The smart monitoring terminals collect real-time data from detection equipment and transmit it via GPRS or LoRa to data acquisition software. This software analyzes the transmitted data and stores it in the central database server. The application server then pushes recorded data information, enabling safety officers to monitor the operational status of each tracked device in real time. This approach significantly saves manpower and resources while enhancing the client’s management efficiency.
The IoT cloud platform eliminates the need for clients to deploy and maintain infrastructure, providing real-time access to industrial site operational data with convenient viewing that reduces resource expenditure.
The cloud monitoring platform helps enterprises:
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Improve information technology infrastructure
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Innovate safety management approaches
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Reduce accident rates through large-scale implementation
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Mitigate life and property losses
Platform Architecture Components:
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- Wired/wireless smart monitoring terminals
- Data acquisition software
- Database servers
- Application servers
① Direct Cloud Upload via Controller
The control host uploads data directly to the cloud via GPRS/Ethernet, enabling interconnection with mobile and PC clients. Ideal for scenarios where on-site detectors connect to the control host via short-distance cabling, with the controller directly transmitting monitoring data to the cloud.
② Standalone Detector-to-Cloud via IoT Collector
Detectors connect to IoT collectors that upload data directly to the cloud through GPRS, establishing mobile/PC client access. Solves the challenge of real-time field monitoring at sites without centralized controllers.
③ Hybrid Wireless Control System
Detectors connect wirelessly to collectors, which interface with monitoring hosts. The hosts then upload data via GPRS/wired Ethernet to the cloud, enabling mobile/PC client access. Eliminates traditional long-distance cabling between industrial equipment and monitoring hosts while delivering wireless control and real-time field monitoring.
④ Independent Detector Cloud Connectivity
Individual or multiple detectors upload directly to the cloud via GPRS, establishing mobile/PC client connectivity. Designed for decentralized detector deployments without centralized controllers, where scattered installation locations require autonomous cloud communication.
⑤ Hybrid Wireless Monitoring System
Detectors connect wirelessly to the monitoring host via wireless modules. The host then directly uploads data to the cloud through GPRS/wired Ethernet, enabling real-time interconnection with mobile/PC clients. This solution replaces traditional long-distance cabling between industrial equipment and monitoring hosts, delivering wireless communication control while enabling continuous field condition monitoring.
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