Construction vehicles (such as excavators, loaders, bulldozers, etc.) are widely used in various construction projects. Operating in complex and dynamic environments, traditional management methods struggle to promptly track vehicle locations, operational statuses, and work conditions. Vehicle malfunctions may cause project delays, while non-compliant operations could trigger safety incidents. To enhance construction vehicle management efficiency, ensure operational safety, and safeguard project schedules, a remote monitoring solution for construction vehicles is required.

In scenarios such as emergency rescue and incident response, emergency power vehicles serve as critical power supply assurance equipment. Traditional management methods for these vehicles struggle to monitor their operational status in real time, resulting in inefficient fault response and dispatch capabilities that fail to meet the demands for rapid and effective emergency power supply. To ensure reliable operation of emergency power vehicles during critical moments and enhance emergency power supply assurance capabilities, an advanced remote monitoring solution is urgently required.

As cities continue to expand, water sprinkler trucks play a vital role in urban sanitation operations such as dust suppression on roads, irrigation for green spaces, and pavement cleaning. Traditional management methods struggle to monitor vehicle operations in real time, resulting in low efficiency and significant water waste. To enhance operational efficiency and management standards for water sprinkler trucks while achieving refined sanitation operations, a remote monitoring solution is required.