What systems are there in the Smart Park?

Smart Park has canteen consumption, smart attendance, access control system, access control management, conference system, global perception operation and other systems.

The new Cape canteen consumption system supports face recognition, ordinary credit card, two-dimensional code and other recognition methods for payment, which can be used in canteens, supermarkets and other parks' own consumption places, and has the function of self-service mobile service. Intelligent attendance machine is the front-end realization form of the system, the gate passage can be set at the entrance of the park, and the wall-mounted attendance machine is suitable for the interior of the park building. In order to protect the technical secrets of the park and avoid the intrusion of irrelevant personnel, the new Cape access control system classifies the unlocking rights of employees in different positions and departments.

The traditional access management has poor controllability, complicated steps and long waiting time, and the automatic process can also avoid the risk of errors and omissions. The limited space of meeting rooms and discussion rooms in the park leads to a strong demand for online booking, early sign-in and locking. The whole park is not an independent module, but an intelligent whole. The 3D data modeling, GIS, real-time visual data analysis, efficient information communication and other technologies mastered by the new Cape have really laid the foundation for the integration of the unique management system of enterprises.

Application of Smart Park

The data service platform based on the Internet of Things provides a solution to meet users' personalized needs, and at the same time, the intelligent management system of the building is planned as a whole to ensure the realization of users' personalized needs. The traditional intelligent building system in the park is a self-contained independent closed system, and the Internet of Things is open and connected. Using this technology, any place in the world with Internet access conditions can be connected with its own Internet of Things, thus fundamentally solving the problem of information islands.

Integrating each subsystem into a unified data platform realizes the exchange and sharing of real-time data between systems, makes up for the defects of isolated data collection in traditional intelligent buildings, and solves the problem that systems are difficult to link. The data service platform of the Internet of Things collects a large amount of data information, and the application development platform is flexible, fully functional and highly extensible.