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AI Real-Time Comprehensive Sensing Meteorological Early Warning System

Extreme weather such as severe convection, sand and dust, and heavy fog has a huge impact on society and nature. Traditional numerical forecasting has problems of forecast timeliness delay (affecting timeliness and accuracy) in short-term and imminent precise forecasting, and it consumes a lot of computing resources, which limits real-time performance and application. We integrates AI meteorological models, builds a fused multi-modal application system based on global multi-source data, integrates multi-source data such as remote sensing and numerical models, and provides a system platform for multi-dimensional fusion, professional analysis and refined services. Supporting real-time and emergency services such as numerical weather and short-term/imminent monitoring and early warning of extreme weather.

Strength
  • Multi-Source and Multi-Modal Data Integration Analysis

    Based on the self-owned "StarPool" data system, it integrates global multi-source data such as active/passive remote sensing, numerical models, ground-based radar, ground observation, geographic information, and environmental climate, to establish a fully integrated multi-modal data system

  • AI-Driven Meteorological Remote Sensing Large Model

    Build a meteorological remote sensing large model based on deep learning models, realizing intelligent identification, sensing and tracking of extreme weather events such as incipient convection, severe convection (including typhoons), heavy fog, and sand and dust.

  • Full-Scenario Coverage and Intelligent Service System

    Based on multi-hazard monitoring and early warning capabilities, combined with numerical forecasting and visualization services, it provides a deep intelligent service system covering multiple fields such as urban management, emergency command, transportation, energy, agriculture, forestry and grassland, and ocean.

Services
  • Convection Identification and Prediction

    Convection Identification and Prediction

  • Heavy Fog Identification, Monitoring and Trend Analysis

    Heavy Fog Identification, Monitoring and Trend Analysis

  • Intelligent Fusion Analysis of Radar Data

    Intelligent Fusion Analysis of Radar Data

  • AI Comprehensive Early Warning Analysis

    AI Comprehensive Early Warning Analysis

  • Comprehensive Forecast of Marine Meteorological Phenomena

    Comprehensive Forecast of Marine Meteorological Phenomena