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This article introduces the innovative application of AWS in the field of the Internet of things, the content is very detailed, interested friends can refer to, hope to be helpful to you.

Preface

In the past few years since AWS entered the Chinese market, a large number of Chinese users have invested in the embrace of AWS, and a large number of business partners have been developed in the construction of the ecosystem. Compared with other manufacturers, AWS maintains a very high-speed innovation ability, and new applications are produced almost every day. At present, AWS already has a huge ecosystem of cloud services, and is still improving at a rapid speed, creating services and applications recognized by the market and customers. Combining the current hot spots, the editor will introduce to you the innovative applications and solutions launched by AWS in the Internet of things, artificial intelligence and big data.

The Internet of things (IoT) market is very hot in recent years. With the proliferation of IoT devices, people need high-quality cloud services to connect different devices and collect, store and analyze device data. Therefore, AWS provides a variety of Internet of things applications to help users use connected devices to easily and securely interact with cloud applications and other devices to adapt to complex user scenarios. Thanks to a large number of technology accumulation of AWS in e-commerce scenarios, the application of the Internet of things is also constantly pushing through the old and bringing forth the new.

New applications based on AWS IoT Device Management

Through AWS IoT Device Management, developers or service providers can register connected devices individually or in batches, and easily manage permissions to ensure the security of the devices. In addition, with this product, users can organize devices, monitor device functions and troubleshoot problems, query the status of any IoT devices in the queue, and send firmware updates wirelessly (OTA). AWS IoT Device Management is independent of device type and operating system, and with AWS IoT Device Management, queues can be expanded, reducing the cost and effort of managing various IoT devices deployed on a large scale.

Using AWS IoT Device Management to do continuous work

Use AWS IoT Device Management to process order requests in retail scenarios

Easily deploy device groups with AWS IoT Device Management services

To prevent illegal intrusion by detecting abnormal equipment behavior through AWS IoT Device Defender

New practice based on AWS IoT Greengrass

AWS Greengrass seamlessly extends AWS services to devices to manipulate its generated data locally, as well as for data management, analysis, and persistent storage. With Greengrass, developers can create and test device software in the cloud using familiar languages and programming models, and then deploy it to the device. In addition, developers can program AWS Greengrass to filter device data and transmit only the necessary information back to the cloud. AWS Greengrass uses the security and access management features of AWS IoT Core to authenticate and encrypt device data for all connection points. As a result, when devices communicate with each other and with the cloud without identity verification, data will never be exchanged between devices.

AWS IoT Greengrass provides cloud-based management of the application logic running on the device. Locally deployed Lambda functions and connectors are triggered by local events and messages from the cloud or other sources. In AWS IoT Greengrass, devices can securely communicate and exchange messages on the local network without having to connect to the cloud. AWS IoT Greengrass also provides a local publish / subscribe message manager that intelligently buffers messages in the event of a lost connection, allowing inbound and outbound messages from the cloud to be retained. The security credentials based on AWS IoT Greengrass devices are valid in the group until revoked. Even if the connection to the cloud is interrupted, the device can continue to communicate securely locally. Developers can make the following applications based on this feature:

Design MQTT themes for AWS IoT Core

How to use AWS IoT Greengrass to install facial recognition models on edges | Internet of things on AWS

Edge machine learning: using and retraining image classification models with the help of AWS IoT Greengrass

Using AWS IoT Greengrass to build an edge solution on OpenWrt

Deploy AWS IoT Greengrass to the edge device as a Snap

Of course, the application of AWS in the direction of the Internet of things is not only this, the use of IoT can speed up the development of IoT applications, and there will be other benefits to improve efficiency and save costs. For details, please refer to:

Use KEPServerEX to connect different industrial equipment and applications from the factory floor to the AWS

Internet of things devices use certificates to authorize access to AWS platform resources in OTA scenarios

Use LoRaWAN to connect your device to the AWS IoT

Use AWS IoT to build a global Internet of things solution through IoT device simulator, AWS IoT Analytics, Amazon QuickSight, Microsoft Power BI

About how the innovative application of AWS in the field of the Internet of things is shared here, I hope the above content can be of some help to you, can learn more knowledge. If you think the article is good, you can share it for more people to see.

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