All About IOt-Internet of Things

Kevin Ashton, a British Technology pioneer, created the phrase Internet of Things (IoT) for the first time in 1999 as the title of a presentation for one of the major MNCs, Procter & Gamble. Do you have any ideas for the presentation’s content? It has to do with connecting RFID tags in P&G’s supply chain to the internet.

The Internet of Things is abbreviated as IoT. This Internet of Things is continually becoming the basis and revolutionary for other current technologies, such as artificial intelligence (AI), which is generated by the relevant AI development services.

There are several possibilities for IoT application development. The growth of the Internet of Things is complex, which is why many firms have failed.

What is the Internet of Things?

The Internet of Things refers to the countless physical devices globally that are connected to the internet and gather and share data. Because of the low cost of computer chips and the availability of wireless networks, any object or thing may become a part of the Internet of Things. When we link all of these diverse items and add sensors to them, we give a degree of digital intelligence to otherwise dumb gadgets, allowing them to converse with real-time data without engaging a person. The Internet of Things makes the world around us smarter and more responsive by fusing the digital and physical worlds.

An IoT ecosystem is made up of web-enabled smart devices that employ embedded systems such as processors, sensors, and communication hardware to gather, send, and act on data from their surroundings. By connecting to an IoT gateway or another edge device, these devices may share the sensor data they acquire. The data is then sent to the cloud or locally for analysis. These gadgets often communicate with one another and act on the information they receive. Although individuals can engage with the devices, such as setting them up, giving them instructions, or accessing the data, the devices conduct the majority of the work without human participation.

How big is the Internet of Things?

Big and getting bigger — There are already more linked gadgets in the world than individuals.

IDC, a technology analysis firm, expects that by 2025, there will be 41.6 billion linked IoT devices, or “things.” It also says that industrial and automotive equipment provide the greatest possibility for connected “things,” but that smart home and wearable gadgets will see rapid adoption in the short term.

Gartner expects that the corporate and automotive industries will account for 5.8 billion devices this year, up nearly a quarter from 2019. Utilities will be the most active users of IoT, owing to the ongoing implementation of smart metres. The second most common application of IoT devices will be security devices such as intruder detection and web cams. Building automation, such as linked lighting, will be the fastest expanding industry, followed by automotive (connected automobiles) and healthcare (monitoring of chronic conditions).


  • Minimize human effort:

 As IoT devices connect and communicate with one another, they may automate activities, improving the quality of a company’s services and minimising the need for human intervention.

  • Save time: 

By minimising human effort, we can save a significant amount of time. One of the key benefits of adopting the IoT platform is the ability to save time.

  • Enhanced data collection: 

 Information is easily available, even if we are far from our actual position, and it is regularly and in real-time updated. As a result, these gadgets can access data from anywhere, at any time, on any device.

  • Improved security: 

An integrated system can help with better control of homes and towns via mobile phones. It improves security and provides

  • Efficient resource utilization:

We can increase resource utilization and monitor natural resources by knowing the functionality and how each device works.

  • Reduced use of other electronic equipment:

 Because electric devices are directly connected and can interact with a controller computer, such as a cell phone, power is used more efficiently. As a result, no electrical equipment will be used that is not essential.

  • Use in traffic systems:

With the correct tracking system and IoT technologies, asset monitoring, delivery, surveillance, traffic or transportation tracking, inventory control, individual order tracking, and customer management may be more cost-effective.

  • Useful for safety concerns:

 It is useful for safety since it detects possible dangers and alerts people. GM OnStar, for example, is an integrated gadget that detects a car crash or accident on the road. If an accident or crash is discovered, it quickly makes a call.

  • Improved productivity:

 IoT allows you to monitor your products/services 24 hours a day, seven days a week. In the event of a malfunctioning equipment, you can take quick action to resolve the problem. Furthermore, because you are receiving immediate feedback, you may make improvements before the problem worsens. As a result, you save both money and resources.

  • Useful in the healthcare industry:

Patient care can be performed more effectively in real-time without needing a doctor’s visit. It gives them the ability to make choices as well as provide evidence-based care.


. Some of the IoT disadvantages are given below:

  • Security issues:

IoT systems are networked and interact via networks. As a result, despite any security precautions, the system provides limited control and can lead to numerous types of network assaults.

  • Privacy concern: 

The IoT system collects essential personal data in great detail without the user’s active participation.

  • Increased unemployment:

Unskilled employees, as well as skilled people, are at danger of losing their jobs, resulting in high unemployment rates. Smart security cameras, robots, smart ironing systems, smart washing machines, and other amenities are taking the place of the humans who used to execute these tasks.

  • The complexity of the system: 

The creating, implementing, maintaining, and enabling the comprehensive technologies to IoT system is a difficult task.

  • High chances of the entire system getting corrupted: 

If there is a problem in the system, every linked device may get corrupted.

  • Lack of international standardizations: 

Because there is no worldwide standard for IoT interoperability, it is difficult for devices from various manufacturers to connect with one another.This enables devices such as Bluetooth Low Energy, ZigBee, and Wi-Fi Direct to transfer data without the need for human involvement. This means that each product must have its own set of hardware and software features. As a result, development time and expenses are increased.

  • High dependency on the internet: 

They are heavily reliant on the internet and cannot function effectively without it.

  • Reduced mental and physical activity:

 People who rely on smart gadgets instead of completing physical work become tired and unproductive as a result of their overuse of the internet and technology.

Some of the IoT applications are:

  • The internet of things (IoT) apps that notify you to your routine plans might give personal help.
  • It is beneficial to users’ safety since it notifies them of potential hazards. For example, GM OnStar is a built-in gadget that may detect a car accident on the road. It makes a call if an accident is found.
  • Real-time patient care can be provided without the need for a doctor’s visit.
  • The correct tracking system may reduce the cost of asset tracking, traffic or transportation tracking, inventory control, delivery, surveillance, and customer management.

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