Whitepaper:Whatisequipmentmanagement?

CONTENT

1. Introduction

2. Why is life cycle management of equipment important?

3. Different ways to manage equipment

4. What is the difference between equipment management and fixed asset accounting?

5. Implementing a digital equipment management system

6. Tracking and labeling equipment

7. Fixed assets inventory

8. Customer case: Senate Properties

Introduction

Equipment management is the ongoing process of optimising the full life cycle of a company's fixed assets. This whitepaper explores its core elements and how to apply them effectively within an organisation.

Equipment management isn't reserved for specific industries or company sizes. A simple rule of thumb: if you struggle to list all your fixed assets, track completed maintenance, or recall when equipment was acquired, a digital equipment management tool is worth considering. The payoff is tangible — cost savings and a more sustainable approach to asset management.

Why is life cycle management of equipment important?

Picture this: it's spring, and you've just bought a new bicycle. You ride it all summer. Then you leave it outside through a Nordic winter — and when the warmer months return, the bike is worse for wear, and restoring it comes at a cost.

Had you managed that bike's life cycle from the start, you'd have brought it indoors for winter, preserving its condition for the season ahead. The logic is simple: protect your asset, and it keeps delivering value.

The same principle applies to any company's equipment. But life cycle management goes beyond just maintaining productivity — it also raises important questions about what happens when equipment reaches the end of its useful life. Can it be sold for reuse? How should it be recycled responsibly?

These questions sit at the heart of sustainable, resource-conscious operations. Extending asset life, enabling reuse, and recycling thoughtfully are not just cost considerations — they are markers of a mature, responsible organisation.

Of course, companies manage far more than bicycles. The stakes are higher, the inventory more complex, and the consequences of poor management more significant. That's why the first step is straightforward but essential: identify and document every piece of equipment you own.

Different ways to manage equipment

Effective fixed asset management creates confidence in knowing what equipment an organisation owns, how productivity can be optimised, and how to take greater responsibility for asset operations.

There are several different approaches and tools for managing equipment. And as in life generally — not every method suits everyone.

The most common ways to manage fixed assets

• Memory of employees

• Pen and paper

• Spreadsheet

• Accounting software

• Maintenance management software

• Equipment management system

• Enterprise resource planning (ERP) system

The first two remain the most common approaches — and for a newly started company with little to manage, they work perfectly well. A few laptops and a van are easy enough to keep track of.

But as a company grows, the cracks start to show. Relying on memory or scattered paperwork is neither reliable nor secure. When people leave, they often take critical knowledge about equipment with them — and that knowledge walks out the door with them.

From spreadsheets to digital equipment management

Spreadsheets are a step up from pen and paper. In the hands of a skilled user, they can handle maintenance tracking and reservations reasonably well — and for smaller companies, they may be a perfectly adequate solution.

The limitations, however, are real. Spreadsheets are rigid, prone to conflicting duplicates, and not the most intuitive to use. That lack of usability alone creates a risk of missed updates and outdated information.

Maintenance systems are commonly used in industries where equipment condition and availability are critical. They are built to handle maintenance requests and service plans efficiently — but that's largely where their scope ends. Features like asset inventories, investment planning, and equipment reservations typically fall outside their remit.

An equipment management system is a dedicated digital tool for managing the full life cycle of assets. Beyond maintenance, it brings together everything needed to maximise equipment productivity: an asset register, asset labelling, reservation and loan management, inventory tracking, and investment planning. Crucially, it makes asset information transparent and accessible to everyone who needs it.

Enterprise resource planning (ERP) systems are widely used in more established companies and often include some asset management capabilities — maintenance, reservations, inventories and the like. The drawbacks, however, are significant. ERP asset management features tend to be complex, accessible only to a limited number of users, and expensive — both in licensing costs and in the price of any changes or customisations.

For this reason, many companies run an equipment management system alongside their ERP. The two complement each other well: equipment operations and life cycle management flow more smoothly through a dedicated tool, while the ERP handles broader business processes. Open API integrations on both sides ensure the systems work together seamlessly.

What is the difference between equipment management and fixed asset accounting?

The finance department typically has the clearest view of an organisation's fixed assets — not because the picture is complete, but because while other departments can only guess, finance at least has fixed asset accounting and reports to fall back on. The problem is that fixed asset accounting alone is no longer enough.

Why not? First and foremost, it isn't timely. It rarely reflects the current, real-world status of assets with the accuracy needed to make informed decisions. Second, the information isn't transparent — it typically sits with finance personnel and goes no further.

Fixed asset accounting answers one question reasonably well: what has been purchased, and what still carries value on the balance sheet. But that has surprisingly little to do with the equipment actually in active use across the organisation.

It won't tell you which assets have been lost or damaged. That information can only be uncovered through a physical inventory — a process that is time-consuming and confirms only what's found, not what's missing or why.

There's another gap worth noting. For many pieces of equipment, the actual technical lifespan far exceeds the depreciation period used in accounting. Relying solely on the books means this reality goes unrecognised — and purchasing decisions end up based on accounting timelines rather than the true end of an asset's useful life.

Fixed asset accounting is, of course, important. But on its own, it offers a narrow view. Effective equipment management processes give organisations the fuller picture they need — helping to maximise both the lifespan and productivity of every asset they own.

Steps for implementing the equipment management system

1. Choosing the equipment management system

2. Naming a responsible person and the first key users

3. Choosing the labeling technology (RFID, NFC, QR-code, or a combination)

4. Gathering information through the inventory of assets

5. Labeling physical equipment with identifier tags

6. Continuous use of the equipment management system

Starting with the equipment management solution

Implementation begins with choosing the right equipment management system. Start by mapping your current challenges, needs, and priorities — this narrows the field and sharpens your evaluation criteria. Always test the software before committing, and use that testing phase to examine not just the tool, but your internal processes and the culture around asset management.

When purchasing, designate one or two superusers from the start. These are the people who will own the overall equipment management processes and serve as the system's primary experts. As implementation progresses, appoint a small number of additional key users alongside them — their job is to drive adoption and roll out new processes within their own departments.

Before going live, settle on your labelling technology. The main options — QR codes, barcodes, RFID, NFC, or a combination — differ mostly in how they're scanned day-to-day. Start with one approach and choose it deliberately; expanding to additional methods later is always possible.

The initial inventory is the most time-consuming step in implementation, and the most consequential. This means cataloguing all equipment with the details needed for a clean import into the system. The quality of this first inventory sets the ceiling for everything that follows — it's worth taking the time to understand what each data field actually means in practice. If inventorying everything at once feels daunting, starting with a single department, building, or location is a sound way to build momentum without sacrificing quality.

Finalising implementation

Once the initial inventory is complete and asset data is loaded into the system, it's time to label the equipment. More advanced systems support an in-house printing infrastructure, which streamlines the process and reduces dependence on external services. Labelling is hands-on work that requires dedicated time and resources — plan for it accordingly.

With the system in place and assets labelled, day-to-day operations can begin. Staff can now manage the full equipment lifecycle efficiently, sustainably, and with far less friction than before. At the same time, the system quietly does something equally valuable: it accumulates the asset data and investment insights that decision-makers need to plan, prioritise, and justify future resource allocation.

Asset tracking and labeling

Asset tracking is an ongoing process — one that keeps equipment lifecycle and location data accurate and up to date. Most of us have wasted time searching for a missing piece of equipment, growing increasingly frustrated with every dead end. Imagine instead being able to pull up that information instantly from a single, reliable source.

Equipment tracking falls into two broad categories:

1. Passive tracking (RFID, NFC, QR-code,barcode)

2. Active tracking (GPS)

Passive tracking is a cost-effective way to label and manage equipment. Passive identification tags — QR codes, barcodes, NFC, and RFID — create a link between the physical asset and its digital record in the equipment management system. Because these labels require no power source, they are long-lasting and economical to deploy at scale.

Passive tracking does not update asset location automatically. The system holds the asset's registered home location, which can be verified through inventory. The reservations feature fills the gap for equipment in active use: by tracking assets lent out to personnel, students, or project teams, the system maintains a clear picture of where things are and who has them at any given time.

UHF (Ultra High Frequency) RFID labels require a dedicated reader but can be detected from up to ten metres away — making them particularly well-suited for large-scale inventories. When using UHF RFID, it's worth ensuring the labels also carry a printed QR code or barcode, so assets can be scanned with a standard mobile device when a reader isn't available.

HF RFIDNFC, barcode, and QR code labels need no separate reader at all. A smartphone is enough, which means staff can access asset information and carry out operations directly in the field — without needing a laptop nearby.

Active GPS tracking remains a comparatively expensive option. The cost comes from two sources: the tracking devices themselves and the data connection each device requires. For most asset categories, passive tracking is the right default. GPS is best reserved for high-value, mobile assets — vehicles being the most obvious example — where real-time location data justifies the investment.

Inventory of fixed assets

Inventories are time-consuming, but they are critically important — both financially and from a sustainability perspective. While stock inventories are a familiar part of annual reporting, the inventory of fixed assets (machinery, devices, vehicles, and similar equipment) deserves equal attention. An accurate, up-to-date view of fixed assets leads to better investment planning, fewer unnecessary purchases, and a reliable basis for determining correct insurance values.

In practice, fixed asset inventories are often neglected precisely because of how long they take. The challenge is compounded when assets are physically difficult to reach — AV equipment suspended from the ceiling of an auditorium being a classic example.

This is where UHF RFID changes the equation. Because UHF RFID labels can be read from a distance without requiring a direct line of sight to the label itself, multiple devices can be scanned in rapid succession — no hunting for labels, no ladders, no interruptions. In the right setup, this technology can cut inventory time by as much as 70%.

In practice, it works like this: a staff member walks through a space with a handheld UHF reader connected to a mobile device running the equipment management system. As they move, assets are identified, and the inventory log is updated in real time. What once took days can be completed in a fraction of the time, with greater accuracy and far less disruption to operations.

UHF RFID inventory is no longer a future possibility — it's an established approach that makes fixed asset inventories faster, more reliable, and genuinely manageable.

Customer Case - Senate Properties: Inventory efficiency through life cycle management of equipment

Senate Properties is the work environment partner of the Finnish government. Senate Properties is responsible for the maintenance and development of the premises of government organizations and creates work environments that support customers' operations.

Trail was introduced in Senate Properties in 2018 through a public tender. In connection with the implementation, a security and administrative audit of the system was carried out, in which the suitability of Trail for use by the state administration was ensured.

Efficiency in inventory

Trail is currently used to manage tens of thousands of Senate Properties' furniture and AV equipment throughout Finland. Physical RFID tags are attached to the equipment for individual tracking. The tags have basic item information and a QR code, enabling fast and effortless defect reporting through Trail mobile application.

Trail mobile application and RFID reader are used to identify remotely readable RFID tags. In practice, a mobile device is connected to the reader, where Trail application registers all RFID tags scanned by the reader, and then updates the system with up-to-date information. A powerful RFID reader allows tags to be read from a distance up to 10 meters and as a result, inventory execution is very fast. As an example of efficiency, about 800 articles from the entire floor were inventoried in less than 10 minutes in one of Helsinki offices.

Gathering equipment information

The gathering of equipment information into Trail service works smoothly for Senate Properties as the suppliers of equipment provide the information already in a system readable format.

Management of user rights

All systems used by the Senate Properties must operate seamlessly and reliably in terms of user rights management. With Trail's comprehensive access control possibilities, information on equipment in different parts of Finland is only available to relevant persons.

Read more about the customer case here.