[ Software that works where the signal does not ]
Fleet, transport and last-mile operations. The system is used by drivers and warehouse staff on cheap phones in places with no signal — and if it does not work there, it does not work.
Fleet, transport and last-mile operations. The system is used by drivers and warehouse staff on cheap phones in places with no signal — and if it does not work there, it does not work.
Tell us where your routes lose signalPickups, deliveries, PODs and exceptions captured with no connection and synced later. Half of India's road network has no usable data signal.
Large targets, few taps, works in sunlight and with gloves. A driver will not stop and read a form.
Signature, photograph, GPS coordinate and timestamp captured at delivery, because disputes are settled with evidence rather than recollection.
Vehicle capacity, time windows, driver hours and the roads a truck cannot actually use — not a straight-line estimate.
Trip list, navigation, pickup and delivery capture, proof of delivery and exceptions — fully usable with no connection at all.
Assignment, route planning, live tracking where signal allows, exception queue and the manual override a dispatcher needs.
E-way bills, lorry receipts, PODs, fuel and toll records, and the consignment history a dispute is settled with.
Understand the actual day of a driver and a warehouse hand. Systems designed from an office assume conditions that do not exist on the route.
Hubs, routes, vehicle types, capacities, service areas and time windows. This is the geometry everything else runs on.
Local storage, queued actions, background sync and conflict rules — with the app fully usable on aeroplane mode as an acceptance test.
Assignment, live positions where signal allows, exception alerts and a control room view with manual override.
E-way bills, LR and PODs, fuel and toll records — the paperwork that determines whether a consignment moves.
On-time performance, cost per consignment, vehicle utilisation and exception reasons — the numbers an operations head runs on.
Logistics software fails in one predictable way: it is designed in an office with wifi and used on a highway with none. Every important action — pickup, delivery, exception, proof — has to complete on a phone with no connection and reconcile later without losing anything.
The second reality is the user. A driver has one hand free, is standing in the sun, and is not going to read instructions. Large targets, few taps and defaults that are usually right matter more here than any feature on a specification.
If the app cannot complete a full delivery with no connection and sync cleanly afterwards, it is not finished.
Signature, photograph, coordinate and timestamp at the point of delivery. Recollection is not evidence when a consignment is contested.
Capacity, time windows, driver hours and roads a truck cannot use. Straight-line estimates produce plans drivers ignore.
Generation and updates through the API rather than a portal removed a daily manual task and a common cause of consignments being held.
GPS and basic vehicle data are now affordable at ten vehicles, not just a hundred, which changes what a small operator can measure.
Toll crossings give a reliable position and timing signal even where the driver app has no coverage, which improves ETA accuracy.
That is the primary requirement. Trips, pickups, deliveries, PODs and exceptions are captured locally and synced when a connection returns, with conflict rules for anything changed in both places. We test a complete delivery in aeroplane mode as an acceptance criterion.
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