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Introduction
Introduction
Product & Device
Create a product
Individual device creation
Bulk device creation
Overview of the model
Group ingmost list
Group details
OneNET Video视频能力
Rule Engine
Operations Monitoring
data analysis
Best Practices
Access to the IoT platform using the Kirin development board
Access to the IoT platform using the MQTT.fx
Examples of operational monitoring practices
Real-time monitoring of device information
Example of real device access debugging
Example of simulated device data push
Log service tracks device health
Examples of data analysis practices
Product advantages
It is an industry trend and industry consensus that enterprises realize efficiency improvement through operating device data based on the Internet of Things. However, there are often various obstacles to the transformation of the Internet of Things or the construction of IoT platforms. The IoT platform offers a range of solutions to such problems that severely constrain the development of the Enterprise Internet of Things.
Here's a comparison between traditional development and IoT-based platform development:
| Traditional development | Development based on IoT platforms | |
|---|---|---|
| Device access | Infrastructure is needed to find and combine embedded developers with cloud developers. Development work is heavy and inefficient. | Provides device-side SDK, quickly connecting to the cloud on the device, high efficiency. At the same time support global device access, heterogeneous network device access, multi-environment device access, multi-protocol device access. |
| Performance | Self-implementation of the scalable architecture, it is extremely difficult to achieve from the device granular scheduling server, load balancing and other infrastructure. | With the long connectivity of millions of devices, the ability to multi-million concurrency, the architecture supports horizontal expansion. |
| Security | Additional security measures need to be developed and deployed, and securing device data is a major challenge. | Provides multiple protection to ensure the security of the cloud of equipment: device authentication to ensure the security and uniqueness of the equipment, transmission encryption to ensure that the data is not tampered with, permission verification to ensure the security of services |
| Stability | You need to discover the outage on your own and complete the migration, which is interrupted during the migration. Stability is not guaranteed. | Service availability is up to 99.9%. Decentralizing, no single point of dependence. Multi-data center support. |
| Easy to use | The need to purchase servers to build a load-balanced distributed architecture requires a lot of human and material resources to develop a complete set of IoT systems, "Access, Computing, and Storage". | One-stop device management, real-time monitoring of device scenarios, seamless connectivity of products, and flexible and easy to build complex applications of the Internet of Things. |
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