This system greatly improves the standardization and scientific level of various inspection work, eliminates the phenomenon of inability to scientifically and accurately assess inspection personnel and effectively monitor the inspected objects, and effectively ensures that the inspected facilities are in normal working condition. And provided the most effective solution for emergency response to unexpected events.

² Strengthen scientific means of security management and realize progressiveness technology;

Realize real-time monitoring of on-site inspection personnel to achieve centralized management;

Solve the problem of wiring in traditional online inspection mode;

Resolve the issue of point deployment and inability to upload data in real-time in regular inspection mode;

Solve the problem of not being able to use maps to display the location of inspection personnel in traditional modes;

Resolve the issue of inability to use induction based inspection mode under electric and magnetic field conditions;

Implement emergency response measures to address sudden incidents on site and facilitate the urgent mobilization of on-site personnel;

Realize the upload of inspection trajectories and inspection data, provide trajectory playback and data query;

Meeting the needs of various industries, with powerful functions and simple operation;

Reliability: The system can ensure long-term safe operation. The hardware, software, and information resources in the system should meet the reliability design requirements;

Security: The system has necessary security protection and confidentiality measures, strong ability to prevent computer crimes and viruses, and supports the requirements of multi-user hierarchical management;

Fault tolerance: The system has high fault tolerance and strong anti-interference ability. There should be prompts or automatic elimination capabilities for various types of user misoperations;

Adaptability: The system has a wide range of adaptability to continuously developing and improving statistical accounting methods, survey methods, and indicator systems;

Scalability: The hardware and software of the system have room for expansion and upgrade, and the original system cannot be rendered useless due to hardware and software expansion, upgrade, or modification;

Practicality: Emphasize the use of mature and practical technologies to make the system meet user business needs;

² progressiveness: under the premise of practicality, the system adopts the internationally advanced third-generation GPS positioning module to track the most advanced computer hardware and software technology, information technology and network communication technology at home and abroad, so that the system has a high performance index;

Ease of operation: Adhere to the principle of targeting end-users, establish a friendly user interface, make user operations simple and intuitive, and easy to learn and master;

Multi system: The system supports various Windows operating systems and Linux operating systems

Comparison Table of GPS Inspection and Ordinary Inspection