Fusion Private-IoT System

Hytera’s PMR-IoT focuses on guaranteeing the application of mission-critical services. Centered on transmission paths, the solution, compatible with multiple public networks, utilizes wireless communication algorithms and protocols to create highly reliable, safe, and less-delay channels based on the private networks PDT, DMR, TETRA, and LTE. These channels can sense the transmission of data from the physical contact to the data center end. The data center then digs and refines data value through a series of big data algorithms to provide customers with a full range of data-based end-to-end intelligent services.
The fusion P-IoT system focuses on the key business application. It takes the transmission channel as the core, uses the wireless communication algorithms and protocols of independent intellectual property rights, relies on the PDT/DMR/TETRA/LTE private network, and is compatible with many public networks, constructing a high reliable, high security and low delay communication pipeline. The data can be transmitted from the physical end to the data center end through this pipeline. At the data center, data is extracted and excavated through a series of large data algorithms, and provides a complete set of end ^to ^end intelligent services based on data for customers.

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Features

  • Sensor Management
    – Support data communication of Class A and Class C sensors
    – With sensors, there is no need for the user to manually collect the data on site
    – The ISP enables the user to view the location and working status of all online sensors on a map
  • Gateway Management
    – The user can remotely monitor, operate, and maintain the IGWs in different places through the INM
    – To prevent any unauthorized sensors from accessing the IoT, the IGW synchronizes a whitelist of sensors from the INM. Any sensors not on the whitelist will have no access to the IoT
  • Indoor Positioning
    – Use beacon and positioning tag to acquire position data, realizing personnel and property positioning
    – Support real time positioning, and functions including navigation, history track, electronic fence, video interaction, data analysis, alarm transmission and device management, etc
  • Multi standards Compatibility
    – Hytera IoT supports data transmission in systems including PDT conventional/Trunking system, DMR, LTE system, TETRA system, IP network
  • Real time Data Transmission
    – Hytera IoT is based on DRM network that provides dedicated paths for real time data transmission from the sensors to the IDC. The user can keep a close eye on sensors in real time
  • Fault Notification
    – When the ISP detects a faulty end device through data analysis, it enables the IDC to inform the user through SMS and E mail

Features

  • License Management
    – The number of sensors that can access the Hytera IoT is limited by the license purchased by the customer
  • Alarm Management
    – Sensor alarm: Indicates that the object embedded with sensors is faulty
    – Link alarm: Indicates that the communication link of sensors, IGWs, IAUs, IDC, and ISP is faulty
    – IGW alarm: Indicates that the IGW is faulty
    – Database alarm: Indicates that database connection is failed
    – Service alarm: Indicates service exception of the application layer
  • Secondary Development Support
    – LoRa based software development kit (SDK) enables the third party to develop sensors compatible with Hytera IoT
    – ISP application programming interface (API) allows the third party to develop various industry specific applications for the ISP
    – Message queuing telemetry transport (MQTT) protocol based SDK enables the third party to develop the IAU in order to support new source of data

Specifications

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