The Fleet Management System is a complete smart transport management platform developed to monitor and manage different types of vehicles such as buses, ambulances, and cargo trucks in real time. The main goal of this project is to solve common transport-related problems including weak vehicle tracking, poor driver supervision, delayed emergency response, manual ticket checking, lack of cargo security, and limited operational control. The system integrates software and hardware technologies into one connected solution to improve safety, transparency, and efficiency. This project consists of two main user interfaces: a mobile application for drivers and a web dashboard for administrators. The driver mobile app allows drivers to log in, view assigned routes, receive alerts, update trip progress, and report issues during travel. The admin dashboard allows fleet managers to monitor vehicle movement, assign routes, check alerts, manage records, and generate reports. A Python-based backend handles system logic and communicates with Firebase, which stores real-time and historical data for both the mobile app and the web platform. A major feature of the system is real-time vehicle tracking using GPS. The system continuously collects vehicle location, speed, and movement data and shows it on the admin dashboard. Along with tracking, the system uses geofencing to create virtual route boundaries. If a vehicle moves خارج its assigned zone or violates speed limits, the system automatically generates alerts. This makes the platform useful for route monitoring, vehicle control, and faster operational decisions. Another important module is driver fatigue detection. The system is designed to identify drowsiness or unsafe driving conditions and send alerts to both the driver and the administrator. This safety feature is very important in long-route transport systems where fatigue can lead to accidents. In addition, the system includes a ticket checking module for passenger vehicles and a goods tracking module for cargo vehicles, making the solution suitable for both passenger transport and logistics operations. The hardware section of the project makes the system more intelligent and practical. An ESP32 microcontroller is used as the central hardware controller. An ultrasonic sensor is used to monitor the fuel level in real time, while an EMR relay is used to detect whether the vehicle or cargo door is open or closed. This sensor data is sent to Firebase, allowing the admin to monitor fuel usage, detect unusual fuel loss, and receive alerts for unauthorized door opening. These features help improve cargo protection and vehicle security. Overall, the Fleet Management System is a smart, scalable, and integrated platform that combines live tracking, safety monitoring, passenger verification, cargo supervision, fuel sensing, and alert generation into one unified system. Its novelty lies in combining multiple transport management functions in one framework instead of focusing only on basic tracking. This makes the project more practical, modern, and valuable for real-world fleet operations.