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Build a Custom Predictive Maintenance Dashboard Using AI in Minutes

Describe your Predictive Maintenance Dashboard​ in plain English and create a production-ready build, from design and development to deployment, in minutes. No code needed.

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Build a custom predictive maintenance dashboard in 4 simple steps

See which assets are heading for failure rather than which ones already did.

Put Your Idea Into Words

Name the signals that precede failure on your equipment, since that is the whole model.

From Prompt to Working Predictive Maintenance Dashboard

Machine data and maintenance history connect, so predictions use your own failures.

Refine by Prompting

Request a new asset type, a different warning threshold or results by line.

Launch and Share

Open one view where assets approaching failure surface, with enough notice to schedule the work.

Emergent Key Features for Building a Predictive Maintenance Dashboard

Condition data turned into failure risk and days to threshold, which is what makes it schedulable.

Baseline per Asset


Each machine is compared with its own normal behaviour rather than a generic limit, which detects deterioration far earlier than a fixed alarm.

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Days to Threshold


Rate of change is projected forward to when a signal reaches its alarm level, converting a trend into a planning date.

Remaining Life from Your Own History


Estimates are built from the condition patterns that preceded your previous failures, rather than from a manufacturer's generic curve.

Risk Weighted by Production Impact


Failure likelihood is combined with what the asset stops if it fails, so limited maintenance capacity goes where the exposure is greatest.

Missed Signal Analysis


Breakdowns that condition data had flagged beforehand are identified, which shows whether the monitoring is being acted on.

Planned against Reactive Tracked


The balance of maintenance work is measured, evidencing whether the programme is genuinely shifting away from firefighting.

Predictive Maintenance Dashboard Use Cases You Can Build in Minutes

Asset Health

Rank Assets by Risk and Consequence

Each critical asset with a health state derived from its condition signals, assets deteriorating against their own baseline, signals outside normal range with duration, time since last intervention and a ranking by risk and criticality.

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window.awbMockup = { assetHealth: "Build a predictive maintenance dashboard showing each critical asset with a health state derived from its condition signals, assets deteriorating against their own baseline, signals currently outside normal range with duration, time since last intervention, and assets ranked by combined risk and production criticality.", conditionTrend: "Build a condition monitoring dashboard charting vibration, temperature, current and pressure readings per asset over time against normal operating bands, rate of change in each signal, signals trending toward an alarm threshold with days until it is reached at the current rate, and step changes following maintenance.", failureRisk: "Build a failure risk dashboard estimating remaining useful life per asset from condition trend and previous failure history, assets with the shortest estimated life, risk of failure within the next 30 and 90 days, the production impact if each asset failed, and recommended intervention windows.", maintenanceEffectiveness: "Build a maintenance performance dashboard showing planned against reactive maintenance as a share of work, mean time between failures per asset, downtime caused by unplanned failures against planned work, breakdowns that condition data had signalled beforehand, and maintenance cost against production loss avoided."};

Condition Trend

Turn a Trend into a Planning Date

Vibration, temperature, current and pressure readings per asset over time against normal bands, rate of change per signal, days until each reaches an alarm threshold at the current rate and step changes following maintenance.

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Failure Risk

Estimate Remaining Life from Your Own Failures

Remaining useful life per asset from condition trend and previous failure history, assets with the shortest estimated life, risk of failure within thirty and ninety days, production impact of each failure and intervention windows.

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Maintenance Effectiveness

Show the Programme Is Changing Behaviour

Planned against reactive maintenance as a share of work, mean time between failures per asset, downtime from unplanned failures against planned work, breakdowns condition data had signalled and cost against production loss avoided.

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ComparisonOther Tools
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