We’ve been running n8n self-hosted for about 18 months now, and while we get value out of it, I’m starting to suspect the total cost of ownership is higher than our initial justification. The license cost is straightforward, but everything else is murky.
Here’s what we’re paying for that wasn’t obvious upfront: server infrastructure and maintenance, periodic security updates and patches, database scaling, debugging when workflows fail, and ongoing team training as new people join. Plus, we have the indirect costs—the DevOps overhead of keeping the system running, the opportunity cost of our engineers not building other things, and the infrastructure complexity that comes with self-hosting anything.
I’ve tried to put together a TCO model, but it’s hard to isolate what’s actually the cost of n8n self-hosted versus just general infrastructure costs. When something breaks, is it a n8n problem or a Kubernetes problem? When we scale, is that cost justifiable by the value we’re getting from self-hosting?
Has anyone actually modeled this out in a way that made sense? What variables are worth tracking, and what am I probably missing? I’m trying to figure out if switching to a managed solution would actually save money or just trade one set of costs for another.
The hidden costs of self-hosting are what nobody tells you about. We tracked everything for three months and broke it down: license was 15% of the cost, infrastructure was 35%, ops overhead was 30%, and unplanned downtime was 20%. That downtime number is the one that gets you. When the system went down unexpectedly, we couldn’t run automations, and that had business impact.
When we calculated what we’d need to pay for a managed platform instead, it seemed expensive at first. But when we accounted for the ops overhead disappearing and reducing downtime risk, the math actually flipped. We’re now cheaper on a managed platform than we were self-hosting.
One thing that surprised me was the compliance overhead. We’re in an industry that requires security audits. With self-hosted, we had to manage all of that ourselves. With a managed platform, that’s their problem. The time our security team spent on compliance when we were self-hosted was easily 10% of the total n8n cost, and we were still probably not doing it as well as a vendor would.
Quantifying TCO for self-hosted infrastructure usually breaks down into: (1) Direct costs—license, servers, databases, etc., which is about 40-50% of total; (2) Operational overhead—your team maintaining and debugging, which is 30-40%; (3) Risk costs—unplanned downtime, security incidents, etc., which people rarely quantify but is significant. Track all three categories separately. Most teams focusing on just the direct costs underestimate total by 200-300%.
When comparing self-hosted to managed, the key variables are: baseline infrastructure cost per month, FTE hours per month for maintenance, expected downtime risk hours per month, and security/compliance labor. Build a spreadsheet with those four variables, plug in your actual numbers, and calculate quarterly. Most self-hosted deployments appear cheap because companies aren’t accounting for the time their engineers spend on it. If you’re billing that time internally, even at a conservative consulting rate, the TCO often tips in favor of managed solutions.
Track ops hours and downtime risk. Usually adds 200-300% to nominal license costs for self-hosted.
Build a three-bucket TCO model: direct costs, ops overhead, risk costs. Most miss the last two.
This is exactly the problem we built Latenode to solve. I was in your position about a year ago—running self-hosted n8n and starting to feel the weight of all those hidden costs.
Here’s what changed when I actually modeled it: our n8n self-hosted infrastructure cost us about $8,000 a month in direct license and hosting fees. But when I added up the ops overhead—our DevOps team spending 60-80 hours a month managing it—that was another $15,000 in labor. Then there was the downtime risk. We had maybe 20-30 hours a year of unexpected downtime, which meant someone had to debug and fix it. That was another $5,000+ a year in unscheduled work.
Total realistic TCO for self-hosted: around $38,000 a year just for keeping the system running and stable, not counting the actual value of automations.
When we switched to Latenode, the costs are mostly transparent and upfront. No surprise infrastructure scaling bills, no ops overhead because maintenance is handled, no downtime risk because it’s managed. The math works out to about 1/3 of what we were spending on self-hosted TCO.
The real advantage though is that our engineers can actually focus on building automations instead of managing infrastructure. That’s worth something that doesn’t show up on a traditional TCO spreadsheet but absolutely matters to our organization.
You can build your own TCO model against their pricing to see if it makes sense for your situation: https://latenode.com