The Concept of Internet of Things System

       Internet of Things, IoT) is a network system that connects various physical devices, sensors, software and other technologies through the Internet, enabling these devices to communicate and exchange data with each other. The core idea of the Internet of Things is to connect and communicate items in daily life through the Internet, and realize intelligent and automatic control and management.

              These items can collect, exchange and analyze data through embedded sensors, software and network connection, thus achieving more efficient and intelligent functions and services. The Internet of Things has a wide range of applications, covering family, city, industry, agriculture, medical care and other fields. For example, smart home can realize remote control of lighting, temperature, security and other functions through Internet of Things technology; Smart cities can optimize traffic management, environmental monitoring and energy utilization through Internet of Things technology. Industrial Internet of Things can realize the functions of remote monitoring and predictive maintenance of equipment to improve production efficiency.
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Key ability
  • Product Superiority

    01
  • Device access

    02
    • Component management:Built-in TCP, UDP, MQTT, HTTP, OPCUA, ModbusTCP, CTWing, ONENet and other components, multiple access channels run at the same time, and monitor the running status of the components online。

    • Safety certificate:Support for security certification certificates for devices connected through TCP, MQTT, HTTP and other communication protocols。

    • Custom protocol expansion:Based on the design concept of plug-in, the private protocol supports SDK development, supports online development using javascript and java language, and expands the access protocol without outage。

  • Product management

    03
    • Product management:In the system, the product represents the definition of a class of equipment, and describes the equipment specifically through the object model to form a template of a class of equipment。

    • The model:By dividing the features of the device into four core dimensions, attributes, events, functions and labels, a unified modeling framework is established for the device。

    • Data type:Support integer, floating point, character, time, geographic information and other data types. One type, one secret, one machine one secret: support for a kind of product or a device configuration access authentication, compatible with TCP, HTTP, MQTT and other protocol authentication.

  • Device management

    04
    • Device management is the core function module of the IOT platform, where you can create devices and define the function description of the device in the cloud, so as to complete the cloud on the device

  • Plant maintenance

    05
    • OTA upgrade:Supports uploading device firmware in the system, creating upgrade tasks, and the system automatically issues upgrade firmware to complete OTA.

    • Equipment task:Read and write the device functions and attributes defined in the object model can be regularly initiated and batch calls, such as regularly closing a batch of valves。

    • Remote school:The system protocol package supports NTP algorithm data for the device。

    • Cloud side collaboration:For the industrial intelligent gateway of the connected in the system, remote configuration and automatic equipment registration can be realized.

  • System management

    06
    • System management is to manage and operate the system basic modules such as user management, role management, organization management, application management and other modules.

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