A grading and excavation contractor equipped its fleet of trucks and heavy equipment with telematics units over the course of about eighteen months, adding units gradually as new machines came into the fleet and old ones got retrofitted. Each purchase made sense on its own: GPS tracking for the trucks, engine diagnostics for the excavators, fuel monitoring for the whole yard. Two years later, the operations manager realized nobody could say with confidence how many connected devices were actually reporting data into the company’s systems, which vendor dashboards were still active, or who still had login access to any of them.
Telematics was supposed to solve a visibility problem, and in a lot of ways it did. Dispatchers can see where equipment is in real time. Maintenance teams get engine diagnostics before a breakdown happens instead of after. Fuel theft, a real and persistent cost for construction fleets, becomes easier to catch. What telematics also did, almost as a side effect, was turn every truck, excavator, and generator into a network-connected device that needs to be managed, secured, and eventually retired, the same way a laptop or a phone would be.
The sprawl that builds up without anyone noticing
Fleet technology tends to get purchased piecemeal, one vendor for the trucks, a different system that came bundled with a new excavator purchase, a third platform someone tried for a single project and never fully rolled out or shut down. Each of these systems has its own login credentials, its own data retention policies, and its own cellular connection, usually on a data plan that renews automatically whether or not the equipment is still in active use. Nobody in most construction companies owns this the way an IT department would own laptops and servers, because it doesn’t feel like IT equipment. It feels like fleet equipment that happens to have a screen.
That gap in ownership creates real exposure. A telematics unit is a small connected computer, and like any connected device, it can be a point of entry if it’s running outdated firmware or if the vendor’s cloud platform has a security lapse. Several telematics providers have had data exposure incidents over the past few years, and a fleet with dozens of untracked units connected to third-party platforms has no way to quickly assess whether any of that risk applies to them.
The problems this actually creates
- Data nobody’s using but everyone’s paying for: Telematics subscriptions often keep running on retired or sold equipment because canceling the data plan isn’t part of any standard offboarding checklist, quietly costing a fleet owner money for equipment that’s no longer even theirs.
- Multiple platforms that don’t talk to each other: A fleet running three different telematics systems from three different equipment purchases means dispatchers and maintenance teams are checking multiple dashboards instead of one, and the promised efficiency gain of real-time visibility gets diluted by the friction of juggling separate logins and interfaces.
- Access that outlives the employee: Dispatchers, fleet managers, and even former employees sometimes retain dashboard access to telematics platforms long after they’ve left the company, because nobody built deprovisioning telematics accounts into the same offboarding process used for email and file access.
Why this needs to be treated as IT infrastructure, not just equipment
The businesses managing this well have stopped treating telematics as a purely operational tool owned by the fleet or project management side of the company. They’ve folded it into the same inventory and access management process used for every other connected device, tracking which units are active, which vendor accounts exist, who has access, and when a unit should be deactivated as equipment gets sold or retired.
This is increasingly part of what managed IT services for construction companies actually covers, because the fleet has quietly become part of the company’s network whether anyone officially decided that or not. Bringing telematics under the same oversight as laptops, servers, and cloud accounts closes a security gap that most construction firms don’t realize they have until someone finally audits how many connected devices are actually reporting data somewhere.
The visibility problem telematics was supposed to solve, applied to itself
There’s a certain irony in a technology purchased to give a construction company better visibility into its own equipment becoming, itself, a source of poor visibility once it’s deployed at scale. Fleets that treat telematics as just another piece of equipment rather than as connected infrastructure requiring the same discipline as any other network asset tend to accumulate exactly the kind of sprawl that undermines the original goal: knowing, clearly and confidently, what’s actually happening across the business.
