piece on Make first. This turns one large, risky migration project into several smaller, more manageable ones you can complete over weeks rather than needing to finish in a single push.

4. Run the new and old versions in parallel before cutting over each piece. Once a branch is rebuilt on Make, run it alongside the existing Zapier version for a defined period (a couple of weeks is common) rather than switching immediately, so you can compare outputs and catch discrepancies before the old version is turned off for that branch specifically.

5. Turn off the migrated piece in the old platform only after the parallel run confirms it, then move to the next branch. Repeat the rebuild-and-parallel-run cycle branch by branch until the whole workflow has moved, rather than leaving both platforms partially running the same logic indefinitely.

6. Set up failure alerts on the rebuilt scenario before considering the migration done. A rebuild is a natural moment to add proper error handling if the original Zap never had it — see how do you stop an automation from failing silently for how to configure Make's error handlers so the new version doesn't inherit the old one's blind spots.

Things to Consider

• Not every complex-looking Zap needs a platform change. Sometimes what looks like Zapier hitting a hard limit is actually a workflow that's grown messy over time without redesign — a cleanup within Zapier can occasionally solve the same problem a migration would, at much lower cost. Confirm the complexity is genuinely structural (many real branches) before committing to a rebuild elsewhere. If the difficulty is really about needing judgment on each case rather than more branches to hard-code, that's a different problem — see what is an AI agent (and do you need one) for when that kind of decision-making calls for something other than a bigger flowchart.
• Credentials and connections need to be set up fresh. Make doesn't inherit Zapier's stored app connections — reconnecting each integration is part of the rebuild, not an afterthought to handle at the end.
• A migration is a good moment to fix, not just relocate, known issues. If a specific step has been a recurring source of failures, redesign that step properly during the rebuild rather than reproducing the same fragile logic on the new platform.
• Team documentation matters more during a migration than usual. If the person who understands the current Zap is the only one who does, write down what it does before starting — a migration project is exactly the kind of work that becomes a liability if that knowledge only exists in one person's head and they're unavailable partway through. See how do you document an automation workflow so someone else can maintain it for what to actually record.
• Cost comparisons should reflect your actual usage, not list price. Make and Zapier both price by usage volume; confirm the real cost difference against your specific workflow's volume before assuming the migration saves money, since that isn't always the primary reason to move.
• This page assumes the decision to move is already made. If you're still weighing whether a rising bill or a hit usage limit is actually a reason to switch, see when is it worth switching automation platforms (and when should you stay) first — many of the frustrations that lead here turn out to be fixable without a migration at all.

Common Mistakes

• Attempting a single big-bang cutover instead of a phased migration. Migrating everything at once maximises the number of things that can go wrong simultaneously and makes it hard to isolate which change caused a problem if something breaks — the same oversized-scope pattern that shows up in why automation projects fail more generally.
• Skipping the parallel-run verification step to save time. Comparing old and new output side by side is what catches subtle logic differences before they reach production — skipping it means discovering discrepancies from real failures instead.
• Assuming a straightforward one-to-one translation of every step. Some Zapier-specific features and app-connector behaviours don't have an exact equivalent on Make; verify each step's actual behaviour on the new platform rather than assuming a direct match.
• Not fixing a known bug during the rebuild, just recreating it. A migration is the natural opportunity to correct a recurring issue — reproducing flawed logic unchanged on the new platform wastes that opportunity.
• Underestimating the time the project takes because it "should just be moving something that already works." A migration is a rebuild with testing, not a copy-paste — budget accordingly, and prefer several smaller migrated pieces over one large deadline.