What is Internet of Things? Example of Internet Things and Applications

Internet of Things
Internet of Things


The Internet of Things which is a booming technology in today's world first of all Internet of Things from the name itself you will come to know that it is the internet.

Internet of Things

The interconnection of different things now this thing's essentially are devices like nonliving things you can categorize.

Internet of Things is the classification where we interconnect these nonliving things suggest devices.

That we clubbed together and then we try to communicate or to establish a protocol between them so that they can effectively communicate among themselves and then they can perform in a very good manner.

Internet of Things where we kept all the devices that are there around us now there is also another term called the internet.

Everything includes human beings as well that becomes i/o E and this is IoT that is the Internet of Things.

The basic definition of the Internet of Things is an advanced automation and analytics system that exploits.

These many domains are networking sensing Big Data, artificial intelligence to deliver complete system for a product or a service.

In the business and the industry of an organization you may use some of the tools for robotic process automation and many other things like you have your iPod you have a blue prism and all those things.

These are moreover eccentric to an organization's business these will effectively communicate by using these many technologies like networking sensing Big data.

This all will be clubbed together and they will effectively communicate among themselves so that you have minimum human intervention involved in this moreover.

The device has that intelligence in itself that when it has to communicate with the other suitable technologies around itself so that is basically the Artificial Intelligence comes into IoT.

These systems when deployed it allows greater transparency and control and also performance when applied to any industry.

A system no doubts that the error ratio the error count will be minimalistic in this as compared to the human intervention we are bound to make some kind of errors in our process while doing activities.

These devices are configured in such a way that they have their own intelligence that they can communicate among themselves.

This term IoT was the very first point in the year 1999 and the progenitor of this term was Kevin Ashton is the person.

Who was - first coined the term that is the IoT that is the Internet of Things.

So that's fact and then you have this road map of the technology that is the technology roadmap this is like for the Internet of Things then we have at the time axis on the X plane and technology on the y-axis.

The base-level you have the RFID tags that the radio frequency identification tags for facilitating. The routing inventory and loss prevention now as part of the application.

Internet of Things Applications

Internet of Things Applications
Internet of Things Applications

  • Smart home
  • Eldercare
  • Medical and healthcare
  • Transportation
  • V2X communications
  • Building and home automation
  • Manufacturing
  • Agriculture
  • Metropolitan scale deployments
  • Energy management
  • Environmental monitoring
  • Internet of Battlefield Things
  • Ocean of Things

Examples of IoT

You have cattle in that cattle farm you have different kinds of breeds of like animals.

you have cows buffaloes which are milk Brady now, for example, same if you have made an RFID chip and you have put on top of these animals.

Whether on the horns at the body of these animals then you will have the entire control about the health of that animal. The entire dashboard of that cattle form will be available.

So you will be able to know at which point of time at which breed is being suffering.
  1. What kind of disease? 
  2. What is the health status?
So you can get the complete information for that particular animal. that's where the RFID tags from the example.

The basis I have told this so this is mainly benefiting the supply chain. People supply chain helpers would be benefited by this and demand for expedited.

Logistics is going to increase and will move to the next level that is for the surveillance, security, health care, transport as well as food and safety.

This becomes a vertical marketing app like for we have CCTV cameras and all steps included installed in our societies.

Any organizations even the healthcare whenever we go these will provide real-time information of all the persons checking in and checking out of these places.

This can provide a vital role where the internet-of-things can come into the picture and can communicate with the necessary persons.

The authorities which they want to communicate and the cost reduction. This level is very much reduced leading to diffusion into the second wave of application.

That will lead to locating people and everyday objects. Suppose if some person has been called in surveillance camera and then you have to locate.

It now in the current day it's not very easily possible to identify which person or which like or theft or robbery if something has happened in a bank.

Then it is very difficult to identify that person or such gang so with IoT. You can locate your real-time you can locate such people in everyday objects by using certain sorts of technologies.

Implement with it now you have the ability of devices located indoors as well as to receive geolocation signals. This a technical part we'll be discussing more on the protocols.

So this is just a road map like where we have reached where we have taken the IoT from 2015 to 2018. initially, it was started in the year 1999 but then its presence and existence came in the year 2015.

When such a booming thing happened in the IT industry when the introduction of Big Data and Artificial Intelligence came into existence.

The daily operation and telepresence is the ability to monitor and control distant objects. which we cannot identify from the near-far but at certain distance kilometers ahead especially in the solar system.

And in the outside spaces if you are inspecting some elements or inspecting some stars. Something like that then you can use IoT very much.

This basically has a miniaturized Asian and perpetuation see for electronics and available spectrum. Those telescopes and all these satellites you can implement this kind of miniature level circuits in order to implement for higher efficiency and power consumption.

The low power consumption you can't run it for a longer period of time. Software agents and advanced sensor fusions which is basically robotics for creating robots.

Also, read: computers advantages

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