See It Work
See It Work
SYSTEM: OPERATIONAL OT/IT CONNECTORS: 150+ AUTONOMOUS OPERATION: 15+ DAYS GOVERNED AUTONOMY: ENFORCED AUDIT TRAIL: IMMUTABLE INDUSTRIES: ASSET-INTENSIVE & MISSION-CRITICAL DEPLOYMENT: 3-6 MONTHS VIA APEX CONTROL LOOPS: 3,400+ SYSTEM: OPERATIONAL OT/IT CONNECTORS: 150+ AUTONOMOUS OPERATION: 15+ DAYS GOVERNED AUTONOMY: ENFORCED AUDIT TRAIL: IMMUTABLE INDUSTRIES: ASSET-INTENSIVE & MISSION-CRITICAL DEPLOYMENT: 3-6 MONTHS VIA APEX CONTROL LOOPS: 3,400+

REAL-TIME INDUSTRIAL CAUSAL AI

The why behind the what

Prediction tells you something will happen. Causation tells you why, and what to do about it — running live, where your plant runs.

THE PLATEAU

Industrial AI is stuck at prediction

Plants are full of models that say something will happen, and copilots that can chat about it. But operators still have to work out why it’s happening, and what to do.

Prediction without causation cannot be safely automated.

CONTROL ROOM · 07:42

Vibration rising, 72% likely trip in 6hPRED-4471 · predictive model
Throughput drift detected on Unit 2ANOM-2210 · anomaly detection
Efficiency below target bandKPI-0098 · dashboard alert

THE BIG IDEA

Causal AI is the missing link between prediction and autonomy.

You can’t trust an agent to act on a plant it doesn’t causally understand. Causal AI turns predictive alerts and copilots into decisions you can act on — and eventually automate.

THE CAUSAL MATURITY MODEL

The value runs through the pivot

Everyone has been investing in the left of this line. The value — and the path to autonomy — runs through the middle.

  1. 01 Monitor what is happening
  2. 02 Predict what will happen
  3. THE PIVOT 03 Understand why real-time causal inference
  4. 04 Advise what to do
  5. 05 Autonomize act safely

WHAT IT IS

Real-time causal inference for industrial operations

The product

A validated model, running live on plant data

Ranked, explained root cause and recommendations, delivered in real time where the decisions happen.

What it does

Decide, build, validate, operate

From “is causal the right tool?” through capturing process physics, to validation gates, real-time ranked root cause, and what-if scenarios on the same model.

What it means

Trustworthy, repeatable, in your hands

Causal AI becomes something operations teams can run — not a one-off specialist exercise — with engineering and humans at the centre.

Why you can trust it A disciplined approach is what makes that inference trustworthy. The inference is the product; the method is what makes it safe to act on.

CORRELATION VS CAUSATION

Correlation predicts. Causation decides.

Predictive / correlation-basedWhat will happen Causal AIWhy, and what to do
Basis Statistical association Process physics, hazard knowledge, cause & effect
Failure mode Confident but unexplained; breaks on new conditions Explainable; flags when it’s uncertain or incomplete
Operator gets Another alert to interpret A ranked, explained root cause & recommendation
Path to autonomy Blocked — can’t safely act on correlation Enabled — action grounded in understanding

WHERE IT FITS

The “why” engine between data and action

Causal AI turns live data and engineering knowledge into a trusted why — the input agents need before they can safely decide and act.

THE DIFFERENTIATOR

The algorithm is open. The advantage is where we run it.

The causal math is open to everyone. Running that inference live, on the plant, at the edge is what competitors do not have.

Everyone else

A causal library in a notebook

One historical extract · one dataset · offline · after the fact

staticofflineone source

XMPro · live in DataStreams

DCS / controlHistorianAlarms / eventsCMMS / ERP
Why,
live
Governed
decisionedge or cloud
150+ connectorsreal-timeedge or cloud

The math is a commodity. The real-time execution layer is not.

PROOF · ANONYMIZED REFERENCE

Root cause in minutes, on a live unit

Real-time causal root-cause analysis on a continuous distillation & separation unit at a major petrochemical producer, deployed inside the plant control-system layer.

On a live anomaly, it attributes the deviation to ranked causal factors with a confidence measure, and presents an explained corrective recommendation to the operator.

The causal structure was built from process physics and hazard-study cause and effect: a Validated Causal Model, signed off by engineers and operators, and checked against the actions operators actually took.

The foundation that makes safe autonomy possible.

LIVE ANOMALY · SEPARATION UNIT T+00:04

RANKED CAUSAL FACTORS

Feed composition shift 0.94
Reboiler duty deviation 0.61
Ambient / cooling change 0.28
RECOMMENDATION → OPERATOR Adjust feed-preheat setpoint; explained & awaiting operator confirmation.

Anonymized · illustrative values · full detail under NDA

WHAT IT MEANS FOR YOU

Value for every seat in operations

Control-room operators

Faster response

Too many alerts, not enough answers.

Not just an alarm — the reason and the fix, in minutes. Less overload, more confident action.

Process & control engineers

Leverage

Knowledge is tribal, re-solved each time.

Your engineering knowledge, encoded once, working every shift. Consistency and retention of expertise.

Reliability & maintenance

Fewer failures

Reacting to failures after the fact.

Find the root cause before the failure, across the fleet. Fewer failures, better planning.

Operations executives

De-risked

AI investment, unclear payoff and risk.

The trustworthy foundation for safe autonomous operations, standardised across sites.

THE FOUNDATION FOR SAFE AUTONOMY

Correlation predicts. Causation decides.

Know why, in real time, and act with confidence. The foundation for safe autonomous operations, that you own and scale.