AppMatic Tech engineers logistics driver apps in Flutter, with route navigation, barcode scanning, proof-of-delivery capture, and offline stop lists synced to a Node.js backend. Drivers complete deliveries on iOS and Android even through connectivity gaps. 330+ products shipped since 2017, 5.0 Clutch rating.
Delivery drivers move through dead zones all day, so the route and proof-of-delivery cannot depend on a live connection. AppMatic Tech builds the Flutter driver app offline-first, syncing completed stops and signatures when the signal returns.
Mobile App Development Stack for Logistics
| Layer | What AppMatic Tech uses |
|---|---|
| Cross-platform UI | Flutter (Dart) for iOS and Android |
| Navigation | Route optimisation and turn-by-turn maps |
| Scanning | Barcode / QR scan for parcels |
| Proof of delivery | Signature, photo, and timestamp capture |
| Offline | Local stop list with sync queue to Node.js backend |
How AppMatic Tech Delivers This
- Build the driver stop list with route navigation.
- Add barcode scanning to confirm the right parcel at each stop.
- Capture proof of delivery: signature, photo, and timestamp.
- Queue completed stops offline and sync on reconnect.
- Test on driver hardware and deliver with a support SLA.
Proof: Related AppMatic Tech Build
A transport platform AppMatic Tech built to coordinate movement and status data across a fleet.
Frequently Asked Questions
- Does the driver app work in areas with no signal?
- Yes. AppMatic Tech builds the Flutter driver app offline-first, so the stop list, scans, and proof of delivery are captured locally and sync to the backend once connectivity returns.
- How is proof of delivery captured?
- AppMatic Tech captures a signature, photo, and timestamp at each stop, attached to the parcel record, so delivery is verifiable against the dispatch system.
- Can the app optimise routes?
- AppMatic Tech integrates route optimisation and turn-by-turn navigation, so drivers follow an efficient stop order rather than planning manually.
Further reading: Native vs Cross-Platform Mobile Development: When to Choose Flutter, React Native, Swift, or Kotlin