We’re at a point where Make is becoming expensive for us. Our operational team runs about 40 different workflows, and they range from simple integrations to pretty complex multi-step processes with data transformations and API calls. We’ve been getting pressure from finance to look at alternatives and potentially consolidate.
The challenge is obvious: we have working workflows in Make. They’re not broken. Migrating them feels like a distraction when we could be building new ones.
But I’ve been reading about no-code platforms that claim to make workflow recreation faster. The idea is you can drag-drop your way to something equivalent without needing developers. That’s attractive on the surface, especially since most of our workflows are relatively straightforward—data fetch, transform, sync back.
What I’m trying to figure out is whether the promise matches reality. When you’re rebuilding existing workflows in a visual builder, how much of the underlying logic actually survives intact? Do you end up with something equivalent, or are you creating a different version that looks similar but behaves differently?
I also wonder about the time investment. Yes, a visual builder might be faster than coding from scratch, but we already have coded workflows. The question is whether recreating them is genuinely faster than keeping what works.
I know some folks here have migrated workflows between platforms. How much rework actually happened? Did the migration timeline cost you more than the annual savings? And—this matters for our team—did your teams find the visual builder approach actually reduced ongoing maintenance, or did it just shift the complexity around?
We migrated about 30 workflows from Make to a visual builder platform about a year ago. Here’s what I learned: the migration math is more complex than it looks on the spreadsheet.
The promising part: simple workflows (data fetch, transform, sync) genuinely are faster to rebuild visually. We had maybe 15 workflows that fell into that category. Recreating those took roughly 20% of the effort it would have taken to build them from scratch in a new platform. That’s a real win.
The harder part: maybe 8 of our 30 workflows had conditional logic or error handling that wasn’t straightforward to translate. They worked fine in Make because we’d built in workarounds over time. Rebuilding them meant actually thinking through what they should do, not just replicating what they do. That took time upfront but improved the logic overall.
The real time saver wasn’t the visual builder itself—it was that we didn’t have to wait for developer availability. Our operational team could work with the visual builder and make incremental changes without a developer in the loop. That reduced the iteration cycle significantly.
Cost-wise: we saved about 35% on our total automation spend. But that calculation includes both platform costs and the operational team’s time working in the visual builder versus waiting for dev resources. If we’d had unlimited developer capacity, the math would have been different.
I’ll be honest—we tried a migration and ended up going back to Make for some workflows. Not everything benefited from the switch.
The visual builder works great when your workflows are linear. Fetch data, apply rules, write results. When you’ve got complex conditional branching or you’re relying on specific error handling logic, the visual approach sometimes obscures what’s actually happening. We ended up with workflows that were harder to debug because the logic was distributed across visual nodes instead of being in code where you could read it linearly.
What worked better for us: use the visual builder as the starting point for new workflows. Migrate the truly simple stuff from Make. But don’t assume everything translates cleanly. Some of our workflows were better left alone.
We migrated 22 workflows. Simple data syncs took about 4-6 hours each to rebuild. Complex workflows with branching and error logic took 2-3 times longer because we had to translate conditional logic into the visual builder’s format.
What changed the equation: we didn’t have to rebuild everything. We were selective. The expensive workflows stayed in Place. The high-value-to-rebuild workflows got migrated. That pragmatic approach meant we saved money on the platform side without the massive migration tax.
The visual builder was genuinely faster for certain types of tasks, but not universally. Don’t assume it’s faster across the board.
I’d emphasize the hidden gotcha: testing. When you rebuild workflows, you think you’re recreating the same thing, but small logic differences show up when you actually run them. We built test cases for each workflow before migrating it, which added time upfront but prevented problems in production. Budget for that.
The real question isn’t whether the visual builder is faster for rebuilding—it often is. The question is whether rebuilding serves your business. If you’re trying to reduce costs, sometimes the right move is incremental improvements to what you have, not wholesale migration.
We evaluated both approaches. Turns out, we could achieve most of our cost savings by optimizing our existing Make workflows and consolidating redundant ones. That required no migration effort. We then used the visual builder for new workflows only. That approach gave us most of the cost benefit without the switching tax.
simple workflows rebuild 30-50% faster in visual builders. complex ones? roughly the same or slower. migrate selectively.
visual builders excel at rapid iteration but struggle with complex conditional logic. selective migration saves time and cost.
The workflow rebuild scenario you’re describing is exactly where a hybrid platform pays dividends. We faced the same decision with our Make setup, and instead of trying to recreate everything, we built new workflows using a visual builder combined with code flexibility for the edge cases.
Here’s what made the difference: the ability to start visual but pivot to code when needed. Some of our complex workflows had logic that was genuinely easier to express in JavaScript than by clicking through nested conditionals. That flexibility meant we weren’t forced into all-visual or all-code.
The cost savings came from both angles. Simpler workflows that our team could maintain visually freed up engineer time. Complex workflows that needed code optimization benefited from the execution-time pricing model instead of per-operation charges. We got both speed improvements and cost reductions without the all-or-nothing migration risk.
If you want to test this approach without full migration, you could start by building one or two new workflows in the visual builder while keeping Make in place. That gives you data on whether the approach actually works for your team before you commit to migrating existing workflows.
Dive into the details at https://latenode.com to see how the hybrid visual and code approach might work for your specific workflows.