Based on laws, regulations, and documents such as the "Earthquake Prevention and Disaster Reduction Law of the People's Republic of China", the "14th Five-Year National Earthquake Prevention and Disaster Reduction Plan", and the "Outline of Modernization of Earthquake Prevention and Disaster Reduction in the New Era (2019-2035)". Relying on new generation information technologies such as the Internet of Things, cloud computing, big data, 5G networks, and artificial intelligence, we are promoting the modernization of the seismic network, data resource utilization, cloud-based applications, and intelligent services. We aim to construct a "1+1+5" "Digital Earthquake Prevention and Disaster Reduction" information system, consisting of one land and sea integrated earthquake risk monitoring and early warning sensing network, one earthquake prevention and disaster reduction data resource warehouse, and five types of digital earthquake prevention and disaster reduction scene applications.

1、One land and sea integrated earthquake risk monitoring and early warning sensing network

Enhancing earthquake monitoring and fault activity monitoring in key areas, as well as detection of non-natural earthquake events, significantly enhancing earthquake monitoring and early warning capabilities.

1、One earthquake prevention and disaster reduction data resource warehouse

Gathering and integrating diverse data, promoting deep fusion of earthquake prevention and disaster reduction data, achieving cross-departmental data collection and sharing.

3、Five types of digital earthquake prevention and disaster reduction scene applications

（1）Real-time earthquake information services and open applications

Providing diversified and personalized information services such as earthquake early warnings, earthquake parameter rapid reports, intensity rapid reports, etc., for the government, public, and industry, realizing the push of significant sudden earthquake information to tens of millions of users within minutes, meeting the earthquake safety service needs of the government, society, and the general public.

（2） One-stop earthquake disaster risk management

Unifying management of various types of information, realizing integrated application of earthquake structures, earthquake disaster risk assessment zoning, and earthquake disaster risk prevention and control zoning results.

（3）Earthquake disaster scenario construction application

Establishing a system for earthquake disaster scenario construction and deduction, demonstrating scenarios of major earthquake disasters and their future trends, achieving two- and three-dimensional dynamic analysis and presentation of earthquake disaster scenarios.

（4）Digital application for earthquake emergency support

Strengthening the processing and analysis of monitoring and early warning data, providing comprehensive seismic disaster information support services, realizing rapid acquisition of earthquake disaster situation and enhancing the level of earthquake disaster emergency services.

（5）Digital earthquake science popularization application

Constructing online science popularization applications, innovating science popularization communication methods, providing value-added science popularization services, realizing segmented communication and accurate push.

• Intelligent Management of Data Quality

Analyzing and statistically evaluating the operating quality of earthquake observational data, such as the continuous operation rate and completion rate rankings of stations in real-time, as well as the pushing of warnings for abnormal data.

• Automatic Generation of Product Images

By focusing on earthquake events, earthquake products can be automatically generated at different stages, significantly enhancing the emergency response capabilities to sudden earthquake events.

• Unified Portal for Shared Services

Constructing a shared service and exhibition portal for earthquake monitoring and early warning products, integrating and merging products and work results produced by various departments during business operations within a unified portal framework, achieving unified content management, information release, and retrieval.

• Risk-Based Early Warning Tips

Automatically obtaining early warning information output by the earthquake early warning information system, the system automatically analyzes the impact on the environment, socio-economy, key infrastructure, and personnel.

• Construction of Earthquake Disaster Scenarios

Simulating the disaster scenarios of typical neighborhood building groups, providing an intuitive demonstration of the vibration process of urban building groups during earthquakes, and offering a valid basis for decision-makers to formulate urban earthquake prevention and disaster reduction planning and revise emergency response plans and emergency handling.

Through Istrong Technology's informational solution for earthquake prevention and disaster reduction, earthquake prevention and disaster reduction personnel can obtain comprehensive earthquake disaster information and detailed data, further promoting the development of earthquake prevention and disaster reduction work; the general public can obtain earthquake early warning information and popular science education services, further enhancing the public's awareness of earthquake prevention and disaster reduction; at critical moments when earthquakes occur, decision-makers can effectively guide earthquake disaster emergency rescue work, reducing losses and rapidly resuming production and life. In the future, Istrong Technology will continue to innovate in R&D and, based on the "informational solution for earthquake prevention and disaster reduction," optimize and upgrade, contributing to the modernization of earthquake prevention and disaster reduction work!