internet-of-things Written by Jacob Morgan, the article “A Simple Explanation of The Internet of Things” gives a clarification of the author’s opinion concerning IoT and the future trend of this type of technological innovation. According to the author’s point of view, this innovation is among the emerging topics of discussion due to its potential to not only influence how people live, but also how they work. The author argues that various factors such as the availability of Broadband Internet and the reducing cost in connection continue to encourage the development of hardware devices with sensors and Wi-Fi capabilities as part of their design to allow connectivity. From the author’s perspective, these factors and others such as accessibility to smartphone technology and reduced technological costs are among the leading factors in creating the perfect environment for IoT.


The author describes IoT as an idea of networking any device that has an inbuilt “on and off” control directly to the internet and each one. Further, the author presents real-life examples such as washing machines, cellphones, wearable devices, coffee makers, headphones, machinery, and many other daily devices that can apply IoT technology. As the author states, this type of innovation will function by creating a relationship between things-things, people-people, and people-things for effective communication and connection. According to the author’s opinion, this technology will be linked to any device that has the potential to be connected. In an attempt to explain the potential value of IoT, the author gives examples that relate to the contribution of this innovation, especially how information is processed and accessed across the globe and devices.

For instance, the author gives insight into the potential of this innovation based on various examples. This includes the ability for a car to determine a nearby routine when the driver is late for work, getting automatic alarm alerts in the morning and programming the coffee maker to brew coffee through user commands only. Other examples the author covers include automatic re-ordering when office equipment detects any supply shortage and workplace wearable devices that can share information on areas an employee is effective and productive. From the author’s standpoint, this computer technology can be used on a broader scale such, as in transportation networks and building of smart cities. The article claims that with the help of this innovation, waste can be reduced with the support of “smart cities” and improve the efficiency of energy. According to the author, the IoT will help humanity to comprehend and navigate toward a better way of life and improved working strategies.

Additional, the author claims that the introduction of IoT technology will support virtual connections and endless opportunities whose impact has not been fully comprehended at the moment. Despite the benefits of this innovation, the article also highlights the negative aspect of IoT. As discussed in the article, security is among the top concern linked to this technology. Based on the author's perspective, the challenge of securing information emerges due to the large number of devices that will operate with the help of IoT. Therefore, the article points out issues such as hacking of personal devices, information privacy, and data sharing that might compromise the privacy of the user's classified information. This is because of the vast connection of devices. Other problems the author explores relate to data storage, analysis, tracking, and comprehending the huge volumes of data that will be available from devices. The article concludes with a summary of the points make in the body section and recommends researching more about IoT and its future influence on the human race.

Relating to course material, there are several factors that this technology shares that entail the application of computer hardware and software for its effective functionality. The hardware, in this case, relates to the physical components that make up a computer while the software refers to the programs that run the hardware. Therefore, without hardware, it is impossible to run any software and vice versa. This applies to the IoT technology in numerous ways since for IoT to be fully functional, it must depend on the hardware to support the software that commands the hardware. This implies that the IoT devices will include both the hardware, software, and memory designed to work as a collective when attempting to accomplish certain programmed user instructions (Robsimms1, 2009). The IoT technology will apply the concept of a desktop computer that involves the connection of different input and output devices to the mainboard as the prime link between the hardware devices and software that runs them.

Just like a functioning computer, the IoT technology will include the CPU that remotely connects compatible devices for instruction input. Also, for data reading and processing, the devices will have memory and slots for input and output devices just like how computers work (Will, 2013). Storage space is yet another relatable area of development that will be included in IoT. As the computer operates with the help of RAM and the hard drive for data storage and processing, IoT technology is likely to incorporate storage as part of its software and hardware design. This will allow devices to store and process essential information when communicating with other devices or with users.

Hence, for IoT to effectively function as designed, its components will be hooked together to the mainboard just like the hardware component of a computer CPU. The mainboard, in this case, will power the components and provide support communication pathways between the connected components. The IoT technology will make use of computer instruction to command the processor to execute various instruction based on how those instructions have been passed to the main device (Will, 2013). For two or more communication devices to connect and share information in a computer, they must have a common storage location that allows them to both read and write data. Thus, this will be the same case with IoT technology due to the broad connection of devices that will be integrated to send and receive communication signals repetitively. The devices will have the ability to give interrupts when an issue arises like a computer system to allow users to respond in effective ways.

The devices will be able to send data to the main serves through a networked connection that will allow manufacturers and other parties to gather user information for desired motives. To sum up, the emerging of IoT technology is among the popular topics today considering the benefits and risks associated with this type of innovation. Similar to the functionality of a computer, IoT technology will incorporate a connection between people, and the connected devices for effective communication and daily life problem-solving. It will introduce a new wave of technological advancement will support a smart way of living.

Reference Page

Morgan, J. (2014). A Simple Explanation of the Internet of Things. Retrieved from

Robimms1, (2009). Computer Basics Ch. 1. Retrieved from Will, B. (2013). Hardware Basic. Retrieved from

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