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Smart Agriculture Information System

We use multi-mode remote sensing and IoT technology to obtain crop data and transmit information in real time, build monitoring and prediction models, implement closed-loop management, accurately allocate resources, increase output and reduce costs. Based on the centimeter-level satellite-based navigation augmentation service, it realizes large-scale precision operation of unmanned agricultural machinery and enables unmanned precision operation. By using satellite edge computing capabilities, it quickly and intelligently analyzes abnormal situations such as agricultural pests and diseases, and realizes rapid response of equipment and personnel through space-ground linkage, improving agricultural intelligence and law enforcement efficiency. It upgrades extensive agriculture to smart agriculture managed at square meter level, achieving increased production, cost savings, and green sustainable development.

Strength
  • Full-Process Agricultural Spatio-temporal Monitoring and Management

    Based on the space-air-ground integrated observation system, it provides comprehensive sensing services for crop planting structure, soil moisture, crop growth, etc. At the same time, it monitors the construction, acceptance and operation and maintenance stages of projects such as high-standard farmland construction, and provides services for the full process of crop tillage, sowing, irrigation, fertilization, harvesting, etc.

  • Multi-Dimensional Agricultural Situation Fusion Sensing Analysis

    By building agronomic rules and agricultural knowledge graphs of policy documents, adopting a unified spatio-temporal benchmark, and using layered storage + edge-cloud integrated computing strategies, it deeply integrates the intelligent sensing and prediction capabilities of artificial intelligence to build a closed-loop system from original data to decision-making.

  • Smart Agriculture Comprehensive Services

    Based on the results of agricultural situation sensing analysis, it provides support services for smart agriculture operations such as agricultural asset evaluation, agricultural risk early warning, and cash crop insurance claims. At the same time, based on centimeter-level high-precision navigation and positioning, it supports unmanned agricultural machinery operation services.

Services

Based on the "StarPool" constellation, crop and soil data are obtained using homologous multi-mode integrated remote sensing quantitative technology, and crop monitoring and prediction models are scientifically constructed. Through on-board narrowband IoT communications, networking of diverse agricultural sensors is realized, and data is accurately transmitted back to form a closed-loop management system. In unmanned operations, centimeter-level satellite-based navigation augmentation services are provided to enable precise operation of unmanned agricultural machinery. At the same time, the satellite edge computing cloud brain is used to quickly analyze agricultural anomalies, and rapid response is achieved through the space-ground linkage system, improving management and production efficiency, and realizing increased production, cost savings, and green sustainable development.

  • Crop Monitoring Report(a)

    Crop Monitoring Report(a)

  • Crop Monitoring Report(b)

    Crop Monitoring Report(b)

  • Crop Monitoring Report(c)

    Crop Monitoring Report(c)

  • High-Standard Farmland Management

    High-Standard Farmland Management

  • "One Map" of Agricultural Resource Management

    "One Map" of Agricultural Resource Management