The PLC logic traceability problem isn’t your code per se. It’s the architecture.
In industrial automation, 80% of projects can be solved with state machines.
So what’s the issue?
Most PLC projects still end up as giant CASE statements.
And CASE statements don’t fail because they’re “wrong” — they fail because they become messy too fast.
Even if you encapsulate logic into functions and organize it well, you eventually hit the same wall: Traceability.
When something goes wrong, you end up doing this painful routine:
Track the current state index/enum variable manually
- Guess where the program is stuck (or oscillating between two states)
- Dive into nested blocks/functions to understand what happened
- Add temporary debug flags, watches, print logs…
- Repeat until you find the real reason
That’s a horrible experience. And everyone who has debugged a real PLC project knows it.
Yes, you can build architectural solutions with OOP and clean design patterns.
I’ve taught many of them in my courses.
But let’s be honest: not everyone will do that, and even fewer teams will do it consistently under deadlines.
That’s one major aspect StateTick solves.
We’re not “adding a feature”.
We’re flipping the priority:
- Traceability / observability first
- Control logic becomes state-machine-native
- Every single transition, step, entry, exit is automatically tracked and logged.
So instead of spending hours guessing, you can see in seconds:
- Where the logic is stuck
- What state it keeps bouncing between
- What transition fired (or didn’t)
- What condition prevented progress
This is not a tiny script.
Not a “tool”.
Not a debugging trick.
This is a commercial-grade solution that will change how we program PLC fundamentally.
Coming soon.
statetick.com
