Deferral made visible
Track which planned work has been pushed back, how many times, and what is now running on borrowed time.
Asset intelligence / Concept under discovery
Maintenance Risk Intelligence
Bring asset condition, maintenance history and the production plan together so maintenance is scheduled against commercial risk.
The problem
Objective: Protect asset availability.
Maintenance is planned on one calendar and production on another. When they collide, the usual outcome is that maintenance is deferred, and the deferral is recorded nowhere that planning can see.
The cost of that decision only appears later, as an unplanned stop in the middle of a week that could not absorb one.
What it does
Four things it has to get right.
Risk weighted by the order book
Rank assets by the committed work that depends on them, not only by criticality on the asset register.
Windows that actually exist
Find the points in the plan where an asset can come out of service with the least commercial damage.
Planned against unplanned
Show the real balance between planned and breakdown work, and what the drift is costing in disrupted orders.
Operational signals
What it reads.
Read-only, from the systems you already run. Nothing is replaced and nothing is written back without an approval.
- Asset condition and alarms
- Planned maintenance schedule
- Deferral history
- Dependent orders
Planned service deferred three times on press 02
Eleven open orders route through this asset
Lowest impact window identified in week 11
Service window proposed with affected orders listed
An illustration of the kind of chain the system is designed to surface, not output from a live customer system.
The decision
Who acts on it.
Maintenance and production management
Decide when an asset comes out of service, which deferrals are no longer acceptable, and what the plan must absorb to make the window.
Illustrative scenario
A planned service has been deferred three times on a press that eleven open orders depend on. Find the window that costs least.
Connected solutions
It does not work alone.
The same operational context powers every solution, so a signal picked up here shows its consequences everywhere else.
Is this the one costing you most?
We start with one measurable operational problem, your existing systems and a decision owner who can act. Tell us where it hurts and we will scope it honestly.