Industrial engineers can declare safety constraints once and generate verified PLC code that is mathematically proven not to violate them, while runtime guards automatically force a safe state on any breach. This eliminates costly downtime, wasted energy, and the need for ad‑hoc debugging of VFD and actuator logic.
Quantitative Score Breakdown
complaint frequency
1.5
growth rate
9
competition density
10.5
monetization potential
9
technical feasibility
7.5
search interest
4.8
Evidence Signal (1)
Raw Complaint Log
hn • r/hackernews
Comment on: Water system controllers don't belong on the internet, says ex-NSA chief
Sometimes I wonder whether one could design PLC-style software by first expressing the system’s constraints and then writing the actual code and having either (preferably) formal verification that the code will not violate the constraints or (less preferably) enforced assertions that will send the machine into a safe state if the constraints do not hold.The system I mentioned in my other post controlled some VFDs, and one would occasionally get stuck running at minimum speed forever instead of turning all the off when it should have. Fortunately the only harm done was a stupid waste of power a
Recommended execution roadmap for "VeriControl: Constraint‑First PLC Platform"
1
Analyze Complaint Signals
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2
Scope Core MVP
Build a minimalist solution focused exclusively on solving "Industrial engineers can declare safety constraints once and generate verified PLC code that is mathematically..." without feature bloat.
3
Engage Early Adopters
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Industrial engineers can declare safety constraints once and generate verified PLC code that is mathematically proven not to violate them, while runtime guards automatically force a safe state on any breach. This eliminates costly downtime, wasted energy, and the need for ad‑hoc debugging of VFD and actuator logic.
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