GPS Fleet Tracking for Law Enforcement & Police Fleets

When a resident reports a cruiser at high speed on a residential street, the review needs three facts: where the car was, how fast it was going and whether it was responding to a call. The trip replay shows all three on one screen. Position and speed come from the GO device several times a second when the vehicle is moving; the light bar and siren states come from the vehicle's own circuits through the IOX-AUXM module. A segment at 95 km/h with lights and siren on reads differently from the same segment with them off, and the record shows which it was without anyone having to remember.

The same record serves the department when the complaint is unfounded. An officer accused of speeding past a school at dismissal is cleared by a replay that shows the cruiser at 38 km/h. A claim that a unit took twenty minutes to arrive is answered by the dispatch time, the departure time from the previous location and the arrival time at the scene. High Point GPS sets up report access so internal affairs, fleet services and the shift supervisor each see what their role needs, and so the record cannot be edited by any of them. Retention is set by the department, and the record for a given date is available for as long as the policy says it must be.

A driver-behaviour program fails in a police fleet the moment it counts a pursuit as a speeding event. Officers stop reading their scores and supervisors stop using them. High Point GPS configures the rules so that any segment with the emergency lights active is excluded from speeding, hard braking and cornering scores. What remains is the driving that department policy covers: the drive to the station, the patrol loop, the run to court. That is the driving where a habit of rolling stops or a heavy right foot can be coached, and where a coaching conversation starts from a specific trip rather than a general impression.

The excluded segments are not discarded. They are held in a separate response-driving report that the pursuit review committee or the training unit can read on its own terms, with the speed profile, the duration of lights-and-siren operation and the route taken. AI dash cams add the road-facing view when the department chooses them, with video pulled by trip and by event, and with retention and access set by the department's own policy. A supervisor reviewing a pursuit sees the moment the lights came on, the top speed reached and the point where the pursuit was called off, on the same map the officer drove.

Take-home car programs are defended to council on the strength of their policy, and the policy is only as good as the ability to show it is followed. High Point GPS configures each take-home vehicle with a home zone, a jurisdiction boundary and the officer's shift pattern. Driving outside the boundary, or during hours the policy defines as off duty, appears on an exceptions report for the fleet office and the officer's supervisor. Most weeks the report is short; the point is that it exists and that it is complete.

Driver identification through the IOX-NFCREADERA reader attributes each trip to a badge, which matters for pool cars and for the unmarked units that several officers share. Geofences around the impound lot, the range, the courthouse and the station record arrival and departure times without anyone writing them down. When council asks how many kilometres take-home cars drive off duty, the answer is a report, not an estimate. The same report shows the hours a car spent parked at the courthouse or the range, which is useful when the fleet office is asked whether the department has more cars than it needs.

A cruiser idles at traffic stops, at scenes and at the roadside for hours a shift. An odometer-based service schedule sees a car that drove 30,000 kilometres; the engine has done the work of twice that. High Point GPS sets maintenance reminders on engine hours as well as distance, and routes engine fault codes to fleet services as the vehicle logs them. A charging-system fault from a car carrying a laptop, a radio and a light bar reaches the shop before it strands the unit at 3 a.m. Electronic DVIR in the Geotab Drive app gives the start-of-shift walkaround a time stamp and sends defects to the shop.

Agencies that run computer-aided dispatch usually want vehicle position in the CAD map rather than in a second application. The open Geotab API feeds live position, heading and emergency-equipment status to the CAD or records system, and High Point GPS builds the connection or a custom add-in when the vendor has no ready integration. The department's data stays in its own MyGeotab database, under its own retention policy. The connection runs both ways when the agency wants it: a unit status set in CAD can appear on the MyGeotab map, and a geofence arrival at the station can close out a call, which removes one radio transmission from every return to base.