Know where every truck is

Fleet tracking software shows where every vehicle is, what it is carrying and whether it will arrive on time, on one screen. It reads each truck’s position from a GPS device or the driver’s phone, matches it to the trip and its consignments, and tells the right person when something needs attention.

A GPS supplier’s portal shows dots on a map. Software built around your operation knows what those dots mean: which customer is waiting, which e-way bill is about to expire, which driver has unloaded and which truck has stopped longer than it usually does. That difference is why transport companies outgrow the supplier’s website once they run more than a handful of trucks.

Most of the work is not the map itself. It is the trips, routes, documents and rules around it, shaped to how your dispatch room already works, so the team uses the software instead of working around it.

It pays off first in the dispatch room, where people spend the day on the phone. When a dispatcher can see every truck at once, the calls asking drivers for their position stop, and the calls that remain are the ones that matter.

The next gain is time. Delays that used to be found when a customer rang are flagged while there is still time to warn the customer, plan a handover or send another vehicle. Proof of delivery that came back days later on paper arrives as a photo and a code the moment the goods are unloaded, so billing starts from complete records.

For a transport company in Coimbatore, dispatchers were using five tools and their phones to answer one question: where is this consignment? We spent the first month in the dispatch room and at two hubs. The first live view then went to two dispatchers, who used it beside their old tools, and their feedback shaped the alerts before the whole team moved over.

Most fleets can keep the GPS devices they already have. Trucks often carry devices from several suppliers, each sending data in its own format to its own website. We build a device gateway that reads each format and turns them into one stream, so the dashboard sees every vehicle the same way.

That was the case in Coimbatore: the trucks carried devices from different suppliers, and none had to be replaced. Because the gateway is built for you rather than owned by a supplier, you can change device supplier later without changing the software.

For small fleets, or vehicles you hire by the trip, the driver’s phone can report the position during a trip instead. Market vehicles and owner-drivers can be tracked this way without fitting anything. Where you need more than position, such as fuel level, temperature for chilled loads or door sensors, the device has to support it, and we read those values alongside the location.

A delay alert is only useful if it knows what normal looks like. A truck that has stopped for an hour may be on its usual night halt, or it may be in trouble, and a fixed rule cannot tell the difference.

So the software learns each route’s normal timing from past trips, including the usual halts, loading times and the time of day. Every live trip is compared against that baseline, and alerts are raised in order of urgency: behind schedule, an unusual halt, or at risk, when the expected arrival now falls after the time promised to the customer.

Alerts go to the dispatcher responsible for that route rather than to everyone, so they get read. We tune them during the pilot with the dispatchers themselves, because an alert that fires too often is soon ignored.

Drivers need an app with a few large buttons, in their own language, that works on the phones they already carry. It shows the trip’s consignments, addresses and contacts, and asks only for what matters: start trip, reached, unloaded, delivered.

At delivery, the driver takes a photo of the goods and records the receiver’s signature or a one-time code sent to the receiver’s phone. The consignment closes on the dashboard straight away. Highways and loading yards often have no signal, so the app saves everything on the phone and sends it when the network returns.

The Coimbatore driver app runs in Tamil and English. For other fleets we write it in the languages your drivers read, such as Hindi, Gujarati or Marathi, and test it with drivers at the hub rather than in an office.

Documents belong to the trip, not to a separate file. Each consignment carries its lorry receipt, invoice, e-way bill and proof of delivery, so anyone who opens it sees the whole story.

In India, goods above a set value need a valid e-way bill under GST, and its validity depends on the distance. The software records each e-way bill’s number and expiry and warns the team before one runs out on the road, so it can be extended in time. Where it saves typing, e-way bills can be generated through an authorised GST provider instead of entered by hand on the portal.

Vehicles have paperwork too. Insurance, fitness certificates, permits and PUC certificates each have renewal dates, and FASTag toll records show where and when a truck crossed each plaza. Bringing them into the same system turns renewals into a list you check each week rather than a surprise at a checkpoint.

A tracking link answers the question customers call about most. Each consignment gets a link that you send by SMS, WhatsApp or email; the customer opens it on any phone, without an account, and sees where the truck is and when it should arrive.

Once the goods are delivered, the same link shows the proof of delivery. Customers check for themselves instead of ringing the dispatch room, and your team keeps its phone time for the conversations that need a person.

Each link shows only its own consignment, so a forwarded message never reveals the rest of your fleet or your other customers.

Fleet tracking works best when trips and deliveries flow into the systems you already use. Delivered consignments, distance, halts and detention can feed straight into billing, so month-end invoices start from complete records rather than paper slips.

We connect to accounting software such as Tally, to ERPs and transport management systems, and to customers’ own portals where they expect status updates. Modern systems with an API connect directly; older ones can exchange files on a schedule or through a small bridge we build. Orders can travel the other way too: a customer order in your ERP can create the trip, so nobody types it twice.

We need three things: access to your devices’ data, the records of recent trips, and one person who owns the project. Most GPS suppliers can forward their data to a new server. Real trips, with their routes, customers and documents, let us build around how you work. The owner is usually the head of dispatch or operations: someone who knows the work and can decide what the team needs.

Before we build, we agree what success looks like: fewer calls to drivers, delays caught before the customer calls, proofs of delivery closed the same day and no e-way bill expiring unnoticed. During the pilot we watch those measures on real trips, and the team moves over when the numbers look right to you.

Fleet software keeps changing because the fleet does. New routes, customers and vehicles arrive, device suppliers change their formats, and new rules change how paperwork works.

We run the system with you: we keep devices connected and maps current, retrain route timings as patterns change, and add reports and features as you ask for them. For the Coimbatore company, that meant new routes, customers and reports in the years after launch, and FASTag toll records brought in once FASTag became mandatory.