Logistics & Transportation2023

Fleet Management System

Optimizing logistics operations with IoT-powered fleet intelligence

A Logistics Company
4 months
Brisbane, Australia
ReactNode.jsReact NativeMongoDBGoogle Maps API+1 more
Fleet Management System
4 months-25% Fuel Costs
About the Client

A Logistics Company

A major logistics company operating a fleet of 200+ vehicles across Eastern Australia, delivering freight for retail and manufacturing clients.

Industry
Logistics & Supply Chain
Company Size
400+ employees
Location
Brisbane, Australia
The Challenge

Problem Statement

The client managed 200+ vehicles with manual tracking, paper-based logs, and no real-time visibility. Fuel costs were high, route efficiency was poor, and driver compliance was difficult to monitor.

Without real-time visibility, dispatchers made suboptimal routing decisions, resulting in 30% excess fuel consumption and frequent missed delivery windows.

Goals & Objectives

  • Real-time GPS tracking for all vehicles
  • Reduce fuel costs by 20%
  • Automate driver log compliance
  • Implement predictive maintenance
  • Optimize route planning
  • Improve customer delivery visibility
Our Strategy

Our Approach

How we planned and executed the solution

1

Fleet Assessment

2

IoT Strategy

3

Platform Design

4

Mobile-First Development

The Solution

What We Delivered

An end-to-end fleet management platform combining IoT sensors, real-time tracking, and intelligent route optimization.

Core Features

  • Real-time GPS tracking with geofencing
  • IoT vehicle diagnostics and alerts
  • AI-powered route optimization
  • Digital driver logs and compliance
  • Fuel consumption monitoring
  • Predictive maintenance scheduling
  • Customer delivery tracking portal
  • Comprehensive reporting dashboard

Technologies Used

Frontend
ReactGoogle Maps API
Mobile
React NativeOffline Storage
Backend
Node.jsSocket.ioRedis
IoT
GPS TrackersOBD-II SensorsMQTT
Project Timeline

Implementation Phases

Total project duration: 4 months

Phase 1

IoT Integration

3 weeks

Vehicle sensor installation and connectivity setup

Phase 2

Core Platform

5 weeks

Backend, database, and real-time processing

Phase 3

Mobile App

4 weeks

Driver app with offline sync capability

Phase 4

Admin Dashboard

3 weeks

Fleet management and analytics interface

Phase 5

Rollout

2 weeks

Staged deployment across fleet

Obstacles Overcome

Challenges & Solutions

Real challenges we faced and how we solved them

Challenge

Connectivity in remote areas

Solution

Implemented offline-first architecture with automatic sync when connectivity restored

Challenge

IoT device reliability

Solution

Selected industrial-grade sensors with redundant communication channels

Challenge

Driver adoption

Solution

Designed simple, intuitive interface and provided hands-on training

Results

The Impact

Measurable outcomes that made a real difference

-25%
Fuel Costs
+35%
Route Efficiency
100%
Compliance
-50%
Vehicle Downtime
Final Outcome

Project Summary

The client has transformed from a traditional logistics company to a technology-enabled operation with real-time visibility, achieving significant annual savings in fuel and maintenance costs.

Key Takeaways

Successfully delivered within timeline
All project goals achieved
Client exceeded ROI expectations
Long-term partnership established

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