The Smart City-based Firefighting Command Platform

The Smart City-based Firefighting Command Platform is an integrated operational command and dispatch system designed to consolidate core functions including multi-hazard emergency response coordination, fire rescue operations, and monitoring and early warning capabilities. It enables end-to-end collaborative coordination across the entire emergency response chain.
Structured around emergency response protocols as its design framework, the platform utilizes standardized data interfaces and business process modeling to achieve dynamic awareness and structured management of resource status, incident situations, and decision-making factors across various fire rescue scenarios. The system supports real-time aggregation and semantic parsing of multi-source heterogeneous data, featuring high-precision spatiotemporal positioning and fire characteristic identification capabilities. In typical application scenarios, it accomplishes 3D spatial positioning and preliminary fire assessment within 0.3 seconds, achieves a 99% accuracy rate in false alarm elimination, and maintains a consistent 100% accuracy in fire warning. Through automatic identification and risk classification of fire hazard points, decision-making efficiency is improved by approximately 30%, with overall response effectiveness enhanced by over 200% compared to traditional models. This effectively extends the critical "golden time window" for disaster response, providing reliable support for on-site force deployment and tactical execution.
Designed for deployment from provincial to municipal levels, the platform offers excellent scalability and compatibility, supporting cross-regional and inter-departmental information sharing and task coordination. It establishes multidimensional business modules encompassing emergency command, integrated firefighting mapping, communication alerts, decision support, operational assessment, and training exercises, achieving comprehensive digital management and closed-loop control throughout fire service operations.
The platform's design aims to transform government fire service systems from fragmented to integrated operations and from experience-driven to data-driven evolution. It establishes a new command operational mechanism with fully interconnected processes and mutual support functions, providing a solid technical foundation for efficient response and scientific handling of public emergencies, including natural disasters, urban fire rescue operations, and workplace safety incidents, by fire rescue forces at all levels.