Logistics software development
Shipment, fleet and warehouse systems that stay honest when the network drops.
Logistics software runs where the internet does not: loading bays, rural routes, cold stores, the inside of a container. Anything that assumes a reliable connection fails in exactly the places the work happens. The second reality is that no two carriers integrate the same way, and the gap between a neat demo and a working system is mostly that.
The problems specific to logistics
Offline-first is mandatory
Drivers and warehouse staff lose signal constantly. The app has to keep working, queue what happened, and resolve conflicts sensibly when it reconnects.
Carrier integrations vary wildly
One carrier offers a clean REST API, the next a SOAP service from 2009, the third a CSV over SFTP. Each is its own project with its own failure modes.
Real-time expectations
Customers now expect to see where their shipment is. Tracking that is accurate, timely and cheap to run is a genuine engineering problem.
Exceptions are the job
The happy path is easy. Delays, damage, partial deliveries, failed handovers and returns are where operational software earns its keep — and where most builds are thinnest.
- Shipment tracking and customer-facing visibility
- Driver and field apps that work offline
- Warehouse and inventory management
- Route planning and dispatch tooling
- Carrier, 3PL and customs integrations
- Operational dashboards and exception handling
- Conflict resolution
- When two devices edit the same record offline, something has to decide what is true. That rule is a business decision and needs making explicitly rather than by accident.
- Device reality
- Rugged handhelds, old Android versions and gloved hands. Interfaces need large targets and must survive being used badly in poor light.
- Customs and documentation
- Cross-border movement carries documentation requirements that change by lane and are unforgiving of errors.
- Battery and data cost
- Constant GPS and chatty sync drain batteries and data plans. Both are real operational costs, not technical footnotes.
How do you handle drivers losing signal?
By treating the device as the source of truth until it can sync. Actions are recorded locally, queued, and reconciled on reconnection under explicit rules for what wins when two records disagree. Designing this in from the start is straightforward; adding it to a product that assumed connectivity means rewriting the data layer.
Can you integrate with our carriers?
Generally yes, and the honest answer is that each one is separately scoped. Modern APIs take days; legacy SOAP endpoints and file-drop integrations take considerably longer and need robust error handling, because they fail in ways that are neither loud nor immediate.
Should we replace our WMS or build around it?
Build around it, in most cases. An established warehouse system encodes years of operational rules, and replacing it is a high-risk project with little visible upside. The common win is a modern layer over the top for the workflows staff find painful, leaving the system of record alone.
What about real-time tracking cost?
It scales with update frequency, and the right interval is a product decision rather than a technical default. Location every few seconds is expensive in battery, data and storage; for most shipments, meaningfully less often is indistinguishable to the customer.
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