Every PPM and repair links back to the asset — so the total cost of ownership is always current, not reconstructed at year-end.
Maintenance records and asset records are almost always separate. The CMMS tracks the jobs. The asset register tracks the asset. At the end of the year, when someone wants to know the total cost of ownership for a critical piece of plant, they spend a week cross-referencing work orders, pulling spare parts consumption from inventory, estimating technician hours from timesheets, and building a spreadsheet that is accurate to within about 20 percent. That 20 percent matters. Capital replacement decisions made on inaccurate maintenance cost data lead to assets kept too long, assets replaced too early, and maintenance budgets set from extrapolation rather than evidence. The problem compounds: bad data in the register today becomes a bad capital plan next year. The Maintain stage in Coreziyo is the point where maintenance and the asset record are the same system. Every work order — preventive or reactive — is linked to the asset. When the work order closes, the labour cost, the parts consumed, and any third-party charges post to the asset's maintenance history automatically. The total cost of ownership is a live number on the asset record. There is no reconstruction, no cross-referencing, no approximation. For detail on the scheduling engine that drives preventive jobs, see [PPM Scheduling](/features/cafm/ppm-scheduling/). For the work order lifecycle from request to close, see [Work Orders](/features/cafm/work-orders/).
The maintenance stage is where assets reveal their true cost. Acquisition price tells you what the asset cost to buy. The maintain stage tells you what it costs to keep. For high-value plant with fifteen-to-twenty-year life cycles, the maintenance cost typically exceeds the acquisition cost by a factor of three to five. The organisations that capture this data systematically make better replacement decisions than those that reconstruct it annually.
Coreziyo’s Maintain stage ensures that every interaction between a technician and an asset is a data event that writes back to the asset record. The work order closes. The cost posts. The history grows. The asset record is always current.
This integration between maintenance execution and asset record is what separates a working asset management system from a register that sits in a drawer. When the records are connected, every maintenance event becomes operational intelligence — an input to the next PPM cycle, the next spare parts order, and the next capital review.
What you actually get
Maintenance history consolidated on the asset
Every preventive and reactive work order posts to the asset record on close. The full maintenance history — dates, technicians, outcomes, and costs — is visible on the asset without querying a separate system.
Spare parts consumption on the asset record
Parts consumed on a maintenance job deduct from inventory and link to the asset record simultaneously. The parts cost accumulates on the asset's lifetime cost total — no separate reconciliation needed at month-end.
Technician history and skill tracking
The asset record shows which technicians have worked on it, in what capacity, and when. This history supports both quality management and skills gap analysis — knowing who has certified experience with a particular piece of plant.
Total cost of ownership — live
Acquisition cost, accumulated depreciation, and cumulative maintenance spend are always visible on the asset record. Engineering managers see the full financial picture without requesting an export from two systems.
Warranty claim support
When a fault occurs within the warranty period, the system flags it. The maintenance team raises the warranty claim with the original purchase documentation, warranty terms, and fault evidence all attached to the same record.
How it shows up in real operations
A GCC FM operator tracking 200,000+ assets processes over 150,000 work orders a month. At that volume, the asset-maintenance link is not an administrative nicety — it is the only way to produce reliable cost-of-ownership numbers. When the engineering director asks for the five most expensive assets to maintain across the portfolio this year, Coreziyo returns the answer in seconds: the total of every work order, every parts draw, and every technician hour linked to each asset, accumulated in real time throughout the year. When a chiller approaches its economic replacement threshold — the point where the annual maintenance cost exceeds the annualised replacement cost — the recommendation to replace is generated by the data, not by the engineering manager's intuition. The next capital budget cycle includes an evidence-backed replacement plan.