ScadaSys™ sits above your control system and reads what is already there. It decides nothing on its own & changes nothing in your stack to get started.
See How It Works
Reliability, DER growth, and asset risk reconciled in one constraint-aware model, read-only.
Integrity management and predictive maintenance under strict regulatory obligation, evidenced continuously.
Deviations, equipment failures, and quality drift, built on 21 CFR Part 11 and Annex 11 compliant infrastructure, read-only.
Wasted energy, equipment failures, and alarm overload, worked across every BAS vendor, read-only, zero writes.
Site failures, truck rolls, and outage risk, built on SOC 2 Type II and ISO 27001 aligned infrastructure, read-only.
Three jobs it takes off your operators, using the SCADA data you already have.
One problem sets off dozens of alarms. ScadaSys groups them and shows you the single cause behind them.
It tracks pressure, flow, and vibration, and warns you weeks before a part is likely to fail.
Every alarm suppressed and setpoint changed is saved with the reason why, so new operators can learn from it.
What it means for your operators, your budget, and your audits.
It learns from water treatment, substations, pipelines, and production lines, so it understands how your site actually runs.
Fewer alarms, lower energy cost, less downtime. All reported by customers and checked at twelve months.
A continuous digital partner that learns your operation, adapts to your industry, and keeps surfacing better insights as your teams evolve.
See how ScadaSys™ compares to conventional SCADA monitoring dashboards.
| Without ScadaSys™ | With ScadaSys™ | |
|---|---|---|
| How alarms arriveEvery alarm vs. root cause | Every alarm fires, unranked. A single upset trips seventeen tags and operators triage the wall by hand to find the one that matters. | Cascades are correlated and suppressed at source. One actionable item surfaces with the cause already attached. |
| When you find outReact vs. forecast | You learn about a failure when it happens. Maintenance is unplanned, parts are expedited, and the crew is on overtime. | Pressure, flow, vibration, and current draw are modelled continuously. Failures surface weeks out, with a confidence score. |
| How setpoints are chosenConservative vs. optimised | Operators hold a safe, conservative band because nothing tells them where the real margin sits. Efficiency is left on the table. | Setpoints tune to the optimal band against live process conditions, and the margin being used is made explicit. |
| Where knowledge livesIn people vs. in the system | Institutional knowledge sits with your most senior operators and walks out of the building at every retirement. | Every corrective action is captured as long-term memory. The reasoning outlives the person who had it. |
| What it costs to adoptRip-and-replace vs. overlay | A long consulting engagement and a control system replacement before a single number improves. | Sits on top of the SCADA, PLCs, and RTUs you already run. Live in 5–10 days, nothing torn out. |
| How it agesStatic rules vs. learning | Fixed thresholds drift out of tune with the plant and degrade quietly until someone notices they are wrong. | The model sharpens as it sees more of your operation. Accuracy improves with age instead of decaying. |
Every alarm fires, unranked. A single upset trips seventeen tags and operators triage the wall by hand to find the one that matters.
Cascades are correlated and suppressed at source. One actionable item surfaces with the cause already attached.
You learn about a failure when it happens. Maintenance is unplanned, parts are expedited, and the crew is on overtime.
Pressure, flow, vibration, and current draw are modelled continuously. Failures surface weeks out, with a confidence score.
Operators hold a safe, conservative band because nothing tells them where the real margin sits. Efficiency is left on the table.
Setpoints tune to the optimal band against live process conditions, and the margin being used is made explicit.
Institutional knowledge sits with your most senior operators and walks out of the building at every retirement.
Every corrective action is captured as long-term memory. The reasoning outlives the person who had it.
A long consulting engagement and a control system replacement before a single number improves.
Sits on top of the SCADA, PLCs, and RTUs you already run. Live in 5–10 days, nothing torn out.
Fixed thresholds drift out of tune with the plant and degrade quietly until someone notices they are wrong.
The model sharpens as it sees more of your operation. Accuracy improves with age instead of decaying.
The most common questions from control room managers, operators, and IT teams.
Standard industrial protocols: OPC UA, Modbus, and native drivers for major PLC and RTU manufacturers. There is no rip and replace. Most single-facility deployments are operational within 5–10 days.
