Transport and logistics apps need to solve one core problem: getting the right thing to the right place at the right time, with everyone — dispatchers, drivers, and customers — knowing where things stand in real time.

Whether you're running a courier business, a freight company, a last-mile delivery operation, or a field service fleet, the technical requirements overlap significantly. GPS, route planning, real-time status updates, and proof of delivery are the building blocks. What varies is the complexity: a single driver with a daily run is a very different build from a multi-depot fleet with hundreds of deliveries across a region.

Here's what a transport and logistics app typically needs.

GPS tracking

GPS tracking is the foundation. Dispatchers need a live map showing where every driver is. Customers want to know where their delivery is and when it'll arrive. Managers need historical location data for job verification and dispute resolution.

For fleet operations, GPS data also feeds into driver behaviour monitoring, compliance with chain of responsibility requirements, and insurance purposes. The tracking frequency (every 30 seconds vs every 5 minutes) and data retention policy both affect storage costs and need to be defined at the start.

Route optimisation

Sequencing a delivery run manually takes time and rarely produces the optimal route. Route optimisation calculates the most efficient sequence for a driver's delivery list, factoring in traffic, time windows, vehicle capacity, and delivery priorities.

For operations with more than ~10 deliveries per driver per day, route optimisation pays for itself quickly in reduced fuel costs and increased delivery capacity. For multi-driver fleets, it also handles the assignment problem — which driver takes which deliveries.

This is one of the more expensive features to build well (add $2,000–$6,000), but the operational savings are significant.

Real-time updates

Dispatchers, drivers, and customers all need to see status changes as they happen. Real-time updates via WebSockets mean that when a driver marks a delivery complete, the dispatch board updates immediately, the customer gets a notification, and the job is closed — without any polling or manual refresh.

For high-volume operations, real-time status is the difference between a manageable dispatch and constant phone calls asking "where's my delivery?"

Push notifications and SMS

Push notifications keep drivers informed: new job assigned, route changed, delivery instructions updated. SMS notifications keep customers in the loop: "your delivery is on its way," "your driver is 15 minutes away," "your parcel has been delivered."

SMS is more reliable than push notifications for customer-facing delivery updates, since it doesn't require the customer to have an app installed.

Proof of delivery

Electronic e-signatures collected on the driver's device — with the customer signing on-screen — provide legally defensible proof of delivery. Combined with a photo of the delivery location and a timestamp, this replaces paper delivery dockets and eliminates disputes about whether a delivery was made.

Background and scheduled jobs

Route planning, delivery manifests, and end-of-day reconciliation often need to run automatically on a schedule rather than being triggered manually. Background and scheduled jobs handle these: generate tomorrow's delivery manifests overnight, send end-of-day reports automatically, clean up completed jobs on a schedule.

Dispatch and admin panel

Someone needs to create jobs, assign drivers, handle exceptions, and manage the day's operations. An admin panel built for the dispatcher role — with a map view of all active drivers and jobs, quick job creation, and exception handling — is as important as the driver-facing mobile app.

What does it cost?

A solid logistics app — GPS tracking, route optimisation, real-time dispatch, driver mobile app, customer SMS notifications, proof of delivery — typically runs $30,000–$60,000 AUD depending on fleet size, number of depots, and complexity of the routing logic.

The app cost calculator lets you estimate your specific combination.

Questions to ask before you build

What's your current dispatch process, and what's the biggest pain point? Building around the actual bottleneck (manual routing, customer communication, proof of delivery disputes) gives the best ROI.

Do you need route optimisation, or just GPS tracking? Tracking is simpler and cheaper. Optimisation adds real value at scale but isn't necessary for smaller operations.

What are your chain of responsibility obligations? Fatigue management records, vehicle maintenance logs, and load documentation have specific requirements in Australian transport law. These may need to be part of the app.

Do customers need a tracking portal? A customer-facing map showing live delivery status ("your driver is 4 stops away") is increasingly expected and adds engagement, but adds development time.

---

See also: GPS tracking costs · Route optimisation · Real-time updates · App cost calculator