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Disaster and Emergency Wide-Area Intelligent Monitoring System

Currently, disaster monitoring and emergency decision-making analysis suffer from insufficient monitoring technology equipment and data accuracy, information islands caused by data silos, and lack of real-time processing capabilities. Early warnings rely on post-event data, delaying rescue efforts. EllipSpace uses iCNR and computing technology to efficiently identify disaster risks, achieve timely warnings, solve monitoring coverage and timeliness issues, and improve early warning levels. It builds a collaborative processing framework for on-board computing capabilities and ground data centers, providing digital twin and intelligent analysis capabilities to support functions such as disaster simulation, path analysis, and material dispatching, fully ensuring emergency command and dispatching.

Strength
  • All-Weather Multi-Dimensional Sensing Fusion for Disaster Early Warning

    Based on the capabilities of the iCNR satellites’ multi-modal remote sensing capabilities, carrying out all-weather, simultaneous-phase, high-concurrency, and high-precision monitoring of natural disaster targets, in a multi-dimensional sensing way. To support disaster early warning and emergency response.

  • Responsive Remote Sensing Linked Command and Dispatching

    Integrate navigation enhancement and satellite communication to ensure real-time connectivity in disaster-stricken areas. Based on the "StarPool" space-ground linkage and rapid responsive remote sensing services, it supports emergency response to "see clearly, locate accurately, and connect smoothly."

  • AI Analysis and Prediction of Disaster Situation

    Based on “data-driven + mechanism model” technology, establish a high-precision simulation model using multi-source sensing data, build a digital twin base for emergency monitoring, obtain disaster operation status in real time and accurately, and provide scientific and efficient decision-making basis for disaster emergency dispatching.

Services

Relying on technologies such as the "StarPool" iCNR and digital twin technology, we carry out all-time, simultaneous-phase, high-concurrency and high-precision monitoring of natural disaster targets to support disaster early warning. Build a satellite two-way communication network to ensure unobstructed communication for early warning, disposal and rescue across all regions and around the clock. Also establish a high-precision simulation model based on multi-source sensing data, build a digital twin base for emergency monitoring, obtain the operation status of disasters in real time and accurately, and provide a scientific and efficient decision-making basis for disaster emergency dispatching. Intelligent prediction, early warning, and rehearsal of disaster situations, are realized to improve the level of disaster monitoring and early warning, and enhance the efficiency of emergency disposal and rescue.

  • Dynamic Monitoring and Sensing of Disaster Risks

    Dynamic Monitoring and Sensing of Disaster Risks

  • Disaster Situation Analysis for Emergency Command

    Disaster Situation Analysis for Emergency Command

  • Comprehensive Sensing of Disaster Risk Prevention and Control Situation

    Comprehensive Sensing of Disaster Risk Prevention and Control Situation

  • Intelligent Analysis and Sensing of Disaster Situation Development

    Intelligent Analysis and Sensing of Disaster Situation Development

  • Task Management for Disaster Emergency Command and Dispatching

    Task Management for Disaster Emergency Command and Dispatching

  • Video Consultation for Disaster Sensing and Analysis

    Video Consultation for Disaster Sensing and Analysis