Supported by 5G and the newest technology, a group of academics and students at MIT World Peace University (MIT-WPU), Pune, has created a sophisticated vehicle data tracking system for improved operational efficiency, safety, and real-time vehicle monitoring.
The group, which includes mentor Prof. Shweta Kukade, Ashutosh Solanke, Malhar Jojare, and Hrushikesh Kalamkar, has obtained a patent for the innovative incorporation of real-time tracking, 5G technology, and improved safety features into vehicle data monitoring systems. Fleet managers, automakers, insurance providers, logistics organizations, smart city planners, and others will now be able to take advantage of this system’s real-time tracking, geo-fencing, and emergency alert features.
The technology gets beyond the drawbacks of current 2G and 3G-based car monitoring systems, which have slower data transfer rates and less precise location detection. 5G integration solves problems including reduced precision, poor connectivity in rural locations, and delayed tracking data. This is revolutionary because it allows for real-time data sharing and dependable tracking, especially in remote, rural, or difficult-to-reach areas. GPS and GLONASS technology allow for precise and quick position tracking.
The system also has geo-fencing, which lets users create virtual limits and sends out notifications when cars leave specified zones. In emergency scenarios, the emergency button feature allows for instant alerts. Even in the absence of 5G, the system will remain connected thanks to the automatic switch to open Wi-Fi networks. Compared to outdated systems that simply use GPS tracking and rely on 2G/3G networks, these advancements provide increased speed, accuracy, and safety.
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