Internet of Things helps in detecting events or physical changes in the environment, along with a corresponding output in real time. They provide both performance and functionality, generate massive amounts of data, provide more granular information, and distribute data throughout a connected environment.

The connectivity between IoT devices and different objects like car, industrial motors, agricultural equipment, electronic appliances, medical equipment etc. through internet by wireless or wired means featuring an IP address is the backbone of Internet of Things technology. The Internet of Things (IoT) extends internet connectivity beyond traditional devices like desktop and laptop computers, smart phones and tablets to a diverse range of devices and everyday things that utilize embedded technology to communicate and interact with the external environment, through the Internet.

The potential impact of the IoT and its intelligent sensors is far-reaching and will encompass practicality in every single aspect of life. The interest and hype surrounding the IoT sensor is driven by the proliferation of everyday activities in various sectors such as agriculture, manufacturing, healthcare, automotives, smart cities, home automation etc. with an internet connection i.e. from operation to maintenance. Analyzing the large amount of data produced by these smart sensors will help in making high-tech farming, smart manufacturing and precision healthcare, smart automotive mobility, smart cities and smart homes for a quality living in today’s world.