Revolutionizing Vehicle Safety: IOT-Enabled Inter Vehicular Communication for Real-time Data Transfer and Emergency Response Via Wi-Fi

The integration of Internet technology has led to the seamless incorporation of cloud computing into automotive systems, resulting in the development of autonomous vehicles known for enhanced efficiency and robust security. Through the utilization of Wireless Fidelity (Wi-Fi) technology, intervehicular communication has been established, employing internet proto- cols as the conduit for the real-time transmission of diverse sensor data between two vehicles. This exchange forms the basis for intelligent decision-making processes, with Node Microcontroller unit (NodeMCU) chipsets serving as integral components in the intricate framework. Operative within the 2.4GHz frequency spectrum, these chipsets facilitate the expeditious transfer and real-time processing of data, demonstrating the mechanisms that yield visual outputs through seamless integration with cloud infrastructure. The outcomes yielded were both efficacious and precise, evincing a seamless data transfer devoid of any latency. The two chipsets demonstrated facile data transmission through a cloud-based repository, amenable to simultaneous access by a tertiary chipset. Real-time inputs and outputs conformed meticulously to external environmental conditions, validating the anticipated efficacy of the proposed model. Leveraging Wi-Fi technology provided the system with an encrypted channel for data transmission, thereby enhancing speed and resulting in rapid and accurate inter-vehicular responses. This strengthens security and expedites Cellular Vehicle-to-Everything (C- V2X) communication.