The smart firefighting IoT remote monitoring system for urban areas has completed its third phase of construction, achieving comprehensive coverage of 206 connected units. Leveraging Lian Technology’s mature hardware sensing devices and data processing capabilities, the system can monitor key information in real-time, such as the status of firefighting facilities and the duty of the fire control room. It enables cross-level communication through standardized data interfaces, providing essential support for municipal system platforms, fire rescue teams, and the firefighting management decision-making of connected units.
To further enhance the intelligent level of firefighting management in the region, strengthen the precision of fire prevention supervision, and improve fire control capabilities, Lian Technology relies on the Anxiao Cloud platform and a full range of intelligent sensing terminals to address the pain points of regional firefighting management, constructing a “full-cycle, full-link, full-role” smart firefighting IoT solution. This assists in upgrading regional firefighting management from “traditional human defense” to “smart technical defense,” effectively enhancing the precision of fire prevention supervision and fire control capabilities.
Solution
Lian Technology’s “Anxiao Cloud” platform serves as the core, paired with its self-developed intelligent sensors, wireless transmission modules, and other hardware products, establishing a four-level architecture of “perception layer – transmission layer – platform layer – application layer,” forming a complete solution that integrates software and hardware. The perception layer deploys intelligent sensors at key locations such as firefighting water sources, electrical lines, and smoke control systems to achieve real-time collection of 16 types of core data, including water pressure, liquid level, voltage, current, and smoke concentration, adapting to monitoring needs in different scenarios; the transmission layer employs communication methods such as 4G/5G/NB-IOT, combined with edge computing technology, to ensure the stability and timeliness of data transmission in complex environments; the platform layer relies on the core algorithms of “Anxiao Cloud” to integrate device status for multi-dimensional data fusion analysis; the application layer provides precise services for various scenario applications.
Functional Highlights
Real-time Monitoring and Data Intercommunication Function: Real-time collection of the firefighting facility status (such as sprinkler pressure, firefighting water tank level) and duty information from 206 connected units, achieving intercommunication and sharing of this data among municipal system platforms, fire rescue teams, and connected units through the standardized interface of the “Anxiao Cloud” platform, ensuring all parties are aware of firefighting dynamics in real-time.
Full Lifecycle Management Function for Equipment: Through standardized inspections, rapid fault response, and traceable management, the system achieves full-cycle control of firefighting equipment from installation and connection, operational monitoring, fault repair to decommissioning and updating, addressing the traditional management issue of “heavy procurement, light maintenance,” ensuring long-term stable operation of equipment.
Rapid Emergency Response Function: Relying on the “1-minute response” mechanism, when a fire occurs, the system automatically links to on-site sound and light alarms, pushes warning information to the responsible person’s mobile app, and simultaneously reports to fire rescue departments; for equipment faults, real-time warnings and closed-loop processing ensure timely rectification of faults, reducing safety hazards.
Data-Driven Decision-Making Function: Through the data analysis capabilities of the “Anxiao Cloud” platform, it uncovers patterns and characteristics of equipment failures and fire incidents, generating visual data reports to provide scientific decision-making basis for the regulatory work of fire rescue teams and safety management of connected units, enhancing the precision and effectiveness of firefighting management.
The implementation of this solution will break down information barriers in firefighting management, transforming from “passive response” to “proactive prevention.” For fire rescue departments, it allows for precise identification of high-risk units, improving regulatory efficiency; for connected units, it enables real-time awareness of their firefighting status, reducing fire risks. Ultimately, through technological empowerment, it builds a collaborative firefighting safety governance system, establishing a smart defense line for regional safety.
