Role of Disruptive Innovations for Society

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Table of Contents

Introduction
Disruptive Technologies of My Use
Conclusion
References

Introduction

Disruptive innovations are a group of technological tools that make it possible to easily and quickly obtain the necessary service. The transition to such innovations has allowed us to move away from the usual structure of life and reach a new comfort level. Improving the quality of life has primarily allowed society to conserve human resources and direct them to areas where complete replacement with technology is impossible (Harris, 2019). Emerging technologies only get their development if consumers are willing to use the product or service in their regular lives. Typical examples of disruptive innovations are telephones, computers, steamboat installations, and electronic communication services.

Disruptive Technologies of My Use

Among the relatively recent technologies, digital cameras, which have replaced film cameras, are worth mentioning. I have a Canon Powershot G7 X Mark III camera, which I often use to record video and photos of various moments (Canon Store, 2019a). The camera is a new technology that has replaced the old technology for producing images with film. It is disruptive because it has completely changed the understanding of photography. The switch to digital media has made getting pictures faster, and the need to spend on charging is much lower than buying film. Many users have seen the value of digital photos, defined by the duration and convenience of storage.

Another critical technology is storage media – flash and hard drives. I use the SanDisk Ultra Fit – it is a small 128-gigabyte flash drive; this amount of storage allows me to store study materials and personal files (SanDisk Store, 2018). The flash drives replaced the old Bernoulli disks; they allowed you to record materials in a much larger quantity and convenient format. Disks were inconvenient and required special storage, and over time, irreparable damage could occur. In addition, not all computers could afford disc input devices. This problem disappeared with the advent of flash drives and other drives with a USB cable.

Disruptive technology is the new means of printing – computer printers that connect to a PC or a phone. One college building has a Canon imageCLASS MF455dw laser printer that provides high-quality, high-speed printing (Canon Store, 2019b). Printers have replaced offset printing and have significantly reduced spending on consumables. Printers now require only cartridge refills, which you can do yourself, and a power supply. This is much cheaper than maintaining offset printing devices. Although offset printing still exists and is even popular in publishing houses, computer printing is more convenient and faster for getting documentation.

I find it essential to note the disruptive technology in transportation – automobiles have made getting around much more accessible. Cars first replaced streetcars and trolleybuses, and gradually they began to be used more often than railroads. However, their use is justified by the need to move near and far, which is not available for electric transport and tracked transport. Short-distance motorized transportation has relieved high-speed trains within the city, but trains still gain an advantage over other modes of transportation in some areas. A gradual transition to electric cars is underway as fuel becomes more expensive and is not environmentally friendly (“Benefits of electric cars”). New car models will reduce user costs and reduce the overall carbohydrate footprint.

An essential disruptive step was the switch to plastic products because they are durable and quite sturdy. Ballpoint pens last longer than fountain pens and do not require constant ink refills; plastic containers are more convenient than wood and glass; silicone utensils are better than metal ones. There are negative consequences of using a lot of plastic: it is harmful to dispose of it (Ritchie, & Roser, 2018). However, compared to other materials, plastic is durable and reusable. Cardboard and paper bags do not allow them to be used for products that release moisture, and wooden ones can rot after being washed. Thus, plastic materials belong to disruptive technologies, although they require refinement.

Artificial Intelligence is another unique example of a disruptive technology that has changed how we think about searching and processing electronic services. AI is now integrated into almost every technology: Telegram messaging searches, chatbots, and even language-learning apps. In addition, AI has made it possible to make assumptions that can change lives – particularly in medical technology and virtual assistants (Briganti, & Moine, 2020). For example, unique boards and projectors with AI generate several variants of disease development at once, taking into account various factors. It is perhaps the most significant disruptive technology because it changes how life can evolve.

Conclusion

Thus, disruptive technology is an opportunity to improve life by integrating new ways of perceiving certain events. Technologies in printing and photography, as well as information storage, play an essential role. In addition, innovations in transportation – automobiles and electric cars – significantly increase travel speed over short distances. The use of plastic products avoids unnecessary purchases of storage systems, and AI assists in almost all areas of life. Disruptive innovations will continue to emerge and change human lives for the better while optimizing human and other resources.