The proposed research aims to revolutionize vehicle safety by creating a system that can monitor and control the speed of a vehicle in real-time. Equipped with state-of-the-art software, this system allows drivers or authorized third parties to regulate a vehicle's speed and activity, improving safety and efficiency. The system incorporates GSM and GPRS technologies for accurate tracking and timely data transmission to a centralized server, which authorized users can access via the internet. A prototype model integrating GPS and GSM technologies provides location-tracking capabilities, while a user-friendly mobile application ensures portability and flexibility in accessing real-time information. In the future, this system could become a standard feature in vehicles, providing drivers with a safer and more secure driving experience. Additionally, this paper explores the benefits of hospital vehicle tracking with wireless sensor networks and GPS technology. The proposed system collects data from hospital vehicles using sensors and GPS devices and transmits it wirelessly to a central server. The data is then processed and analysed to provide accurate and up-to-date information on vehicle location and condition, leading to improved patient care, enhanced safety, and increased efficiency in hospital operations. Furthermore, the paper discusses various techniques for determining accidents that occur while traveling using mobile applications, including GPS tracking, motion sensors, audio sensors, and crowd-sourcing. While these systems are not fool proof, they serve as valuable tools for detecting accidents and improving overall hospital vehicle tracking. In conclusion, the proposed research and hospital vehicle tracking with wireless sensor networks and GPS technology offer exciting opportunities for enhancing vehicle safety and hospital operations. With continued advancements in technology, these systems will play an increasingly critical role in improving efficiency, reducing costs, and providing better care for patients.