TukTukTrack — Real-Time Logistics & IoT Fleet Management Platform
Developed a real-time logistics and fleet management platform integrating GPS tracking, IoT-based cold chain monitoring, and role-based dashboards to improve delivery efficiency and shipment visibility.
🚀 Overview
TukTukTrack is a real-time logistics and fleet management platform designed to streamline shipment tracking, improve delivery efficiency, and ensure the safety of sensitive goods. The platform integrates GPS tracking, IoT-based monitoring, and analytics into a unified system accessible to administrators, drivers, and customers.
❗ Problem
Traditional logistics systems face several limitations:
These challenges reduce operational efficiency and increase the risk of delivery failures.
💡 Solution
TukTukTrack provides a comprehensive logistics platform with real-time tracking and IoT integration.
Key Features:
Live location tracking with route visualization and ETA
Tracks temperature, humidity, and motion for sensitive shipments
Separate dashboards for Admin, Driver, and Customer
Performance insights and exportable reports
Automated assistance with escalation to human support
🏗️ System Design
Frontend
Backend & Cloud
Integrations
🔄 Workflow
⚙️ Key Modules
Tracking Module
Provides real-time GPS tracking and route visualization.
IoT Monitoring Module
Tracks environmental conditions and detects anomalies.
RBAC System
Ensures secure access based on user roles.
Analytics Module
Generates insights and reports for operational efficiency.
Support Module
AI chatbot assists users and manages support queries.
🆚 Competitive Advantage
🎯 Target Users
📈 Impact & Benefits
⚠️ Challenges
🔮 Future Scope
🏁 Conclusion
TukTukTrack transforms traditional logistics systems by integrating real-time tracking, IoT monitoring, and analytics into a single platform. It provides a scalable and efficient solution for modern logistics challenges, ensuring better delivery outcomes and improved operational control.
02. Delivery_Phases
Discovery
Identified inefficiencies in traditional logistics systems, particularly lack of real-time tracking and monitoring for sensitive shipments. Analyzed fleet management solutions and identified gaps in IoT integration and user role separation.
Definition & System Design
Designed system architecture with role-based access control and real-time data flow. Planned integration of GPS tracking and IoT sensors (temperature, humidity, motion). Structured Firebase architecture for authentication, database, and real-time updates.
Development (Sprints)
Developed frontend dashboards for Admin, Driver, and User roles. Integrated Firebase Authentication and Firestore for data management. Implemented real-time tracking using Leaflet.js and Firebase Realtime Database. Built IoT sensor dashboards for monitoring shipment conditions.
Testing & Deployment
Tested real-time data accuracy, system performance, and role-based security. Validated IoT sensor data consistency and alert mechanisms. Improved UI responsiveness and optimized performance for mobile devices (PWA support).
03. Squad_Architecture
Team_Role
Lead Product Manager — responsible for end-to-end delivery, stakeholder alignment, and cross-functional coordination.
Key_Deliverables
- - Product_Requirements_Doc
- - User_Journey_Mapping
- - Agile_Backlog_Ownership
- - Stakeholder_Alignment