IDM Emergency Command System Solution

**I. Current Status of Urban Emergency Response in China** 1. Low level of emergency management informatization; Long handling time for emergency incidents, requiring coordination with multiple departments, and low disposal efficiency. The established emergency management systems are incomplete, information is not fully explored and utilized, no unified emergency event data support database has been established, and the degree of information sharing and fusion is low. The preplan system is incomplete, existing preplans are not detailed enough, and the executability needs to be improved. 2. Single and outdated emergency communication command methods Single communication system with outdated technology Weak multi-system integration capability (video surveillance, video conference, trunking, mobile individual soldier, etc.) No unified emergency command platform Lack of mobile emergency equipment, unable to resolve information exchange between the incident site and the command center Lack of emergency consultation and decision-making system to achieve full-process management of events and effectiveness evaluation 3. Establishment of normalized emergency organizations In response to emergencies, the government typically sets up temporary special agencies and convenes multiple departments to handle the event, which is not conducive to effective handling. Lack of unified early warning and command across departmental events Unable to obtain effective support from non-emergency government departments **Policy Requirements** **_Notice of the Office of the Science, Technology and Informatization Leading Group of the Ministry of Emergency Management on Issuing the First Batch of Local Construction Task Books for Emergency Management Informatization in 2019_** Task Book 1: Local Construction Task Book for Sensing Network Task Book 2: Local Construction Task Book for Command Information Network Task Book 3: Local Construction Task Book for Satellite Communication Network Task Book 4: Overall Framework of Local Emergency Management Comprehensive Application Platform Task Book 5: Local Construction Task Book for Data Governance System Task Book 6: Local Construction Task Book for Application Support and System Integration of Emergency Management Comprehensive Application Platform Task Book 7: Local Construction Task Book for Natural Disaster Comprehensive Monitoring and Early Warning System Task Book 8: Local Construction Task Book for Work Safety Risk Monitoring and Early Warning System Task Book 9: Local Construction Task Book for Government Affairs Management Application System Task Book 10: Local Construction Task Book for Emergency Command Information System Task Book 11: Local Construction Task Book for Authentication, Authorization and Cryptographic Services **_Notice of the Office of the Science, Technology and Informatization Leading Group of the Ministry of Emergency Management on Issuing the 2020 Local Construction Task Books for Emergency Management Informatization_** Task Book 1: Local Construction Task Book for Emergency Command Video Dispatch System Task Book 2: Local Construction Task Book for Emergency Command Narrowband Wireless Communication Network Task Book 3: Local Construction Task Book for Hazardous Chemicals Work Safety Risk Monitoring and Early Warning System Task Book 4: Local Construction Task Book for Hazardous Chemicals Pipeline Emergency Management Informatization Task Book 5: Local Construction Task Book for Fireworks and Firecrackers Work Safety Risk Monitoring and Early Warning System Task Book 6: Local Construction Task Book for Tailings Pond Work Safety Risk Monitoring and Early Warning System Task Book 7: Local Construction Task Book for Emergency Basic Information Convergence and Fusion Project Task Book 8: Local Construction Task Book for "Internet + Law Enforcement" System **II. Typical Applications of Emergency Command** **IDM Emergency Command System --- Overall Framework** **Core Functions:** **GIS Visualization:** A visualized command platform integrating GIS, video multimedia, instant messaging, converged communication and other means. **Resource Management:** Based on IoT, QR codes, RFID, mobile APP and other means to achieve geographic, centralized, networked management and dispatch of emergency resources. **Early Warning and Preplans:** An automated early warning and preplan linkage system with real-time IoT information collection, intelligent analysis and comprehensive judgment capabilities. **Incident Handling:** Achieves full lifecycle management of emergency incident handling processes, supports analysis of process control data, and optimizes emergency plans. **Situation Analysis:** Achieves big data analysis and comprehensive assessment, providing data and analytical basis for emergency command. **IDM Emergency Command System --- Information Security** **IDM Emergency Command System --- Data Sharing and Exchange** **IDM Emergency Command System - Basic Functions — Information Collection and Early Warning** **IoT Monitoring Data Collection Equipment** The IDM IOT365 series IoT collection and access equipment, based on IoT protocols, supports access to environmental monitoring sensors such as smoke detectors, temperature/humidity, hydrology, meteorology, hazardous chemicals, toxic gases, and video surveillance signals, reporting to the emergency command center in real time. It also supports control signal channels for key facilities such as urban fire protection, enabling remote control during emergency command. The IDM IOT365 series IoT collection and access equipment provides rich transmission methods including wireless WiFi, Lora, wired networks, etc., adapting to different network environments. **Mobile APP Inspection Data Reporting** The IDM IOT365 mobile APP provides data collection and reporting functions such as basic data collection, incident reporting and inspection reporting, uploaded to the emergency command center in real time via 4G/WiFi. **IDM Emergency Command System - Basic Functions — Emergency Preplans** Emergency preplan management based on workflow technology: The preplan management system realizes the informatized processing of emergency preplan compilation processes and preplan filing, helping to improve the management level of preplan compilation and filing; Realizes structured processing of preplans, helping to improve the retrieval efficiency of preplan content and assisting emergency personnel in quickly locating the content they need to view; Realizes digital processing of preplans, providing a basis for emergency disposal decision-making, helping to improve the efficiency of emergency disposal plan compilation and the usability of plans; Realizes multi-dimensional query of emergency preplans at all levels and types, as well as chart-based statistical analysis, assisting emergency personnel in grasping the quantity and distribution of emergency preplans at all levels and types across the city. **IDM Emergency Command System - Basic Functions — Command and Disposal** **Incident Reporting in Command and Disposal** Realizes functions such as incident and status monitoring, initiating and executing initial disposal, response, and post-disposal plans, and issuing disposal instructions, providing users with practical functions such as work process monitoring, supervision, video, map and information linkage, effectively ensuring the efficient execution of various tasks. 1. Comprehensive incident acceptance 2. Collaborative incident disposal 3. Incident disposal inquiry 4. Incident statistical analysis 5. Realizes functions such as incident and status monitoring, initiating and executing initial disposal, response, and post-disposal plans, and issuing disposal instructions, providing users with practical functions such as work process monitoring, supervision, video, map and information linkage, effectively ensuring the efficient execution of various tasks. 6. Comprehensive incident acceptance 7. Collaborative incident disposal 8. Incident disposal inquiry 9. Incident statistical analysis Realizes functions such as incident and status monitoring, initiating and executing initial disposal, response, and post-disposal plans, and issuing disposal instructions, providing users with practical functions such as work process monitoring, supervision, video, map and information linkage, effectively ensuring the efficient execution of various tasks. 1. Comprehensive incident acceptance 2. Collaborative incident disposal 3. Incident disposal inquiry 4. Incident statistical analysis **Unified IoT Command in Command and Disposal** 1. Wireless command and dispatch of individual soldier handheld intercoms, backpack systems, smartphones and integrated helmets; 2. Comprehensive dispatch terminals supporting voice intercom and IoT information collection and upload. 3. Supports mobile APP voice intercom, group intercom, group dispatch and text instruction functions; **IDM Emergency Command System - Basic Functions — Emergency Drills** Supports simulation drills and evaluation systems by intelligently simulating various emergency events and key protection task scenarios, completing preplan arrangements in virtual early warnings and tasks, urgently analyzing situations and proposing response strategies for temporary conditions arranged by the director's seat, and conducting network simulation drills on the steps of emergency incident disposal, coordination and linkage among parties, and specific measures. The entire process of drill planning, issuance, execution and summarization is process-managed, and the drill process and related materials are archived and saved. **IDM Emergency Command System - Core Functions — GIS Visualization Command Platform** **Emergency Command Platform Based on GIS IoT Big Data** **Emergency Work Management** --- Dynamic information display of emergency personnel, personnel distribution, personnel attendance and check-in status; **Emergency Big Data Monitoring** --- Display of emergency incident status, including personnel distribution, vehicle distribution, emergency facility distribution, heat map display; location distribution and information display of IoT monitoring points; display of emergency control and command information on the big data platform, allowing intuitive understanding of all emergency resource data on GIS, and timely adjustment of command deployment plans; **Emergency Big Data Analysis** --- The platform provides corresponding data analysis, displaying the development of incidents in key areas by region and time period, providing comprehensive data information and analysis reports, and providing decision-making basis for personnel at all levels of the command center; **Emergency Incident Handling and Electronic Supervision** --- Incident reporting and handling process supervision and process monitoring during emergency command; **Emergency Command Communication** --- Converged instant communication between command personnel and emergency response personnel via voice, video, wireless and other means; **Emergency Command Preplans** --- Emergency command preplan system, emergency team scheduling, emergency incident handling preplans; **Emergency Command Early Warning** --- Monitoring of potential disaster events through multiple channels such as IoT monitoring, mobile APP inspections, and public reporting; the system automatically judges and triggers early warning notifications, pushes corresponding emergency preplans to relevant personnel, and supports analysis and prediction of disaster trends to achieve advance prevention and advance deployment.