Ask a facilities manager how many laptops the company owns and you’ll get a number from the asset register. Ask them to physically locate any specific one and the answer changes shape entirely.
That gap — between what the register says you own and what you can actually find — is what asset tracking exists to close. And it’s usually wider than anyone expects. Organisations that run their first proper audit after years of spreadsheet-based tracking routinely find equipment that was written off still in use, equipment recorded as in use that left the building years ago, and a meaningful share of items nobody can account for at all.
What is asset tracking?
Asset tracking is the practice of monitoring the location, status and condition of physical assets throughout their lifecycle, using identification technology such as barcodes, RFID tags, BLE beacons or GPS devices linked to a central system.
The scope varies with the technology. At the simple end, it records where an asset was last scanned and who has it. At the advanced end, it provides continuous live location, movement history, utilisation data, and condition monitoring through sensors that report temperature, shock or vibration.
The distinction that matters commercially is between two modes:
- Periodic tracking — an asset’s location updates when someone scans it. Accurate at the moment of scan, progressively less accurate afterwards. Cheap.
- Real-time tracking — the asset reports its own position continuously without human involvement. Always current. More expensive, because every asset needs a powered device.
Most organisations need a mix. Continuous tracking on high-value or safety-critical assets, periodic scanning on everything else. Putting GPS on a staple is how asset tracking projects lose their business case.
Why organisations invest in it
Loss and shrinkage. The obvious one. Equipment walks, and continuous visibility both deters it and shortens the search when something goes missing.
Utilisation. Frequently the largest and least anticipated return. Tracking data routinely shows that a fleet of equipment considered fully committed is in fact idle much of the time, distributed unevenly across sites. Organisations often discover they can cancel a planned purchase or return rented equipment once they can see actual usage. In hospitals, this pattern is well documented — clinical staff hoard equipment locally because searching for it is slow, which creates artificial scarcity and drives unnecessary purchasing. State Technologies has covered that specific case in how hospitals use real-time asset tracking systems.
Maintenance and compliance. Knowing where an asset is and how much it has been used enables usage-based servicing rather than calendar-based. For regulated equipment — calibrated instruments, lifting gear, medical devices — the audit trail is often the compliance requirement itself.
Audit and financial accuracy. A manual audit of a large estate takes weeks of staff time. Tag-based auditing reduces that to a fraction, and produces a defensible record.
Downtime. Time spent searching for equipment is time not spent using it. In field service, construction and healthcare, search time is a real and measurable operational cost.
How to track assets: the technology options
This is the decision that determines everything downstream — cost, accuracy, deployment effort and what the system can actually tell you.
| Technology | Range | Location accuracy | Power source | Relative cost per asset | Best suited to |
|---|---|---|---|---|---|
| Barcode / QR | Line of sight | Point of scan only | None | Lowest | High volume, low value, indoor, fixed locations |
| Passive RFID | Up to a few metres | Zone-level at read points | None (tag powered by reader) | Low tag, higher reader infrastructure | Fast bulk scanning, inventory, tool cribs, warehouses |
| Active RFID | Tens of metres | Zone-level, continuous | Battery in tag | Medium | Yard management, large indoor sites |
| BLE beacon | ~10–50 m | Room or zone-level indoors | Battery | Medium | Indoor real-time tracking — hospitals, offices, plants |
| Wi-Fi | Existing coverage | Zone-level | Battery | Medium | Sites with dense existing Wi-Fi |
| GPS / GNSS + cellular | Global | Metres, outdoors | Battery or vehicle power | Highest (device + connectivity) | Vehicles, trailers, containers, outdoor plant |
| UWB | ~50 m | Sub-metre | Battery | High | Precision indoor positioning, safety zoning |
| LoRaWAN / NB-IoT | Wide area | Coarse to moderate | Battery, long life | Medium | Low-power wide-area, infrequent updates |
Two rules that prevent most bad decisions:
Match the technology to the question you need answered. “Which building is it in” is a very different requirement from “which shelf is it on”, and they differ by an order of magnitude in cost. Specify the accuracy you actually need, not the best accuracy available.
Match the tag life to the asset life. A battery tag with a three-year life on an asset with a fifteen-year life means five replacement cycles across a whole estate. That labour cost rarely appears in the initial business case and often exceeds the hardware cost over time.
How to implement asset tracking
1. Define what you’re tracking and why. Not everything. Start with assets that are high value, frequently lost, heavily shared, or subject to compliance requirements. A tightly scoped deployment that works beats a comprehensive one that stalls.
2. Establish the baseline. Before deploying anything, audit what you have. You’ll need this to prove value later, and you’ll almost certainly find discrepancies that justify the project on their own.
3. Choose the technology per asset class. Not one technology for everything. Vehicles need GPS. Tools in a workshop need RFID or BLE. IT equipment in an office may only need barcodes and a disciplined process.
4. Design the data model first. Asset ID, category, owner, location hierarchy, status. Get this right before tagging, because changing it after 5,000 assets are tagged is painful.
5. Tag systematically. Consistent placement, durable tags matched to the environment — heat, chemicals, washdown, outdoor exposure all destroy the wrong tag type. Record as you go.
6. Integrate with the systems that matter. ERP, CMMS, finance. A tracking system that doesn’t talk to your maintenance or asset register creates a second source of truth, which is a new problem rather than a solution.
7. Set alerts sparingly. Geofence breaches, unauthorised movement, missed check-ins. Configure conservatively — a system that generates alerts nobody reads is functionally off.
8. Pilot, then scale. One site, one asset class, sixty to ninety days. Measure against the baseline before extending.
State Technologies delivers this through its asset monitoring and tracking practice — real-time location, geofence and unauthorised-movement alerts, and a single dashboard covering location, status and movement history across sites, warehouses and transport routes.
How much does asset tracking cost?
There is no single price, and any vendor who quotes one before understanding your asset mix is guessing. But the cost structure is consistent, and understanding it lets you evaluate any quote properly.
Hardware — tags and devices (per asset). The largest variable. Barcode and QR labels are inexpensive enough to be a rounding error. Passive RFID tags are low cost per unit but require reader infrastructure. BLE beacons cost more per asset. GPS and cellular devices are the most expensive by a wide margin, because each contains a radio, a battery and a SIM. [Insert State Technologies’ per-tag pricing by technology.]
Infrastructure (per site). Readers, gateways and antennas. Passive RFID and BLE need enough coverage density to give the accuracy you specified — this is often the largest single line item for indoor real-time tracking, and it’s the one most commonly underestimated. GPS needs no site infrastructure, which partly offsets its higher device cost. [Insert typical site infrastructure cost by deployment size.]
Software (per asset per month, or per site). Platform licensing, dashboards, alerting, reporting, API access. Usually subscription-based and usually tiered by asset count. [Insert State Technologies’ licensing model and tiers.]
Connectivity (recurring). Cellular data for GPS devices, or LPWAN subscription. Per device, per month. Small individually, significant across a large fleet. [Insert connectivity cost per device per month.]
Deployment (one-time). Site survey, tagging labour, system configuration, integration with ERP or CMMS, and training. Tagging labour scales directly with asset count and is routinely underestimated — the cost of physically attaching and registering several thousand tags is real work. [Insert typical deployment cost by project size.]
Ongoing (recurring). Battery and tag replacement, support, and re-tagging as assets are added or replaced.
What actually drives your number up or down:
- Accuracy required. Room-level costs a fraction of sub-metre. This is the single biggest cost lever.
- Update frequency. Continuous reporting drains batteries faster and costs more in connectivity than hourly or daily check-ins.
- Environment. Metal, liquid, extreme temperature and washdown environments need specialised tags and denser reader coverage.
- Asset count. Per-unit costs fall with volume, but total deployment labour rises linearly.
- Integration depth. Reading a dashboard is cheap. Two-way integration with an ERP is a project.
Building the business case. Compare total cost of ownership over three to five years — not first-year cost — against quantified losses: annual asset write-offs, hours spent searching, avoided purchases where utilisation data shows spare capacity, audit labour saved, and any compliance penalty risk. In most estates, the utilisation finding and the avoided-purchase saving turn out to be larger than the loss-prevention saving, even though loss prevention is what motivated the project.
For a scoped quote against your asset mix, sites and accuracy requirements, contact State Technologies.
FAQs
What is asset tracking?
Asset tracking is the practice of monitoring the location, status and condition of physical assets across their lifecycle, using identification technology — barcodes, RFID, BLE beacons or GPS — connected to a central system. It ranges from recording where an asset was last scanned to continuous live location and condition monitoring.
What’s the difference between asset tracking and asset management?
Asset tracking answers where an asset is and what state it’s in. Asset management is the broader discipline covering the full lifecycle — procurement, depreciation, maintenance scheduling, compliance and disposal. Tracking supplies the location and utilisation data that asset management depends on.
How do you track assets without GPS?
Indoors, where GPS doesn’t work reliably, the options are barcode or QR scanning for periodic tracking, passive RFID for fast bulk reads at fixed points, BLE beacons for continuous room-level positioning, and UWB where sub-metre accuracy is genuinely required. The choice depends on how precise the location needs to be and whether it must update continuously.
How much does asset tracking cost?
It depends on the technology, the accuracy required and the number of assets. Costs fall into five buckets: tags or devices per asset, site infrastructure such as readers and gateways, software licensing, connectivity for cellular devices, and one-time deployment including tagging labour and integration. Barcode-based tracking is by far the cheapest; GPS with cellular connectivity is the most expensive per asset.
Which asset tracking technology should I choose?
Match it to the question you need answered. Room-level indoor location suits BLE; bulk scanning at fixed read points suits passive RFID; anything moving outdoors needs GPS; low-value indoor items are often adequately handled by barcodes. Most organisations use a mix by asset class rather than a single technology.
How long does an asset tracking deployment take?
The technology is rarely the constraint — tagging labour and system integration are. A single-site pilot on one asset class can be running within weeks. A multi-site rollout with ERP integration is a project measured in months, dominated by physically tagging and registering assets.
Is real-time asset tracking worth it for every asset?
No. Continuous tracking requires a powered device on each asset, and the cost only makes sense where the asset is high value, safety-critical, frequently lost or heavily shared. Lower-value items are usually better served by periodic scanning.
What return does asset tracking typically deliver?
The most commonly quantified returns are reduced loss and write-offs, avoided purchases where utilisation data reveals spare capacity, reduced search time, and lower audit labour. In practice the utilisation finding is often the largest, even though loss prevention is usually what triggers the project.
