Solution

Predict asset problems earlier and plan maintenance smarter.

Critical assets often show weak signals before failure. Intelecy helps reliability and maintenance teams use process data to detect developing faults, forecast risk, and plan intervention before unplanned downtime occurs.

Anomaly detectionForecastingOperator workflowData Explorer
RESIDUAL · CMP_042anomaly-v3.1
Top contributors: vib +3.2σ · tmp +1.1σ
The problem

What makes this operationally expensive today.

Reactive maintenance

Critical assets fail without warning; emergency callouts burn parts, shifts, and trust.

Weak early signals

Vibration, current, pressure, and temperature drift quietly long before alarms trip.

Unplanned downtime

Even a few hours of stoppage on a constraint unit destroys the monthly plan.

Signals we monitor

The process indicators behind every recommendation.

Intelecy reads these signals from your Historian, DCS, and SCADA — no new sensors required to get started.

vibration RMSmotor currentbearing tempdischarge pressurelube oil ΔTload / runtime
RESIDUAL · CMP_042anomaly-v3.1
Top contributors: vib +3.2σ · tmp +1.1σ
How Intelecy solves it

From signal to action, mapped to the modules.

  1. Establish per-asset healthy envelopes

    Use Data Explorer to define what normal looks like for compressors, pumps, gearboxes, mills, or turbines.

  2. Detect developing faults

    Multivariate residual models flag drift early — with the top contributing variables operators can investigate.

  3. Forecast time-to-event

    Project residual trajectories so maintenance can schedule intervention in a planned window.

  4. Route to the right team

    Severity tiers, ownership rules, and CMMS hand-off keep reliability work where it belongs.

Expected KPIs

How customers measure success.

Avoided downtime
hrs/yr
vs maintenance baseline
MTBF
hrs
Per critical asset
Emergency callouts
/qtr
Reactive work orders
Planned-to-reactive ratio
%
Reliability program health
Proof

Reliability program, process plant

Reliability & maintenance
"We catch bearing degradation a week before it would have tripped the line — every time, on every machine class."
Reliability engineer, rotating equipment
Headline result
[verified metric]
downtime avoided in 12 months
Implementation

What it takes to stand this up.

Data needed

20–40 tags per critical asset (vibration, current, temp, pressure, flow) from your Historian; CMMS work-order history optional.

Timeline

First model live in 1 week; full fleet rollout in a quarter.

Stakeholders

Reliability lead, maintenance planner, process engineer, plant IT/OT.

Integration

Read-only Historian / DCS access via Gateway. Alerts to email, Teams, or CMMS (e.g. SAP PM, Maximo).

Get started

See it on your own plant data.

A 30-minute working session with our process AI team. Bring a unit, a goal, and a few tags — leave with a working model proposal.