GPS Fleet Tracking Software That Admits What the Signal Is Doing
A dot on a map is easy to sell and quick to stop opening. KO Fleetz treats position as one input among several — ignition, speed, trip state, geofence, device health — and is explicit about gaps. The result is a record you can act on rather than a screen somebody is meant to watch.
Everyone buys the map. By month four nobody opens it.
The first week is genuinely good. You watch the vehicles move, you discover two drivers doing something they should not, and the purchase feels justified. Then the novelty burns off, because staring at a map is not a job. The map answers where is it, and almost nobody's real question is where is it. The real questions are whether it will make the eleven o'clock, why it sat at that address for forty minutes, and whether we can prove we were there.
The hardware estate then rots without announcing itself. One unit gets unplugged during a windscreen replacement and never goes back. Another is still bolted to a vehicle sold last spring, reporting cheerfully from a dealer's yard. A batch went silent when a carrier retired an old network band. The fleet believes it has a tracker on every vehicle. It has a tracker on every invoice, which is a different thing, and only the invoice ever gets counted.
Worst of all, the map lies politely. A vehicle in a container yard, a road tunnel, a basement dock or a valley with no coverage keeps displaying its last known position, and a last known position looks exactly like a stationary vehicle. The gap between parked there and we have not heard from it since two o'clock is the whole distance between a system a dispatcher trusts and one they ring the driver to double-check.
Position with context, and a device estate that is managed
Each position arrives with the things that give it meaning: ignition state, speed, heading, the trip it belongs to and the geofence it crossed. That is what converts a coordinate into an event somebody can use — arrived at the customer, left the depot, stationary with the engine running for nineteen minutes at a site with no scheduled stop against it.
Devices buffer while the network is gone and upload the backlog when it returns, so the historical trail closes even where the live view could not. Where a real gap remains, it is displayed as a gap and the last position is labelled with its age. KO Fleetz will not join two points ninety minutes apart with a confident straight line and let it be read as a route.
In KO Fleetz, device health is an operational surface rather than a support ticket somebody raises after noticing something odd. Units that stop reporting, report from an implausible place, lose external power or slip below their expected reporting rate raise their own work with an owner attached. The only honest measure of a tracking system's coverage is how many devices reported today, and that number belongs on the screen, not in a procurement file.
Capabilities
What KO Fleetz GPS Fleet Tracking Software does
Live position with trip context
Where a vehicle is, what state it is in, which trip it is running, and how old the reading is — the last being the field most platforms quietly leave off.
Historical trail and replay
The full path with stops, ignition events and speeds, retained long enough to answer a customer dispute that arrives months after the delivery.
Geofences that carry rules
Depots, customer sites, restricted zones and corridors, each with its own entry, exit and dwell conditions instead of one alert type applied everywhere.
Event-based alerting
Alerts fire on the thing that matters — an unscheduled stop, an overlong dwell, a corridor departure — and route by depot and severity to somebody awake.
Mixed hardware estate
Hardwired units, OBD dongles and battery-powered asset tags from different vendors coexist, so a hardware refresh does not fork your location history.
OEM connected-vehicle feeds
KO Fleetz reads factory-fitted telematics where the manufacturer exposes it, and labels it as the coarser feed it usually is rather than dressing it up as device-grade data.
Device health and coverage
KO Fleetz turns silent units, power disconnections, implausible fixes and degraded reporting rates into engineering work, with fleet coverage stated as a live figure.
Retention, export and evidence
Position history exports as a defensible record with its gaps left intact, which is what an insurer or a contested delivery actually needs it to be.
How it works
How KO Fleetz does it
Step 1: Connect the source
Hardwired units, dongles, asset tags or an OEM feed — whichever the vehicle already carries. Existing hardware is brought in wherever its protocol is readable.
Step 2: Draw the places that matter
Depots, customer sites, weighbridges and restricted areas become geofences with rules, so the map starts describing your operation rather than the road network.
Step 3: Turn movement into events
Arrivals, departures, dwell times and corridor breaches are generated from position plus context, which is the form the rest of the platform can consume.
Step 4: Manage the estate, not just the vehicles
Health checks run continuously. A device that has gone quiet becomes a job with an owner, well before somebody finds the hole during an incident investigation.
Outcomes
What changes
- Arrivals and departures, not coordinates
- Events, not dots
- A stale position is labelled as stale
- Age shown
- The trail closes after a dead zone
- Backfilled
- Devices reporting today, not devices bought
- Coverage counted
Explore in detail
Every gps fleet tracking software capability
Each of these is a capability page in its own right, with the workflow, the limits and the awkward questions answered.
Hardware, feeds and the systems downstream
At the vehicle, the platform reads aftermarket tracking hardware over the protocols those units publish, CAN and FMS bus data where the harness exposes it, OEM connected-vehicle APIs from manufacturers who offer them, and auxiliary sensors — door, temperature, tank level, power take-off — wired into the same unit. Mapping, geocoding and address-matching services turn coordinates into places people recognise, which is the difference between a report full of numbers and a report full of customers. Downstream, TMS and WMS platforms consume arrival and departure events, customer portals and ETA services take the feed for delivery visibility, and finance systems take tracked distance for cost allocation. Connectivity providers and IoT SIM platforms sit alongside, so a suspended line shows up next to the device it silenced.
Explore integrationsFrequently asked questions
Commonly every ten to thirty seconds while a vehicle is moving, and far less often while it is parked, which is a deliberate trade rather than a limitation. Higher rates cost data, and on battery-powered asset tags they cost life measured in months. The rate is set per device profile, so a high-value load can report aggressively while a trailer tag in a yard reports a few times a day. What matters more than the headline rate is that every reading carries its timestamp, so you can always see how fresh the picture is.
The device keeps taking satellite fixes and stores them locally, then uploads the backlog once it reconnects. The historical trail therefore closes properly across a tunnel, a valley or an underground dock, even though the live view could not follow it. The live view stays honest while it lasts: the vehicle shows its last position with the age of that reading attached, rather than sitting there implying it is parked. Prolonged silence raises an alert, because a genuinely failed device looks identical to one in a dead zone until something asks.
No. The platform is deliberately vendor-neutral and existing units are brought in wherever their protocol can be read, which covers most mainstream aftermarket hardware. One thing is worth checking before you evaluate anything: some units are contractually tied to their supplier's own back end, and the raw feed is not available to a third party at any price. That is a commercial constraint rather than a technical one, and no amount of goodwill on either side moves it. We will tell you which category your estate falls into early.
Under open sky it is good to a few metres, comfortably enough to tell one industrial unit from its neighbour. In a city centre with tall buildings, signals bounce and accuracy degrades to something that can place a van on the wrong side of a street. That is why a geofence gets sized for the site rather than drawn tight to the fence line, and why proof of delivery pairs position with a signature, a photograph or a scan. Location alone is strong corroboration and weak proof.
Physically, yes. An OBD dongle unplugs in two seconds and a hardwired unit's power can be cut by anyone with a fuse puller and a motive. What KO Fleetz does is make that a visible act rather than a silent one. Power disconnection, unexpected silence during a shift, and a unit that reappears somewhere other than where it went quiet all raise alerts with a timestamp. The deterrent is not that tampering is impossible. It is that tampering leaves a record with a name against it.
No, and in several jurisdictions the answer is firmer than fleet managers expect. Where vehicles go home with drivers or carry a private-use permission, continuously tracking a person's own time is a legal and industrial-relations problem before it is a technical one. KO Fleetz supports a private mode that suppresses position outside working hours while still totalling distance for tax and cost purposes. Fleets that agree the policy with drivers up front have a far quieter rollout than fleets that install first and explain afterwards.
See what your tracking data is really telling you
Give us a week of raw positions from the hardware you already run. KO Fleetz will surface the gaps, the silent devices and the events hiding in the trail.