NB-IoT Suite Product Introduction
Profile Resource model Advantages Definitions
QuickStart
Products and Devices
Create Product Create Device
Device access process
User Guide
Rule Engine
Service Introduction Rule Configuration Basic Data Format SQL
Message queue Application Management
Service Introduction Controls Introduction Operating Instructions
Device Development Guide
Protocol introduction Object and attribute Development Guide Supported module list Obtaining SDK transplantation Document download
Application Development Guide
API Authentication API List Device management-related API
Add new device Obtain the resource list Update device information Query device details Query device information in batch Query device condition in batch Query device information according to IMEI Delete device
Query API at data point
Query device latest data in batch Check data point
Real-time command API
Real-time command-resource discovery Real-time command-resource observation Real-time command-read device resource Real-time command-write device resource Real-time command-command release
Cache command API
Cache command-read device resource Cache command-write device resource Cache command-command release Check the cache command list of specified device Check the details of specified cache command Cancel cache command
Trigger-related API
Add trigger Update trigger Check trigger Delete trigger
DTLS-related API
Check device bs_psk Update bs_psk Add acc_psk Edit acc_psk Check device acc_psk
API status code HTTP push
Service Introduction Service configuration Development Guide Push SDK
SDK download
Best Practices
Access based on module (5310) Access based on MCU
FAQ
Registration-related issue Protocol-related issue API-related issue OTA-related issue Application development issue Other issues
Service agreement
IMEI Complaint service agreement
Update Log

Product Profile

Directory of this page

Product function

Typical application scenarios

NB-IoT Suite can provide users with the integrated solution of “Terminal-Platform-Application” and help enterprises realize fast access to cloud of a large number of devices. Meanwhile, it can realize device resource subscription, storage, forwarding and command release. The application side provides rich API interfaces and the data push function. This enables IOT enterprises to concentrate more on their application development, instead of focusing on the environment building of device access layer, thereby shortening the formation cycle of IOT system, and reducing the enterprise cost of research & development, and operation & maintenance.

Product function

  • Device Access

Support the access of a great many of device, provide basic communication suite, reduce the threshold of device access, and improve the access efficiency.

  • Safe transmission

Provide encrypted data transmission of DTLS at the device end and HTTPS at the application end.

  • Data processing and distribution

Provide device resource attribute subscription, storage and forwarding according to OMA IPSO norm.

  • Rich API

Provide rich API interfaces to meet the use requirement of different users.

  • Cache command

Provide caching and release of device downlink command in PSM state under NB-IoT scene.

  • Triggering report

Support the device data to be timely reported through email or push under certain rules and conditions.

  • Remote upgrading of OTA

Realize the remote repair and system update of IOT device software.

Typical application scenarios

It’s mainly designed for the application of honeycomb-based NB-IoT; it focuses on Low Power Wide Area (LPWA) IOT market, and is an emerging technology that can be widely used in the whole world.

It’s widely applicable to the environment with a low requirement for electric quantity, wide coverage, connection of much terminal device, and sensitive device cost. Typical application scenarios are: smart parking, smart meter reading, smart manhole cover, smart street lamps etc.

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