INTERNET OF THINGS AND ITS CHALLENGES FOR USABILITY IN NIGERIA
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INTERNET OF THINGS AND ITS CHALLENGES FOR USABILITY IN NIGERIA
Chapter one
Introduction
1.1 Background of the Study
The Internet of Things (IoT) is a new concept that is quickly gaining traction in modern unavoidable processing. The concept is based on a thinking in which numerous items or innovations, such as RadioFrequency Identification (RFID) labels, sensors, actuators, cell phones, and so on, are connected to the Internet.
Every article has a unique position and can interact with other things. Things or items cooperate together to achieve a common goal. The Internet of Things (IoT) is a victory of appropriated registering frameworks that have a significant commonality in the ability to collect, process, and distribute data using remote and wired communication frameworks.
The Internet of Things (IoT), also known as the Internet of Everything or the Industrial Internet, is a new technology paradigm envisioned as a global network of machines and objects that can communicate with one another.
The Internet of Things is seen as one of the most important areas of future innovation, and it is receiving major attention from a variety of industries.
The true value of the Internet of Things for businesses may be fully realised when connected devices can communicate with one another and integrate with seller-managed stock frameworks, customer service frameworks, business insight apps, and business analysis.
According to Gartner (2014), the Internet of Things will reach 26 billion units by 2020, up from 0.9 billion in 2009, and will have an impact on the data available to production network accomplices as well as how the store network operates.
From production line and warehouse to retail conveyance and store racking, the Internet of Things is transforming business models by providing increasingly precise and continuous visibility into the evolution of materials and products.
Firms will invest in the Internet of Things to improve production line work procedures, increase material tracking, and reduce distribution costs. For example, John Deere and UPS are now using IoT-enabled ships following technologies to save costs and increase supply efficiency.
Regardless of the IoT’s adoption by manufacturers, various help businesses are embracing it in order to increase revenue through improved services and become industry leaders.
Disney’s MagicBand is a new bracelet containing RFID chips that functions as a ticket and connects to Disney’s data repository for park guests. Kroger’s new IoT-based system, Retail Site Intelligence, is a comprehensive retail platform that includes video analytics, wireless devices, POS devices, handheld sensors, IP cameras, and video management software.
It was created to help customers have a better shopping experience by making it easier to find the products they want and saving time at the checkout.
Adoption of this technology is quickly increasing as technological, societal, and competitive forces drive businesses to innovate and evolve. As IoT technology evolves and more businesses utilise it, IoT cost-benefit analysis will gain popularity
. Because of the potential but uncertain benefits and high venture costs of the IoT, enterprises need to methodically examine each IoT-initiated opportunity and challenge to ensure that their assets are spent judiciously.
1.2 Statement of the Study
The benefits and welfare that IoT brings about are apparent; nonetheless, there are certain hurdles in implementing IoT. While the globe is becoming more digital, countries such as Nigeria continue to buy technology rather than developing it.
This strategy makes them dependent on digital world designers. As a result, developing countries such as Nigeria must be prepared to absorb new technology.
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