Who was actually driving? Getting driver ID right in a shared fleet

I make driver identification hardware for a living, and I spend a good part of most weeks on the phone with fleet managers who are all trying to answer the same fairly ordinary question: who was actually driving the vehicle at the time. Not where it went. Who was in the seat. You would think that is the easy part. In a shared fleet it usually is not.

Here is the situation I run into again and again. An operator has, say, forty vans and sixty-odd drivers spread across shifts. The tracking itself works fine. They can pull up any vehicle and see every trip, every stop, every hard brake, all of it. Then a speeding fine turns up, or a customer rings in about the way someone drove near their loading bay, or a van comes back with a dented wing and nobody puts their hand up. The manager opens the system, sees exactly where and when it happened, and then hits a wall. The system knows the van. It does not know the person. And in a yard where keys get passed around and shifts overlap, “it was probably one of the agency lads, I think” is not something you can actually act on.

That gap is the whole reason driver ID exists. Your trip data is only half a story until you can put a name against it. The problem is there are four or five common ways to do that, and every single one of them has a catch. I will go through the ones I actually see in the field, because the marketing versions and the real-world versions are not always the same thing.

iButton fobs

These are the little metal buttons the driver touches against a reader in the cab. They have been around forever, they are cheap, and they mostly work. The catch is human. The fob is separate from the person, so the moment a driver leaves it plugged in the holder, or lends it to a mate, or just keeps someone else’s in the door pocket, your data is quietly wrong and you do not even know it.

I had a chilled distribution firm come to me a while back who were sure their driver ID was solid. It turned out half the yard had worked out that if you left your fob wedged in the reader, the van logged you in automatically every morning and you did not have to think about it. Very convenient. Completely useless for knowing who was really driving. On paper their compliance was excellent. In reality one fob had “driven” about nineteen hours straight.

RFID cards

Same basic idea, different shape. The driver taps a card, the vehicle logs them on. Cards are handy because a lot of operators already use them for fuel or building access, so drivers are used to carrying one. The weakness is the same as the fob, plus cards are easier to lose and easier to swap. If your fuel card and your ID card are the same card, you have also just tied two things together that maybe should not be, but that is a different article.

Phone and app login

Newer approach. The driver logs in on an app on their phone and that is how the system knows who they are. On a slide it looks great, because nearly everyone has a phone. In the cab it gets messy. Drivers forget to log in. They use their own phone and then object to the tracking on it. The battery dies. On a wet Monday with twelve drops to do, opening an app and signing in is the first thing that gets skipped, and once a few people skip it the data has holes in it and the whole thing loses its value.

I worked with a courier operation that went all-in on app login because it was cheap to roll out. Six weeks in, their own numbers showed something like a third of trips had no driver attached to them at all. Not because the drivers were being difficult, just because it was one more thing to remember at six in the morning and it did not stop the van from starting if you forgot. Anything optional in a busy yard becomes optional very fast.

PIN keypads

This is a small keypad in the cab where the driver punches in a personal code before they set off. No card, no fob, no phone. I will be straight that this is the world I come from, so take that as you will, but I will give you the downside too because it is a real one. A PIN is only as good as the person keeping it to themselves. Drivers will absolutely tell each other their code if there is no reason not to. On its own a keypad is just a slightly different way of logging in, and it can be shared like anything else.

Where it earns its place is when the login actually gates something. If the correct PIN is what releases the immobiliser and lets the engine start, then entering it stops being a box-ticking step and starts being the thing that gets you moving. People do not tend to hand out a code that is tied to their own name when that name is what carries the fine. It is not magic and it does not remove the human, it just changes what the human is motivated to do.

Biometrics and cameras

Worth a mention because they come up in every conversation now. Fingerprint or facial recognition removes the card-swapping problem because the credential is the person. The catch is cost, driver pushback, and the privacy questions, which in a lot of markets are not small. Cameras with driver recognition are getting cheaper and better, but you are then buying and managing a camera system, which is a bigger commitment than a lot of operators want just to answer the who-was-driving question.

So what actually matters

After enough of these conversations I have stopped believing there is one right answer, and I have stopped trusting any pitch that says there is. What matters is not really which technology you pick. It is three plainer things.

First, is the login tied to the actual person, or to an object the person can leave behind or lend out. Second, does anything happen if they skip it. If forgetting to identify yourself has no consequence, plenty of people will forget. Third, can you live with it every day. The strictest system in the world is worthless if the yard finds a way around it by the end of the first week, and they will, because drivers are practical people with a job to get done.

My honest advice to anyone sorting this out is to stop shopping by feature list and go stand in your own yard at shift change for twenty minutes. Watch what people actually do with the keys, the fobs, the phones. You will see your weak point straight away, and it is almost never the one on the brochure. Get the behaviour right and most of the technologies can be made to work. Get the behaviour wrong and the best kit on the market will still tell you a van drove itself for nineteen hours.