CMMS vs Asset Tracking: Two Different Jobs

The short answer: they solve different problems

A computerized maintenance management system (CMMS) is a system of record for maintenance work. It owns the asset register, preventive maintenance schedules, work-order workflows, technician assignments, parts inventory, and a paper trail for compliance. Vendors in this space include MaintainX, UpKeep, Limble, Fiix (Rockwell), and eMaint (Fluke).

An asset-tracking system is a system of record for asset location. It owns the live coordinates, location history, geofence events, last-seen timestamps, and the export feed that other systems consume. AirTag-based tracking — including TagLogger — sits in this category.

The confusion comes from vocabulary. Most CMMS products have a field called "location" on the asset record. That field is almost always a text label — "Plant 2, Bay 4," "Truck 17," "Warehouse North" — entered manually by a technician. It is not a coordinate, it does not update on its own, and it does not raise an alert when the asset leaves the site. If you ask a CMMS "where is mobile generator #14 right now," the answer is whatever a human last typed.

That gap is what dedicated asset tracking fills. Whether that gap matters to your operation depends on how mobile your assets are, how much they walk off, and how often field techs waste a morning hunting for them.

What a CMMS actually does (and what it doesn't)

To make this concrete, here is what the major CMMS platforms ship in their core product, based on public documentation as of 2026:

• **Work order management** — create, assign, prioritize, and close work orders. Standard across MaintainX, UpKeep, Limble, Fiix, eMaint.
• **Preventive maintenance scheduling** — recurring PMs by date, runtime, meter reading. Standard.
• **Asset hierarchy and registry** — parent/child asset trees, criticality scoring. Standard.
• **Parts and inventory** — stockroom counts, min/max levels, reorder triggers. Standard, sometimes a paid add-on.
• **Reporting on MTBF, MTTR, PM compliance, work-order backlog** — standard.

What CMMS platforms typically do **not** ship as a core feature: live GPS or BLE location of assets, geofencing and movement alerts, continuous location history, or hardware tags. The "location" field on an asset is a text string in nearly every product. A few CMMS products advertise IoT or condition-monitoring integrations — those are typically inbound feeds for sensor data (temperature, vibration, runtime hours), not fleet-wide location with geofences and history.

"Does my CMMS already track location?" — what to ask the vendor

Before you buy a second system, pressure-test what your CMMS actually offers. Specific questions cut through marketing copy:

• Is the location field a coordinate or a label? If it's a label, the system has no idea where the asset physically is.
• Does the location update automatically, or does a tech update it on close-out of a work order? Manual updates lag by days or weeks.
• Can I draw a geofence and get an alert when an asset leaves it? If no, there is no movement detection.
• Can I see the location history of a single asset over the last 90 days? If no, you cannot answer "where has this generator been" during an audit.
• If I bring my own tracking data, can I push it in via API? This is the realistic answer for most teams: keep the CMMS for work, add a tracking layer, integrate them.

If the honest answers to the first four are "label, manual, no, no," your CMMS is doing the job CMMSs are designed for, and tracking is genuinely a separate layer.

When asset tracking and CMMS need to talk

The integration pattern most ops teams converge on looks like this. The CMMS owns the asset master, work orders, and PM schedules. The tracking system owns last-seen location, geofence events, and history. A nightly or near-real-time sync writes location data back to a custom field on the CMMS asset record, or attaches a coordinate to each work order at the moment it's created.

In practice this is done with an API. The tracking system exposes location data; an integration job writes it to the CMMS via the CMMS's REST API or a middleware tool (Workato, Make, Zapier, or a custom script). MaintainX, UpKeep, Limble, and Fiix all have public APIs, though feature coverage varies by tier.

TagLogger's role in this pattern is supplying the location feed. The platform exports tag location data and history as CSV, JSON, or via API — see the AirTag export and API integration guide for the specifics. From there, the data lands in your CMMS the same way any third-party feed would: scheduled job, custom field, done.

Pricing reality — what each layer costs

Pricing for CMMS platforms changes frequently and depends heavily on user count and tier. Treat the figures below as 2026 list pricing per published vendor pages; always confirm at quote time.

• MaintainX — free tier exists; paid tiers start in the $16-$21/user/month range, with Premium and Enterprise tiers higher.
• UpKeep — public pricing starts around $20/user/month and scales upward.
• Limble — Standard, Premium+, Enterprise. Starter pricing in the $28-$35/user/month range.
• Fiix — Free, Basic, Professional, Enterprise. Mid-tier pricing in the $45-$75/user/month range.
• eMaint — quote-based; per-user model, generally enterprise pricing.

CMMS pricing is **per user**. If you have 12 maintenance techs and 3 supervisors, you are paying for 15 seats. Asset tracking pricing — including TagLogger — is **per asset**, not per user. TagLogger is $10/tag/month, falling to $7.50/tag/month at 80+ tags. Unlimited users in the workspace at no extra seat cost. The two billing models compose well: tech headcount drives CMMS cost; mobile asset count drives tracking cost. They scale on different axes. See /#pricing for the live tier table.