Top 10 Popular Real-World IoT (Internet of Things) applications

 Top 10 Popular Real-World IoT (Internet of Things) applications

Internet of Things (IoT) is the key to the next phase of industrial transformation. Technology allows portable devices to be delivered to a digital domain.

IoT is the concept of combining "real world" with "digital world", which enables one to be in constant communication and communication, be it with other people or things.

With the Internet of Things, things can be activated and remotely controlled using existing network infrastructure that creates opportunities for integration between the physical world and computer systems.

IoT is no longer a science fiction, the power of internet communication has extended beyond smartphones and computers. Now, the internet is being used on all smart devices aimed at solving real-world problems, from smart watches to non-smart watches.

Real-World IoT Applications (Internet of Things)

The list of IoT applications will grow as technology evolves in the coming years. In the near future, IoT will likely be used with Artificial intelligence to provide smarter solutions. Here we present 10 Important Real World Examples of IoT applications.

1.Smart city

Smart City or "City of the Future" is a concept that separates technology as committed to providing urban infrastructure development to make urban facilities more efficient, affordable and better to live in.

The concept of "Smart City" speaks to the planning and management of the community through the use of automated resources in an intelligent and sustainable way. Areas that have been developing smart cities include government services, transport and traffic management, energy, health care, water, new urban agriculture, and waste management.

Wise management of urban waste provides useful information to people that promotes an easy and appropriate way for the environment to collect waste.

2.Smart Houses

Smart houses are the most fashionable among these apps. A smart home vision to control household appliances including lighting, running water tap safety and home security.

Homeowners gain access to control and monitor these actions on their smart devices (smartphones, tablets, laptops). Imagine that you forgot to turn off the tap when you left your home. You can turn off your phone.

Smart homes allow you to manage all your home devices in one place. One can also use a security camera under the IoT center to avoid theft and burglary.

3. Smart Cars

As a science fiction novel, can you imagine controlling all your car activities with your smartphone? Having a smart computer that organizes all the things you love; integrated sensory warning devices with the help of equipment; even a system that can drive you a car?

All these are not myths, within a few years you can see such cars on the road.

Intermediate computers installed in the car receive data from sensors installed in different parts of the car to determine the engine oil level, water radiator temperature, etc.

The manufacturer can send an email with the car information to its owner, or the car owner can monitor the condition of the car with the app installed on your phone.

4. IoT in farming

Farmers can use intelligent IoT farming systems to perform many different tasks, such as determining the best time to harvest crops, producing chemical-based fertilizer profiles and obtaining soil nutrients and concentration of moisture.

A series of sensors should be installed throughout agriculture, animal-connected nerves can help control livestock. For example, a microchip is inserted into a cow's ear to track an animal, informing its vaccination history, among other information.

Smart Elements, AllMETOE and Pynco are some examples of IoT farming devices. These devices can detect weather and other location data. The concept of smart farming can transform the farming industry.

5. Health and Fitness

To help you stay fit, IoT connected devices are here. Fitness trackers help you track your daily activities such as sleep patterns, heart rate, activity patterns, exercise statistics, calories burned, etc.

It is now possible to put sensors in the clothes and monitor certain signals. This sensor collects data by touching the skin and transmitting information to smartphones and remote diagnostic devices.

For example clothes that detect a person's level of stress by monitoring his or her sweating. Another example is the "tattoo" sensor, which can be removed after use or can be absorbed by the body.

6. IoT connected factory

A new trend in the industrial sector, also called Industrial Internet of Things (IIoT), is the industrial internet. It empowers industrial engineering to build intelligent sensor, software and data analytics.

Applications to track inventory, real-time exchange of inventory information between suppliers and vendors and automated delivery will enhance the efficiency of the supply chain.

7. IoT monitoring and monitoring

Many companies use IoT technology to track assets. To track and monitor features, IoT property tracking systems use GPS or radio frequency (RF). Smart devices can be used to identify and verify assets over long distances.

8. Smart stores

The IoT potential of the sales force is enormous. IoT gives marketers the opportunity to interact with customers to improve their knowledge of the store.

Smartphones will give distributors a way to stay connected with their customers. Vendors can better provide their customers with smartphones and use Beacon technology. They can also monitor consumer trends through store and improve store design and place premium products in densely populated areas.

9. Smart grid

Another implementation of the industrial IoT is a smart grid. The grid enables real-time monitoring of power supply and demand information. It involves using computer intelligence to manage resources efficiently.

Assistant companies can use IoT-wise grid technology to control shutdown. An intelligent network is capable of enabling, transmitting, distributing and deploying an electrical network, transmitting data about network status to system users, operators and automated devices, enabling them to respond.

10.  Internet of Nano-Things

IoNT is made up of nanodevices connected to the current network and telecommunications systems. IoNT added a new feature to IoT by integrating nanosensors into devices to allow them to connect globally between global systems via nanonetwork and the internet.

IoNT describes how the Internet will grow as nanosensors connect to tangible objects such as visual aids or consumer devices to collect, process and share information with customers in the end.

IoNT has a variety of important applications such as smart agriculture, health care, military, transportation, aerospace, industrial control systems, production, and smart cities.