Environment Monitoring

Environment Monitoring monitors the indoor and outdoor air quality, environment, and weather. It predicts trends and makes suggestions based on the monitoring data analysis result to organize the teaching and living on campus.
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Business Challenges

  • Campus Environment

    Schools, students, and parents all pay close attention to the campus environment, including air quality and temperature, because it affects children's health and quality of life on campuses.

  • Poor Air Quality

    Poor air quality results in sleepiness and difficulty breathing. This reduces study focus and can cause various illnesses.

  • Lack of Interaction Experience.

    Parents are concerned about their children's study environment on campus, straining interactions with teachers.

Solution Architectures

Description

The IoT gateway proxy deployed on edge computing node reports indoor and outdoor environment and air quality monitoring data to the HUAWEI CLOUD IoT gateway, which sends the data to a big data analysis platform to analyze environment quality trends. The system reaches conclusions based on monitoring results, reports them to IOC for display, and formulates education and teaching plans.

Highlights

  • Elastic Scalability: Elastic dynamic deployment capabilities based on HUAWEI CLOUD support flexible access to monitoring sites and elastic scalability. Cloud service resources are used on demand.
  • Panoramic View: Edge computing and IoT gateway access environment monitoring data, build analysis models on data middle ground, and conduct real-time analysis and reporting.
  • Standard Access: uses HUAWEI CLOUD openness and standard capabilities to decouple data analysis and environment monitoring devices, provide standard access methods, and reduce the dependence on a single device.
Business Advantages

  • Wide Compatibility

    HUAWEI CLOUD easily allows access standard data and provides abundant functions for devices at IoT gateway terminals.

  • High Scalability

    Intelligent analysis algorithms, including environment incident detection, missed risk detection, and air quality and temperature detection, are pushed from the cloud to the edge node. It can be deployed and upgraded, and has a high scalability.

  • Edge-side Emergency Handling

    Edge-side emergency handling provides edge-cloud synergy micro-service application via HUAWEI CLOUD edge computing cloud service. It can be flexibly deployed to the edges and provide local emergency handling.

Functions
  • IoT Gateway
    You can easily connect numerous IoT terminals to the IoT cloud platform by using HUAWEI CLOUD to provide data collection and command delivery between device and platform. This helps you manage devices effectively and visually, integrate and analyze data, and quickly establish new IoT services through the openness the platform has for the industry.
  • Edge Computing
    Intelligent Edge Fabric (IEF) satisfies users' requirements for remote control, data processing, decision analysis, and intelligence for edge computing resources, and provides users with one-stop comprehensive edge-cloud synergy.
  • Real-Time Open Multi-Cloud Agile (ROMA)
    ROMA breaks the boundaries among platform, cloud, network, and region, supporting fully-connected digital services. It integrates solutions based on data, messages, and services. Moreover, it streamlines the service control, application management, tenants, and certifications between HUAWEI CLOUD and private cloud or between HUAWEI CLOUD and enterprise existing platforms.
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