Connect condition signals
Pull runtime, temperature, vibration, and current into the maintenance view.
Solution
Maintenance Intelligence
Maintenance teams react to failures without enough signal, history, procedures, or coordinated follow-up from the systems already on site.
3 productsBehind this solution
4 industriesWhere it applies
4 KPIsMeasures to track
What this is for
Act on condition while history is still in reach.
For maintenance teams stuck reacting — signals without history, SOPs without timing.
Capabilities
What this solution covers
The operational areas this solution brings into one connected view.
- 01Condition monitoring
- 02Temperature monitoring
- 03Vibration monitoring
- 04Current draw
- 05Runtime tracking
- 06Failure history
- 07Anomaly detection
- 08Work order coordination
- 01Condition monitoring
- 02Temperature monitoring
- 03Vibration monitoring
- 04Current draw
- 05Runtime tracking
- 06Failure history
- 07Anomaly detection
- 08Work order coordination
KPIs
Measures to track
Operational measures used to monitor this area. They are not promised outcomes or unverified performance claims.
- 01MTBF
- 02MTTR
- 03Open work orders
- 04Recurring failures
- 01MTBF
- 02MTTR
- 03Open work orders
- 04Recurring failures
Operating flow
How the solution runs
A practical sequence from connected signals to coordinated follow-up for this solution.
Attach history and SOPs
Keep failure history and procedures next to the equipment they describe.
Detect abnormal behavior
Flag recurring or unusual patterns before they become unplanned downtime.
Recommend practical steps
Neo correlates signals with history and procedures to suggest what to check next.
Raise coordinated work
Open work orders with context so follow-up is visible and owned.
Visibility Neo Agent
Ask it in plain language.
An illustrative exchange showing how a maintenance intelligence question can be answered with the context behind it.
Maintenance LeadWhich machine should we look at first?
One asset shows a rising temperature and vibration pattern against its own history, has a repeat failure recorded for the same component, and its procedure calls for a check at this runtime threshold.
Visibility Livesource context
Visibility Docssource context
Visibility Nexussource context
Operating model
Maintenance Intelligence end to end
A practical view of what gets connected, how context is built, and what teams can act on.
Runtime
Temperature
Vibration / current
Failure history
Maintenance SOPs
1Connect equipment condition signals
2Compare with failure history and procedures
3Detect recurring or abnormal behavior
4Create maintenance follow-up
Neo can correlate condition signals with maintenance history and SOP thresholds to recommend practical next steps.
Products
Products behind this solution
Each product contributes a layer of the shared operational record this solution relies on.
Industries
Industries where this applies
Each vertical brings its own operating context, data sources, and evidence expectations.
Textile
Textile operations combine production, dyeing, WIP, lots, trolleys, utilities, maintenance, quality, warehouse, buyer compliance, and management reporting.
ExploreFMCG
Fast-moving operations need reliable visibility across production lines, quality, packaging, warehouse, utilities, and dispatch.
ExploreFood & Beverage
Food and beverage sites need traceable, timely intelligence across production, utilities, quality, safety, and compliance.
ExploreManufacturing
Manufacturers need connected visibility across machines, production, maintenance, warehouse movement, quality, and management actions.
ExploreCommon questions
Straight answers on what this capability covers, how it connects, and where teams usually begin.
01What does Maintenance Intelligence change day to day?
Connect condition and runtime signals — from meters, sensors, or existing SCADA and PLC paths — to SOPs, work orders, and recommendations instead of inventing a second control room.
02How do the products work together here?
Visibility Live, Visibility Docs and Visibility Nexus share one operational record, so signals, evidence, and follow-up stay connected instead of living in separate tools.
03Are the KPI improvements guaranteed?
No. KPIs are listed as operational measures to track, not as promised outcomes or unverified performance claims.
04Where do condition signals come from?
Condition and runtime signals can come from meters, sensors, or existing SCADA and PLC paths. Visibility connects that context to work orders and SOPs instead of inventing a second control room.
05Can this start with one area?
Yes. Most implementations begin with one high-value signal or workflow and expand as the shared record grows.
Get started
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Start with a focused conversation.
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