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This article shows you how to analyze the application of cloud computing in the Internet of things, the content is concise and easy to understand, it will definitely brighten your eyes. I hope you can get something through the detailed introduction of this article.

According to Gartner, there are about 21 billion connected "things" that are frantically collecting data and performing various tasks. Most are consumer devices, from smart speakers to watches to door locks. The rest serve the business: medical equipment, engine sensors, industrial robots, HVAC controllers. Almost every enterprise now relies on Internet of things devices in one form or another.

These devices greatly expand the reach of the enterprise network-and proportionally increase vulnerabilities, as the Mirai botnet attack vividly illustrates. However, if there are appropriate security measures, the rewards can be huge, because connected devices transmit large amounts of data from which analyst professionals can find insights and accelerate business transformation. Not to mention the ability to control devices remotely is suited to the COVID-19 era that haunts us, during which time any travel should be minimized.

Nowadays, more and more Internet of things terminals connect the digital world with the physical world, improving the accuracy of prediction and providing event-driven messages that can be executed without human intervention. In order to study the impact of the Internet of things and provide implementation recommendations, the network world, the computer world, CSO, CIO and InfoWorld have all put forward their own views on the most common trends in the field of technology. Techweb will continue to pay attention to the future development trend of the Internet of things.

By far, the most striking example of the value of the Internet of things is medical devices, such as Kinsa's connected thermometers, from which the company is collecting data to mark possible COVID-19 outbreaks.

Senior journalist Lucas Marian (Lucas Mearian), writing for the computer World, pointed out that the Internet of things has become the mainstream of medicine "how the Internet of things becomes the pulse of health care." Not only are 79 per cent of healthcare providers with revenues of more than $100m putting IoT devices into production, but Gartner predicts that IoT spending will grow by 13 per cent in the next fiscal year. 75 per cent of healthcare providers believe that IoT projects will achieve financial returns within three years.

But as CSO writer Jaikumar Vijayan wrote in the article "how the Internet of things changes your threat Model: four key considerations," the Internet of things also looks risky in terms of operational technology. Because Internet of things devices are connected to the Internet, they open up new attack vectors, such as core manufacturing businesses that have never been encountered before. Companies need to develop enterprise-wide frameworks for the procurement, deployment, security, and monitoring of the Internet of things to minimize this risk.

Yes, the security risks of the Internet of things are serious, but so are the rewards, sometimes in unexpected places. In the book Internet of things on the Farm: drones and sensors increase production, Jon Gold, a veteran writer in the online world, interviewed three agricultural professionals who used Internet of things devices to optimize operations. In two of these cases, soil moisture sensors provide the necessary data to strike a balance between adequate irrigation and water conservation, and may save significant costs.

To derive value from IoT data (Cisco expects IoT data to exceed 800 megabytes by the end of 2021), you need the right analysis tools and a consistent analysis strategy, as outlined by CIO writer Bob Violino in the article "Internet of things Analysis: getting value from IoT data." The basic elements include: the creation of an independent analytical organization; the establishment of a scalable Internet of things data architecture; the deployment of artificial intelligence-based systems to process Internet of things data independently; and the use of public cloud services to expand and shorten time to market.

Greg Meyers, the group's chief information officer and chief digital officer of Syngenta, a company that makes seeds and agrochemicals, highlighted the latter point in Bob's article. Meyers is optimistic about running IoT analytics in the cloud, saying bluntly: "it is very self-deceiving to try to manage IoT on your own data center or infrastructure."

For many enterprises, cloud computing is not only suitable for Internet of things analysis, but also for detecting Internet of things endpoints and providing an environment for building Internet of things applications. In "how to choose a Cloud Internet of things platform," InfoWorld contributing editor Martin Heller provides a technical description of the benefits of cloud Internet of things, including the benefits offered by serverless computing applications that run only when Internet of things data or events are triggered, saving pay-per-use cycles.

Martin's most important point: make sure you launch the proof of concept first. "Plan your first failed attempt so that you can learn from your mistakes and build the right solution next time," he said. " This applies to almost any complex IT project, but when you incubate a cutting-edge Internet of things solution at the edge of the network, it doubles.

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