GPS Fleet Tracking for Telecom & Cable Installers

The carrier's service-level report lists every appointment that missed its window, and the installer pays for each one unless it can show otherwise. High Point GPS draws a geofence around each job address from the day's dispatch list, and the platform writes an arrival record the moment the van crosses it. The record carries the time, the technician logged in on the NFC reader and the position of the van, none of which the technician had to type. When the carrier says the technician arrived at 12:20 for an 8:00 to 12:00 slot, the trip replay shows the van pulling up at 11:41 and the technician at the door before noon.

The same records work in the other direction. A customer who was not home when the technician arrived is a no-access visit the installer can bill for, and the arrival record with the time on the driveway is the proof. Dispatchers see which vans are running behind before the window closes and can move a job to the technician nearest to it. The daily on-time report by technician and by area is what the operations manager brings to the carrier review instead of a stack of work orders.

Most installation schedules are built on standard job times that nobody has measured in years. With an arrival and departure record at every address, the platform reports the actual time on site for each job, and the average by job type, by technician and by neighbourhood. A new fibre drop that averages ninety minutes in one region and fifty in another tells the scheduler something about the plant, not just the technicians. The drive time between jobs is in the same report, which is what shows whether a technician is running late because of the jobs or because of the routing.

Bucket trucks add one more record. An IOX-AUXM module reads the boom circuit, and the trip shows when the bucket went up and for how long. Aerial work that runs long at a particular pole line is visible in the report, and the engine hours the truck logged with the boom up feed the maintenance schedule for the hydraulics. When a technician says a pole job took three hours, the record shows the bucket up for forty minutes and the truck idling for the rest.

A cable van carries more value in reels, meters and test equipment than most people realize, and a drop reel left at a job or a meter taken home is rarely noticed until the next technician needs it. Bluetooth asset tags on each item report to the GO device in whichever van they are riding in, so the platform knows which reel is in which truck without anyone scanning anything. A tag that was in van 14 at the start of the shift and is not in any van at the end of it shows up on the exception report, along with the last address where it was seen.

The same tags settle the argument about who had the fusion splicer last. Every item's history shows the vans it rode in and the days it rode in them, and the platform can raise an alert when a tagged item leaves the yard in a van that is not scheduled to carry it. Battery trackers on the trailers and the reel carts extend the same visibility to equipment that is not in a van at all.

Installers add subcontractor crews when a build-out starts and shed them when it ends, and those crews arrive with their own trucks and their own way of reporting hours. High Point GPS sets up the MyGeotab database so each contractor's vans sit in their own group. The contractor sees its own trucks and nothing else; the operations office sees every truck and every job on the same map, with the same arrival records and the same per-job times. The weekly job count and on-time rate per contractor come from one report, and the contractor's invoice is checked against it.

Vans that go home with the technician are a convenience for the early appointment and a cost when they run errands on the weekend. The platform reports after-hours and weekend driving separately, with a personal-use rule that hides the route while still logging the distance, for fleets that allow it. Driver scoring is set for vans on residential streets: speed in school zones, hard braking, backing incidents. AI dash cams, where the fleet adds them, record the road-facing view when a mirror clips a parked car and the driver-facing view when a technician is on the phone between jobs.