Phase Process
Prevention Phase
Preparation Phase
Response Phase
Recovery Phase
Prevention Phase
Remote sensing technology is used to detect potential risks in advance and provide early warning information for emergency management departments.
Identification of geological disaster hazards
Flood monitoring and simulation warning
Typhoon disaster monitoring and simulation
Snow disaster monitoring and simulation warning
Rodent disaster identification and monitoring warning
Preparation Phase
Assist in the formulation of emergency plans and enhance emergency response capabilities.
Turing Digital Earth
The geospatial information platform developed on the Web model enables online visualization of 3D models, 3D scene navigation, real-time sensor data integration, video streaming, and interactive features. With robust spatial analysis capabilities, it provides visual engine support for multi-source data processing. The platform supports customized data analysis, processing, and presentation, facilitating service creation, deployment, and sharing.
Domestic emergency response terminal
The domestically developed emergency call response terminal integrates multimodal communication, IoT systems, early warning broadcasting, security assurance, and power supply/storage systems. Featuring hardware encryption, it employs flexible switching capabilities across 4G/5G networks, two-way Ku satellite links, BeiDou-3 short message service, and L-band satellite communications. This configuration enables real-time image transmission, equipment status monitoring, alert information reception with voice broadcast conversion, and remote firmware updates. The terminal is equipped with grounding terminals and comprehensive protection mechanisms including overheat/overvoltage/current overload protection, short-circuit protection, and automatic recovery functions.
Response Phase
Provide on-site monitoring data quickly to provide scientific basis for rescue decision-making.

The Zhongyao Emergency Monitoring and Command System integrates drone-based low-altitude remote sensing, rapid processing and interpretation of remote sensing data, disaster situation remote consultation and communication, emergency command, and support systems. It fully leverages the capabilities of fixed-wing drones for large-scale macro monitoring, multi-rotor drones for fixed-point hovering surveillance, real-time dynamic monitoring through individual soldier systems, real-time command via electronic sand tables, remote joint consultations with experts, instant news releases by media outlets, and cloud-based satellite data transmission.

The Zhongyao Remote Monitoring and Command System is characterized by "flexibility, mobility, speed, and efficiency". During major or catastrophic disasters, it can swiftly deploy to affected areas to establish a frontline command center. Serving as both the accident command hub and communication node, this system provides real-time, accurate on-site conditions and remote sensing data to various command departments. This delivers intuitive and reliable first-hand information for leadership decision-making and frontline operations, thereby enhancing capabilities in rapid response, unified command, and coordinated operations.

Recovery Phase
Remote sensing technology is used to assess disaster losses and provide strong support for post-disaster reconstruction.
Application Area
  • Urban planning and construction
    It provides accurate data support for urban land use, traffic planning and environmental monitoring.
  • Agricultural sector
    It plays an important role in precision agriculture, land resource survey, crop yield estimation and other agricultural management.
  • Geological and resource survey
    Through the survey and identification of landforms, geological disasters can be warned and evaluated.
  • Environmental protection and monitoring
    Monitor vegetation coverage, water changes and pollutant discharge to provide timely and accurate information for environmental protection.