AI + Production Simulation

Your AI recommends changes.
Do they actually work?

AI models learn from data, but production data doesn't capture cascade effects, blocking or how machines interact. We give your AI a validated simulation of your line to test against.

The Problem

AI optimizes for averages.
Production runs on interactions.

Your AI says "fix the Labeler — it has the most downtime." But 120 one-minute stops on the Filler cascade through the entire system, recovering 62% more throughput than fixing the Labeler. The AI doesn't know this because it learned from data that doesn't capture those effects.

Three Capabilities

Test, train and monitor.

01 / Test

Test AI Recommendations

Your AI recommends a change, such as a new shift pattern, an equipment purchase or which failure to fix first. Before you act on it, run it through a validated simulation and see what happens to throughput, blocking and cascade effects.

"The AI said fix the Labeler. The simulation said the Filler micro-stops recover 3× more."
02 / Train

Train AI on Validated Data

Real production data is scarce and slow to collect. A validated simulation generates 100 years of scenarios in minutes, including edge cases that rarely happen in production but still matter. Train your AI on data that reflects how your line behaves, including its throughput, blocking and cascade effects.

"We generated 10,000 validated scenarios. The AI learned cascade effects it had never seen in real data."
03 / Monitor

Monitor for Drift

When the system changes (new equipment, new failure modes, seasonal shifts), the distributions drift and your AI won't notice. The validated model keeps checking and catches the drift before it costs you.

"The model flagged a 12% throughput drift three weeks before it showed up in the KPIs."
How It Works

Your AI stays in your workflow.
The simulation adds a validation layer underneath.

1

We build a validated simulation model of your production system

It's built from your data and failure modes and checked against your historian.

2

Your AI proposes changes and the model tests them

500 scenarios in seconds. See cascade effects, blocking, and system-level outcomes the AI can't predict from data alone.

3

The model generates training data for the next generation

Validated synthetic data for edge cases, failure scenarios and demand surges, as much as your AI needs.

4

The model keeps watching for drift

When reality diverges from the model, you know before your AI does.

Who Uses This

Built for teams that need to trust the answer.

Data Science & ML Teams

Check model outputs against how the line really runs, and generate synthetic training data with known ground truth.

Operations & Continuous Improvement

Test AI-recommended changes before you make them, and watch for drift as the system changes.

Digital Twin Initiatives

Most digital twins mirror the current state. Our validated model is a playing field where you can test what happens when you change something.

Academic Research

Generate validated scenarios for operations research from a model that respects the physics of the line.

~1%
300+
Organizations
500+
Scenarios / Sec
35+
Years Expertise
The Platform

The engines behind the validation.

Reality Check

Ready to give your AI
a reality check?

Whether you want to validate recommendations, generate training data or monitor for drift, let's talk about what fits.

Schedule a call Private Equity? →