The intelligent supervision system for limited spaces in resilient cities, driven by digital technology, reconstructs the underlying logic and operational mechanism of urban safety governance, and builds a foundation for government departments“Global Perception-Intelligent analysis and judgment-Collaborative disposal”The Digital Governance Center，form“data sharing-business collaboration-process reengineering”The core benefits of the closed-loop governance are reflected in three dimensions.

One is to break down data silos and build a collaborative governance system. Integrate multiple sources of data from housing and construction, environmental protection, emergency response, etc., and establish“One network unified management”Platform, breaking down information barriers between departments. By unifying data standards and visualizing them, cross departmental collaborative decision-making can be achieved to solve the long-standing problems of multi head supervision and ambiguous rights and responsibilities in limited space management. To provide precise basis for cross departmental joint law enforcement and promote progress from“segmentation”direction“Full cycle supervision”transformation.

Secondly, enhance emergency response efficiency and reduce systemic risks. Based on machine learning algorithms and predictive models, the system achieves an improvement in risk warning response speed50%above. When the concentration of combustible gas exceeds the standard or the liquid level is abnormal, it will automatically trigger“Intelligent command+intelligent dispatching”Process, synchronously push warning information to emergency, fire and other departments, and generate the optimal disposal plan. This real-time decision-making mechanism effectively compresses the emergency response time chain, reduces the probability of major accidents, and minimizes personnel and property losses.

Thirdly, strengthen digital governance and unleash long-term economic value. The system promotes the transformation of management decision-making from empirical judgment to data-driven through the full cycle monitoring data traceability function.relevant departmentsBased on the historical accident database, the priority of pipeline network renovation can be optimized, maintenance resources can be accurately allocated, and duplicate investment costs can be reduced.

This system achieves three transformations in urban safety management through technological innovation: from post disposal to pre prevention, from departmental fragmentation to overall intelligent governance, and from extensive management to precise policy implementation. It not only solidifies the foundation of urban safety resilience, but also promotes the transition of government governance capacity to refinement and intelligence, providing reusable infrastructure for smart city and digital government construction, providing digital governance models for building resilient cities, and significantly improving the efficiency of government public services and the level of urban safety resilience，The management efficiency improvement and economic risk avoidance benefits generated by it,alsoWe will continue to empower the modernization process of urban governance.