Apex IT Solutions engineers software for logistics, supply chain, and trucking operations: fleet management platforms, real-time tracking systems, warehouse management, driver mobile apps, route optimization, and customs/clearance integration. Logistics software has tight constraints — drivers need apps that work offline, dispatchers need real-time visibility, customers expect Uber-style tracking experiences. We've shipped logistics platforms for US, UAE, and Pakistani operators including Delivrex (USA), and we know the patterns that scale and the ones that break.
Logistics software we build
- Fleet management platforms: vehicle telematics, driver scoring, fuel/maintenance tracking, compliance
- Real-time tracking systems: GPS ingestion, geofencing, ETA prediction, customer-facing tracking pages
- Warehouse Management Systems (WMS): receiving, picking, packing, slotting, cycle counts
- Driver mobile apps: route assignments, proof-of-delivery, offline-first, signature/photo capture
- Route optimization: last-mile sequencing, time-window constraints, multi-stop optimization
- Customs and clearance integration: for international shipping operations
- Freight marketplaces: two-sided platforms connecting shippers and carriers
Patterns that matter for logistics
- Offline-first driver apps. Drivers go through tunnels, basements, dead-zones. Apps must work without connectivity and sync when back online. We use SQLite locally + sync queues.
- Event sourcing for the order lifecycle. Every state change (created → assigned → picked-up → in-transit → delivered) is an append-only event. Reconstructing history, debugging issues, and adding new state machines all become tractable.
- Real-time location with backpressure. GPS pings come in at 1-5 Hz per vehicle. At fleet scale this is a write-heavy workload. We use time-series stores (TimescaleDB) and aggressive aggregation to keep query cost down.
- Mobile network resilience. Connection drops, retry logic, exponential backoff, fallback paths — all engineered, not assumed.
- ETA prediction that beats naive math. Traffic, time-of-day patterns, historical performance per route — these matter for customer trust.
Stacks we use
- Backend: Node.js or Python (FastAPI) on AWS or GCP, Postgres + TimescaleDB for location data, Redis for real-time pub/sub
- Driver mobile: Flutter or React Native, with SQLite local store, MQTT for low-bandwidth real-time communication
- Dispatcher web: Next.js or React + Mapbox/Google Maps, WebSockets or SSE for live updates
- Route optimization: commercial APIs (Routific, OptimoRoute, Mapbox Optimization) or custom Or-Tools / VROOM for special cases
- Tracking page: static Next.js + WebSocket subscription for live updates
Frequently Asked Questions
Can you build something like Uber for our industry?
Two-sided logistics marketplaces are a known pattern. We've built variants. Plan for 6-12 months of build, USD 100K-400K depending on scope, and ongoing operations as the biggest cost (KYC, support, dispute resolution).
Do you integrate with TMS / WMS systems we already use?
Yes. Common integrations: Microsoft Dynamics, NetSuite, SAP, Oracle, Manhattan, ShipStation, Easyship. We've also written custom adapters to legacy on-prem systems where modern APIs don't exist.
Can your driver apps work in low-connectivity areas (rural Pakistan, KSA, etc.)?
Yes. Offline-first design is the default for our driver apps. They sync when back online and resolve conflicts using last-write-wins or app-specific logic.
What about ELD compliance for US trucking?
For US-regulated trucking we integrate with FMCSA-registered ELD providers (KeepTruckin/Motive, Samsara, BigRoad) rather than building our own ELD. Building ELD from scratch requires FMCSA certification and is rarely worth it.
Ready to talk? Get a free consultation with an Apex IT Solutions engineer.