About the Project

Gogotech CMS is a transportation management system designed to streamline fleet operations, track vehicles in real-time, and optimize driver assignments. The platform provides a centralized dashboard where administrators can manage vehicles, monitor their locations using Google Maps, and oversee delivery routes efficiently.

The system integrates real-time GPS tracking, where each driver uses a mobile application that continuously updates their location via WebSocket communication, allowing the CMS to track vehicle movement, estimated arrival times, and delivery progress.

Key Objectives

• Efficient Fleet Management – Add, remove, and update vehicle details effortlessly.
• Real-Time Vehicle Tracking – Utilize Google Maps API for live monitoring.
• Driver Management – Assign tasks dynamically and monitor driver performance.
• Optimized Route Planning – Improve delivery efficiency and reduce fuel costs.

Core Features

• Vehicle Management Dashboard – Add, update, and manage all registered vehicles.
• Google Maps Integration – Track vehicle movement in real time.
• Live Location via WebSocket – Receive continuous GPS updates from driver mobile apps.
• Driver & Fleet Assignment – Allocate vehicles to drivers based on availability.
• Route & Schedule Optimization – Improve delivery times and logistics efficiency.
• Real-Time Alerts & Notifications – Get instant updates on route changes or delays.
• Role-Based Access Control – Restrict features based on user roles (admin, dispatcher, driver).

Tech Stack

• NuxtJS – Provides SSR capabilities for better performance and SEO.
• SCSS – Ensures a flexible, maintainable, and responsive UI.
• Ant Design – Delivers a polished and user-friendly admin panel.
• Google Maps API – Enables live vehicle tracking.
• WebSocket – Supports real-time communication for instant location updates.

Future Enhancements

• AI-Powered Route Optimization – Suggests the fastest routes based on traffic conditions.
• Driver Behavior Analysis – Monitors speed, stops, and driving patterns to improve efficiency.
• Mobile App Enhancements – Implement offline mode for tracking in areas with poor connectivity.
• Automated Reporting – Generate insights on fleet performance and operational costs.

Business Impact

• Improved Delivery Efficiency – Reduces delays and optimizes logistics.
• Cost Savings – Enhances fuel efficiency through better route planning.
• Enhanced Fleet Visibility – Provides complete transparency on vehicle and driver activity.