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Does IoT Really Make Your Life Easy? A Brief Overview

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Writing is my passion and continuing from 2013 to date on various platforms. I completed my M.Sc. in 1996 in Applied Physics & Electronics.


The Motto Of Technology: Work Done By Less Effort!!!

IoT stands for the Internet of Things. It is such a system where human-to-human or human-to-computer interaction is unavailable. IoT has evolved as a new dimension of technology in the technological arena. If we look around, we would find that, all over the world, the backbone of communication is the Internet acting as a connectivity medium between human to human, human to an organization, etc. The Internet stands for the global system of interconnected computer networks that uses the Internet protocol suite (TCP/IP) to establish links within devices worldwide. The scenario of the Internet is, it connects millions of computers globally by forming a network in which any computer can communicate with any other computer as long as they are both connected to the Internet. The ISP(Internet Service Provider) acts as the gateway. Local ISPs are connected to other ISPs around the world through fiber optic cable that is kept under the highways and laid on the ocean floor. The ISPs run a protocol called Border Gateway Protocol (BGP) on their routers. BGP (Border Gateway Protocol) decides which path to go to find the particular Internet service we need.

IoT performs its excellent performance with the help of cloud networks. Keep reading.

Table Of Contents

  • How does IoT work?
  • Softwares that IoT uses
  • Hardware that IoT uses
  • What are the benefits of IoT?
  • Frequently Asked Questions
  • The Bottom Line

How does IoT work?

The IoT has basic four parts. Those are,

  • Sensors or devices
  • Connectivity
  • Data processing
  • User interface


Sensors are responsible to collect data from the surrounding. All the collected data would have various criterion characteristics. For example, our mobile phone has multiple sensors i.e GPS, accelerometer, camera but it doesn’t only sense things.


The next step is, sensors would send collected through cloud infrastructure. At this point, it needs to have a connectivity medium to pass out the data in the next phase. Next, that collected data is sent to a cloud infrastructure but it needs a medium for transport. The sensors can be connected to the cloud through various mediums of communication such as cellular networks, satellite networks, Wi-Fi, Bluetooth, wide-area networks (WAN), low power wide area network, etc.

Data Processing

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Once the data is collected and it gets to the cloud, the software performs processing on the acquired data. Say, temperature reading on devices such as AC or heaters is within an acceptable range. But if it is required to low or high the temperature, then human intervention comes into the picture.

User Interface

After that, the information reaches to end-user somehow. It could be by triggering alarms on their phones or by text, email, etc. An example might be applicable here and that is, if a user detects some changes in the refrigerator, the user can remotely adjust the temperature via their phone.

Softwares that IoT Uses

Very common software is used in IoT technology. As embedded systems require less storage and processing power, operating systems used for such embedded systems are Linux, UNIX like operating systems like Ubuntu Core, or Android. IoT software encompasses general-purpose languages like C & C++, Java, Python to embedded specific choices like Google’s Go language or Parasail.

The key areas of IoT technology include networking and action is taken place through platforms, embedded systems, partner systems, and middleware. These individual and master applications are responsible for,

  • Data Collection
  • Device Integration
  • Real-time Analytics
  • Application and Process Extension

within the IoT network. A brief description would be found below:

Data Collection

Here, the used software performs some actions like signal/request sensing, data filtering, data security, and aggregation of data. The used software uses certain protocols to assist sensors to be connected with the real-time, machine-to-machine networks. It collects data from various devices and distributes it accordingly by following a pre-decided setting. It also works in reverse mode by distributing data over devices. After that, the central server receives all the data.

Device Integration

To accommodate anything within a periphery is the meaning of Integration. Necessary cooperation and stable networking between devices happen here. The application software manages various applications, protocols, and limitations of each device to ensure proper communication.

Real-Time Analytics

These applications take data from various devices and convert those into a transparent pattern for human analysis. They analyze information based on different kinds of settings and designs to perform an automation-related task or provide those data required by the industrial.

Application and Process Extension

These applications enhance the periphery of existing systems and software to generate an effective system. They do integrate predefined devices for certain purposes. Productivity enhancement and accurate data collection also part of their activities.

Hardware that IoT uses

IoT hardware modules incorporate four basic elements. Those are,

  1. Things
  2. Data acquisition module
  3. Data processing module
  4. Communication module


It does include objects which we need to control or monitor. The example might be home appliances like light, fan, mobile, doorbell, various electronic pieces of equipment, and so on.

Data aquisition module

The data acquisition module is responsible for sensing signals coming from various electrical/electronic and mechanical devices with the help of various sensors. Those sensors are incorporated in IoT platform hardware. Sensors play a vital role. It converts the incoming analog signal and converts it to a digital signal to understand by the computers. Some examples of real-world signals might be temperature, pressure, motion, vibration, etc. Interpretation of signals is another vital activity of the sensor.

Data processing module

This module performs various technical processing like analysis of data, data storing, and also performs computing operations.

Communication module

In a nutshell, this module ensures communication through the cloud platform.

Hardware used in IoT

  • IoT (Internet of Things) hardware includes a single board processor like Arduino Uno which increases its performance by performing specific functions i.e. GPS, interactive display, light sensors, heat sensors, etc.
  • Raspberry Pi 2 is another well-known IoT platform that can accommodate the entire Web Server. If Python programming language is used, it shows significant performance.
  • BeagleBoard is a single-board computer with a Linux-based Operating system that uses an ARM processor, capable of more powerful processing than Raspberry Pi.

What are the benefits of IoT?

It was a time when human beings were used to communicate/interact with each other symbolically, travel from one place to another by walking, riding on an animal-like horse, or through manually driven boats, etc. As time passes, different languages were invented and started as a medium of communication/interaction all over the world. New technological inventions started coming ceaselessly. Now we can have interaction all over the world through mobile, exchange our emotion through the Internet, and exchange various criterion themes, thoughts, etc. As a newly invented technological phase, IoT has explored options for the human being to interact with anything/object direct. In the same fashion, IoT takes necessary steps at the time of our needs.

Frequently Asked Questions

What are the 4 main parts of the IoT system?
The four prime components that belong to IoT are sensors/devices, connectivity, data processing, and a user interface.

What is the insight of IoT?
The Internet of Things (IoT) units belong to physical objects that communicate to the virtual world. Intelligent devices and machines are connected and the Internet. They capture, analyze relevant information, and then analyze and link it. The devices perform specific tasks on that basis.

Who invented IoT?

Kevin Ashton is that cool customer who had a hard work to launch the concept of “the Internet of Things”. He showed the pathway, how to connect network objects in the physical world to the virtual world that is the Internet.

The Bottom Line

In this session, we have gone through the basic scenario of IoT and its benefits/utilities for the human being. It is also clear to us that, the pace of flourishment the technology is showing, in near future more surprise is waiting for us.

This content is accurate and true to the best of the author’s knowledge and is not meant to substitute for formal and individualized advice from a qualified professional.

© 2021 pervez

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