IFS for Asset Management
For operators whose assets are the business — generation and distribution networks, transit infrastructure, process plant, heavy fleets. Asset management in IFS is the same platform as finance, supply chain and service, not an EAM product integrated to an ERP.
An asset's maintenance history has to outlive the people, the contractors and usually the software that recorded it — often by decades.
Capability
What IFS Covers Across the Asset Lifecycle
From the capital decision to commissioning, through decades of maintenance, to replacement.
Asset register & hierarchy
Functional locations and serialized objects modelled separately, so history follows the position and the physical unit independently as equipment is swapped.
Preventive & usage-based maintenance
Plans triggered by calendar, runtime, cycles or meter readings, generating work automatically from the asset rather than from a spreadsheet.
Condition-based & predictive
Condition data and thresholds raising work before failure, so maintenance is driven by the asset's actual state rather than a fixed interval.
Maintenance execution
Work orders with the labour, parts, tools, permits and documentation the job needs — planned, scheduled and costed as one record.
Linear assets
Pipelines, rail, cable and road modelled by position along a length rather than as discrete units — a genuine differentiator for network operators.
Shutdowns & turnarounds
Outage and turnaround scoping, planning and execution against a fixed window, where the whole year's maintenance budget is often spent.
Maintenance supply chain
Spares, critical stock, rotables and repairable pools planned against maintenance demand rather than against sales forecast.
Safety, permits & isolation
Permits to work, isolation and lock-out procedures attached to the job, so compliance is part of execution rather than a parallel paper process.
Reliability & performance
Failure history, criticality and reliability analysis feeding back into maintenance strategy instead of sitting in a reporting silo.
Whole-life asset cost
Capital, maintenance, downtime and disposal cost per asset — the basis for a defensible repair-or-replace decision.
Why Asset-Intensive Operators Land on IFS
Most ERPs treat an asset as a fixed-asset record for depreciation and leave the engineering reality to a separate EAM product. That split is where the cost sits: two masters, two work order concepts, and a reconciliation problem that never ends.
- EAM, ERP and field service on one data model — not an integration between three products
- Functional location and serialized object modelled separately, so history survives equipment swaps
- Linear asset support for networks — pipelines, rail, cable — rather than discrete units only
- Turnaround and outage planning as a first-class capability, not a project bolted on
- Maintenance demand drives the supply chain in the same system that holds the stock
- Whole-life cost per asset, reportable from the system that did the work
Script your demo around these
A clean preventive-maintenance schedule proves nothing. These four separate real EAM platforms from fixed-asset registers:
- 1A turnaround: scoping, planning and executing a year's deferred work inside a fixed outage window.
- 2A pump swapped between two functional locations — and whose history has to follow the right one.
- 3A condition reading breaching threshold at 3am and raising the right work order with the right permit.
- 4A critical spare that is simultaneously stock, a repairable rotable and an asset with its own history.
Closely related: IFS for service & field service, IFS supply chain, and why organizations choose IFS Cloud.
Related Reading
Go Deeper
FAQ
IFS Asset Management — FAQ
A fixed-asset register in a general ERP exists to depreciate things for the balance sheet. Enterprise asset management exists to keep physical equipment running: what it is, where it sits, what has been done to it, what is due, what failed last time and what it costs to keep. IFS carries both, on one data model, alongside the work orders that execute the maintenance and the supply chain that supplies the parts. The practical consequence is that there is no reconciliation between an engineering system and a finance system — the maintenance work order that consumed a part and three hours of labour is the same record that hit the general ledger. For asset-intensive operators that single-model property is usually the reason IFS is on the shortlist at all.
Yes, and it is one of the clearer differentiators for network operators. A pipeline, a rail section, a cable run or a road is not a discrete unit with a serial number — a defect exists at a position along a length, maintenance applies to a segment, and segments get re-sectioned over time as the network changes. IFS models assets linearly as well as discretely, so a condition report at a specific point, and work covering a range, are both first-class. Utilities, transit and infrastructure operators who have tried to force linear reality into a discrete asset register generally recognise this immediately. If you run a network, make it an explicit demo scenario rather than assuming it is covered.
Yes, and this deserves attention during an evaluation because a turnaround is where a large share of the annual maintenance budget is committed in a compressed window. IFS supports scoping the work, planning labour, contractors, parts and equipment against the outage window, sequencing it, and executing and tracking against plan while the clock runs. The risk in a turnaround is not usually the individual jobs but the aggregate: too much scope accepted, insufficient contractor capacity, parts not staged, and a window that overruns at a cost measured per hour of lost production. Being able to see that picture before the outage starts, in the same system that holds the work and the stock, is the point.
They are the same platform, which matters more for organizations that maintain both their own assets and their customers' equipment. The same asset record, maintenance history, work order engine and parts logic serve internal maintenance and external contracted service. A manufacturer maintaining its own plant while also servicing an installed base in the field does not need two systems and a policy about which one wins. For operators, it also means that when maintenance is outsourced to a contractor, or delivered under an internal SLA, the entitlement and contract logic that field service uses is already there.
Very often, yes. Any organization whose physical assets carry real operational and financial weight benefits from IFS enterprise asset management — fleet-heavy logistics and transport, property and facilities portfolios, healthcare estates, data centres, and manufacturers with capital-intensive production lines among them. They share the same needs: maximizing uptime, keeping a reliable maintenance history for audit and warranty, planning spares against maintenance demand, and making replacement decisions with accurate whole-life cost. IFS delivers all of that on the same platform as finance and supply chain, and ESS can show how it applies to your asset base.
Bring Us Your Hardest Asset Problem
A turnaround that always overruns, a network you cannot model, a repair-or-replace argument you cannot settle with data. We will show you how IFS Cloud handles it.
