Over the years, the automotive industry has shifted a major focus to improving road safety and efficiency of vehicles through technology. Wireless Tire Pressure Monitoring Systems (TPMS) play a central role in achieving the above objectives as discussed in this paper. While the original TPMS intended for notifying the drivers of low tire pressure, the wireless system innovation has opened the doors for real-time monitoring, anticipating tire maintenance, and using data. Development of TPMS is followed from beginning to integration of wireless technology in the system. This section focuses on significant developments and advances with special reference to the change to real time and wireless monitoring. Subsequently, Wireless TPMS components and architecture are considered, which will help understand how such systems are designed and work. Another important aspect of Wireless TPMS is its capability to monitor the status of tires and give immediate signal to drivers. By so doing, the system checks on tire pressure and temperature to ensure that drivers are alerted in case of any variation hence reducing on accidents and breakdowns. It goes a long way in enhancing road safety due to the proactive approach. Apart from real-time tracking, Wireless TPMS is a key enabler of predictive maintenance. By using data analysis and machine learning algorithms in its design, the system is capable of predicting future tire problems even before reaching the critical state. It does not only improve the efficiency of vehicles on the road but also minimizes the amount of money used in vehicle maintenance, making it a sustainable solution for both the management of a car fleet and an individual car user. Wireless TPMS produces a substantial amount of data, creating the possibility of using the information as a tool for gaining insights into driving behavior, road conditions, and vehicle performance. All this information can be used for research, formulation of policies as well as enhancement of measures toward safe roads. When Wireless TPMS is implemented in smart vehicles and incorporated into the IoT environment, it demonstrates additional opportunities for managing any vehicle and improving safety. However, the shift to Wireless TPMS has been said to have challenges like standardization, cyber security, and cost implications. This paper explores the current status of industry adoption and it answers these challenges while giving a preview to the future outlook of Wireless TPMS technology. The discussion ultimately reaffirms that this technology can single-handedly transform road safety, vehicle security, and efficiency and calls for additional work in this rapidly developing area.