Internet of Things: Intelligent Technology

What is the meaning of the word Internet of Things, and what sort of technology is it? What effect does it have on people's lives and what is it going to have in the future? What are the advantages and implications? And what are the technical characteristics and security? In this post, we answer these and many other questions. Just follow us!

Internet of Things: what it is

The word Internet of Things, or IoT, derives from the English phrase Internet of Things, which refers to, except computers, the collection of devices linked to the internet.

To exclude the machine, or exclude the very device most associated with the internet, may seem a paradox. But precisely because it was born and created with the internet, it lacks the character of particularity and variety in many areas of everybody's life, which has been overshadowed by the internet phenomenon, which now concerns many other instruments. What ones, for instance?

Appliances, vehicles, light bulbs, radios, cameras, sensors for exercise training, sensors for location or illumination, and even devices such as peacemakers monitor human health. IoT is now introduced in almost everywhere and being used in academic institutions, academic writing companies like cheap essay writing , different offices, buildings, etc. we will discuss the examples of it later in this article.

Internet of things: the birth

The Internet of Things is an extension of the Net's usage: objects (things) because they can exchange data about themselves and obtain collective knowledge from others, become identifiable, and gain intelligence. Thanks to the link to the network, all artifacts may thus acquire an active function.

The acronym IoT, or Internet of Things, was born as a new neologism and is used in telecommunications to denote internet-connected everyday objects.

The word Internet of Things, or IoT, was first used in Massachusetts by MIT (Institute of Technology) researcher Kevin Ashton.

The term Internet of Things applies to the work carried out in three areas: sensors, data processing and network connectivity of different digital devices.

Thanks to some researchers from Carnegie Mellon University who applied sensors and network connexions to university drinks and snack dispensers to see how it functions, the Internet of Things' first use occurred in 1982.

Today, the Internet of Things idea is also related to early RFID (Radio Frequency Identification) technology innovations.

Application of IoT

If you're wondering what the Internet of Things' purpose is, the answer is very simple: to make life simpler for people.

The two markets linked to the IoT

Two distinct markets currently coexist behind the "Internet of Things" concept: the first is the one we all know and which involves electronic gadgets. We all have at least one linked object that falls into this category-studies actually claim even 7 or 8-and, whether we are talking about home automation or health, the rate of consumer acceptance of these "objects" does not show signs of stopping.

The Industrial Internet of Things ( IIoT) is the other, less discussed, sector.

As the uses and challenges associated with the industrial side of connected items are somewhat different from those on the consumer side, the distinction between the two is not only essential but crucial.

Application areas

Focusing on the Industrial Internet of Things, the primarily affected application areas are:

Smart City Smart

Cities apply to urban development methods that enhance the quality of life in the community and aim to address residents' needs and requirements.

Technologies adopted to build smart cities (or parts of them) allow infrastructure (objects) to be connected with the city's inhabitants.

Smart Building and Smart Home

The major differences between buildings and smart homes are that while smart homes are primarily targeted at the 'consumer' audience or customers and end-users of utilities (for example, remote control of house temperatures or detection sensors for in-house people), smart buildings (smart buildings) are primarily aimed at B2B, i.e. the design and optimization of buildings.

Smart Mobility

In deciding the quality of life in our cities, mobility is completely crucial and, as has been stressed many times, if there is no smart mobility, there can be no smart city. In this area, several companies are investing not only in Smart and Connected Vehicles but also in applications relating to rail transport with IoT-controlled trains.

Smart Manufacturing

One of the precursors of the IoT environment was undoubtedly Smart Manufacturing. For several years, IoT technologies have been around long before we began talking about the Internet of Things. Today, this field is one of the most advanced and blends automation-related themes with robotics-related themes.

Smart Agriculture

Smart Agriculture, also referred to as Agrifood, is one of the sectors with the highest potential for growth and the lowest penetration of digitized solutions to date.

There are many and only related encounters with the use of drones, sensors relating to the themes of the Earth's Internet, creative logistics solutions for Smart Agriculture, or agro-energy solutions or operations to improve the relationship between food and sustainability.

Internet of things: technical characteristics and safety

Through Big Data and Analytics. It must be able to identify, capture and analyze vast volumes of data for the Internet of Things technology to function.

IoT technology is closely related to advances in digital, electronic, wireless and, of course, internet communications.

The aim of emerging technology is to enhance citizens' quality of life while preserving protection and privacy. Any question related to the relationship between emerging technology and privacy must always be addressed by considering the socio-economic gains resulting from technological advancement in a global way.

Therefore, a fair and equitable balance must be reached between the strengthening of essential values, such as freedom of speech and movement of thought, and the security of constitutionally valid interests, such as confidentiality, which are also constitutional. A careless exercise of liberty in question could and could be damaged.

In this evolutionary framework, the Authority has agreed to follow a systematic approach in the face of the creation of the IoT, undertaking a public consultation to obtain insights and recommendations on the aspects of the security of personal data linked to emerging technologies, classifiable as the Internet of Things.

The best way to take precautions is to The right way to take precautions is to choose reliable IoT devices, carefully make configurations, take care of your login credentials (password) and update the operating systems.

Small tips in this regard: choose difficult combinations of passwords and do not leave automatic access, especially when public networks and shared Wi-Fi are linked.