Skip to content

Enterprise Asset Management and Maintenance Software

Physical assets across their life: plant, equipment, vehicles and facilities, with maintenance planned against them and the software chosen independently.

What enterprise asset management actually is

Enterprise asset management is the discipline of knowing what physical equipment you own, what condition it is in, what has been done to it and what is due next. Plant, machines, vehicles, buildings, the instruments that monitor them, and the manuals, drawings, certificates and work orders that go with each one. Managing physical assets across their life: plant, equipment, vehicles and facilities, with maintenance, compliance and replacement planned against them in one place.

The part that is usually underestimated is that it is a document problem as much as an engineering one. A pump has a service history, a warranty, a set of drawings and a compliance certificate, and a maintenance decision made without them is a guess. Most of what stops a maintenance team acting early is not missing sensors, it is that the information about the asset is in six places and none of them is authoritative.

The register this page keeps referring to is that list itself: every asset recorded once, with where it is, what condition it is in, what has been done to it and which documents belong to it. It sounds like bookkeeping and it is the foundation. Without an authoritative register, every analysis is a statement about the assets somebody happened to remember.

Believe their asset register is fully accurate and up to date
9%Believe their asset register is fully accurate and up to dateSFG20, State of FM 2025
Still keep that register in a spreadsheet
31%Still keep that register in a spreadsheetSFG20, 2025, same survey
Do not update it, or do not know how often it is updated
34%Do not update it, or do not know how often it is updatedSFG20, 2025, same survey

What it is costing you now

  • On the calendar

    Assets maintained on a schedule rather than on condition, because condition is not recorded anywhere a planner can reach.

  • At replacement

    Equipment replaced early because nobody could produce its cost history, or replaced late because nobody was watching.

  • At inspection

    Inspections repeated because the certificate could not be found.

  • When the inspector asks

    The record exists, on a shared drive, in a folder named after the person who left in 2021.

None of these is a maintenance failure. Each is a record that was made and then could not be reached by the person who needed it.

The gap is not technology. It is what share of the work is chosen rather than forced.

  1. A typical facility

    of the maintenance work is a response to something that already broke. It is unplanned, it arrives at the worst moment, and it sets the shift rather than the other way round.

  2. Consistently top-performing facilities

    and the rest is chosen. Nothing about that required a different plant. It required different information about the same one, early enough to act on.

US Department of Energy, O&M Best Practices Guide

Every question this is bought to answer is a question about a register.

Five of them. Count how many you could answer this afternoon, across the whole estate, without asking anyone.

What do we own?

Where is it?

When was it last inspected?

What has it cost us?

Is it due for replacement?

You ticked

Every one of them is answerable at a single site, and none of them is answerable across all of them. That is not a maintenance failure, it is an arithmetic one: five spreadsheets that describe assets differently, identify them differently and were counted on different dates cannot be added together. None of this is a criticism of the maintenance system; the work orders are usually fine. The question was never about work orders: it was about what they are attached to, and that is the layer underneath.

Documentation is most of the work

Certificates, inspection records, drawings, manuals and modification history are what turn a register entry into something an engineer or an inspector can rely on. They have to follow the asset rather than the department that produced them, and they carry retention rules of their own. Access to them is scoped and evidenced like any other operational record.

That is why this sits inside information management rather than beside it. The register is a records problem wearing an engineering hat, and treating it as an engineering problem is why the previous attempt did not hold.

ISO 15489 · ISO 27001

What you get

Four pieces of work, not four benefits. Each one names the work and where it connects to the rest of what the group runs.

  1. One register, and we build it first

    The list every other capability on this page depends on.

    Every asset recorded once: where it is, what it is, what condition it is in, what has been done to it and which documents belong to it. Most groups have four partial versions of that list, in a maintenance system, a finance asset ledger, a spreadsheet a plant manager keeps, and the folder structure on a shared drive. None of them agrees with the others and none is authoritative.

    We reconcile them into one and keep it that way, which is the unglamorous part and the part everything else rests on. Predictive maintenance run against an incomplete register is a confident statement about the assets somebody happened to remember.

    This is the same problem the rest of the group solves for contracts, personnel files and invoices: deciding what a record is, once, so that every system downstream can agree about it. The technique transfers. The vocabulary is the only part that changes.

  2. The documents reach the person holding the spanner

    Because a maintenance decision without them is a guess.

    A pump has a manual, a set of drawings, a warranty, a service history and a conformity certificate. A technician standing in front of it at seven in the morning has a work order. The gap between those two is where the time goes, and it is a document retrieval problem wearing an engineering costume.

    Attaching the documents to the asset rather than to a folder is what closes it: the record knows what belongs to it, so the answer arrives with the job rather than being hunted for afterwards. That is document and process automation applied to a plant instead of to an office, and it is the same capability.

    We would rather you counted this yourself than took a number from us. Pick twenty work orders from last month and ask how many needed someone to go and find something. That is the figure, and it is yours.

  3. Condition information arrives early enough to act on

    Which is the whole of the difference between chosen and forced work.

    Nothing on this page argues for buying sensors. The gap between a typical facility and a top-performing one is not instrumentation; plenty of plants already generate more condition data than anyone reads. It is that the data, the asset record and the maintenance history are in three systems that do not join up, so nobody sees the pattern until the machine stops.

    Joining them is integration work, which is the group’s other standing capability. The output is not a dashboard. It is that a rising vibration reading is attached to an asset with a service history, so it becomes a scheduled job in a quiet week rather than an emergency in a busy one.

    Which is what the comparison at the top of this page actually measures. Not better equipment. Better information about the same equipment, early enough that the work can be chosen.

  4. The evidence exists because the work happened

    From the same retention and classification rules as everything else.

    Asset documentation is subject to the same discipline as any other record the group governs: it has to be classified, kept for as long as it is needed, disposed of when it is not, and produced on request without a search party. Certificates, inspection reports and completed work orders are exactly the material that turns up in an audit or after an incident.

    Because it is the same discipline, it is the same build. A group that has already set retention and access rules for its contracts and personnel files does not need a second, differently-shaped answer for its plant.

    And it means the trail is a by-product of the maintenance running, rather than a folder someone assembles the week before an inspection. That distinction is the one this whole site is about, and asset management is where it is least often applied.

Where this sits

An asset register is only as good as the documents attached to it: manuals, certificates, inspection records, warranties. That underneath is Information Value Management: what the information behind it is worth, what it costs to hold, and what a change to either returns.

Information Value Management

We start from the asset register, because every maintenance and compliance question is a question about a register that is either current or is not.

Review your register

Enterprise asset management, asked plainly

  • What is enterprise asset management?

    Enterprise asset management, or EAM, is the management of physical assets across their whole life: plant, equipment, vehicles and facilities, with acquisition, maintenance, compliance, and replacement planned against a single register rather than tracked in whichever spreadsheet each site keeps.

  • How is enterprise asset management different from asset management?

    They share a name and nothing else. Asset management in finance is the management of investments and portfolios. Enterprise asset management is about physical assets you own and maintain. If you are searching for one and finding the other, EAM is the term that will get you the right results.

  • What is asset lifecycle management?

    The same discipline described by its span: an asset is acquired, commissioned, maintained, modified, inspected and eventually disposed of, and each of those produces records that the next stage depends on. Lifecycle management means those records follow the asset rather than the department that created them.

  • What is the difference between EAM and a maintenance system?

    A maintenance management system schedules and records work orders. EAM includes that and adds the register, the compliance evidence, the cost history and the replacement case. If the question you cannot answer today is "should we repair this or replace it", a work-order system on its own will not answer it.

  • Where does documentation fit into EAM?

    It is most of it. Certificates, inspection records, drawings, manuals and modification history are what turn a register entry into something an inspector or an engineer can rely on. Which is why EAM sits inside information management here rather than beside it.