Manage the integrity of your industrial assets from a single platform.

Degradation that evolves without being identified early enough can cause a breakdown, an unplanned production stoppage, an emergency intervention or greater damage to the equipment.

In some processes it can also affect quality: loss of tightness, hygiene defects, contamination, foreign bodies or non-conformity that can lead to a product being blocked or recalled.

The signs of a future problem often exist well before the breakdown: cracks, corrosion, thickness loss, repeated anomalies, drifting measurements, successive repairs or open recommendations. Taken separately they seem minor; connected over time they reveal that equipment is degrading or that a situation is recurring.

Integrity tracking then answers essential questions:

• What is the equipment’s current condition?
• Is it stable or degrading?
• Which defects are evolving?
• Which problems keep coming back?
• Which repairs have already been done?
• Which actions remain open?
• Which equipment needs priority attention?

The goal is not to artificially predict every breakdown, but to surface the signals early enough to better anticipate risk.

The information usually already exists. But it is spread across inspection reports, Excel files, network folders, work reports, photos, measurements, CMMS or documents from several providers.

The problem is not a lack of data. It is its fragmentation.

To truly understand an asset’s condition, teams need to connect: checks → findings → measurements → decisions → actions → repairs → next checks.

This continuity creates a genuine technical memory of the equipment and reveals how it evolves over months or years.

On a site with hundreds or thousands of assets, not every situation carries the same urgency. Maintenance, reliability, inspection and engineering teams need to quickly tell apart what is stable, what is evolving, what should be watched and what needs intervention.

Better visibility of the asset base notably helps to:

• prepare interventions before a shutdown;
• focus checks on the most sensitive equipment;
• track major repairs;
• identify recurring anomalies;
• reduce emergency interventions;
• better arbitrate maintenance and replacement spending.

The point is not to produce more indicators, but to help teams decide where to act first.

An equipment problem can cost far more than the repair itself: production stoppage, capacity loss, scrap, delivery delay, emergency intervention or damage to other equipment.

In food, pharmaceutical and other sensitive industries, equipment integrity also has a direct consequence on the product: a crack, corrosion, surface deterioration or loss of tightness can contribute to contamination or non-conformity.

Mastering integrity therefore protects the equipment, production continuity and product quality at once.

During an audit, having the original report is not always enough. You need to demonstrate what was checked, what was found, which decision was made, which action was taken and whether the problem was then verified or closed.

Structured traceability makes internal, customer and group audits and compliance easier. It also helps identify in advance:

• checks coming due;
• still-open recommendations;
• overdue actions;
• repairs left to verify;
• equipment with incomplete history;
• the evidence tied to interventions carried out.

The goal: demonstrate that identified risks are tracked and controlled, without rebuilding the history from dozens of documents.

An equipment owner needs detail; industrial management needs the big picture. It must quickly understand:

• the overall state of the asset base;
• the equipment needing particular attention;
• the main degradations observed;
• the important actions still open;
• upcoming deadlines;
• equipment families with recurring problems;
• how the situation evolves over time.

This view better guides technical priorities, maintenance budgets, planned shutdowns and industrial investment.

For an industrial group the difficulty grows: each plant may use different providers, report formats, tracking methods and maintenance practices. A shared view of integrity helps to:

• compare situations across sites;
• harmonise tracking methods;
• identify common degradations;
• spot equipment families with the same problems;
• share lessons learned;
• track major risks at group level;
• prioritise investment;
• prevent a problem found at one site from recurring elsewhere.

An anomaly identified locally thus becomes useful information for the whole group.

Integrity management is not only about managing inspections or storing reports. It turns the available technical information into a usable view: know the state of the asset base, understand how it evolves, detect risks, prioritise actions and demonstrate their follow-up.

With a concrete purpose: reduce unplanned downtime, protect product quality, strengthen compliance and give teams and management better control of equipment risk.