Artificial Intelligence and Robotics
Robots and Artificial Intelligence
Introduction
Artificial Intelligence (AI) is a commonly active title to refer to the field of science aiming at providing machines having the capacity to function functions such as reasoning, logic, learning, planning, and perception. It is one of the most incredible technologies that will change people’s lives in almost all contemporary society aspects. Modern IT and the coming of machines driven by Artificial Intelligence have currently influenced the global labor force in the 21st century (Perez et al., 2018). The AI and robotics technology provide substantial development opportunities that many organizations and businesses have been fasting to get hold of. When it comes to carrying out duties, machines can do tasks more efficiently than human beings; they can carry out duties without getting bored or tired. They also can analyze a large number of tasks.
Many industries are currently undergoing several technological advances, and all these are aiming at delivering productivity. One significant factor that has impacted the current transformations in many industries and organizations is the rapid expansion of the Artificial Intelligence and robotics industry. Researchers and other industry experts have constantly expressed various viewpoints about the possible outcomes of involving active artificial intelligence and robotics developments in organizations (Mandel, 2017). This article provides a detailed discussion on the benefits of AI and robotics, the disadvantages, and their impacts on organizational performances.
Literature review
Artificial Intelligence (AI) and robotics have increasingly become some of academia and media’s current issues. Researchers have become progressively attentive in the social, commercial, and disruptive suggestions of Artificial Intelligence, robotics, and various other computerization types (Mandel, 2017). For instance, in the previous five years, researchers at the University of Toronto have arranged seminars that revolve around Artificial Intelligence economics, which has remained joined by many groups of economics researchers from different perspectives. The introduction of powerful machines driven by Artificial Intelligence (AI) and robotics technologies has dynamically influenced almost every industry and impacted many industries’ developments (Webster et al., 2020). However, the impacts of this replacement on the human workforce have been an extremely discussed subject. Despite this, practical evidence in the form of published experimental studies has not been available in the academic journals that presents the convincing suggestion that addresses what organization workers of those possible effects could be about Artificial Intelligence and robotics particularly applied within the context of their turnover intention and future employment opportunities. Artificial Intelligence expertise is currently applied in online marketing, aeronautics, medication, driving, and special assistance image recognition.
Given the exponential increase of interest in Artificial Intelligence and robotics, scientists have called on major researches on the major impacts of AI in organizations, not just in technological but also in ethical, legal, and socioeconomic areas. Organizational researchers have slightly delayed to the major game and have only begun focusing on the structural consequences of Artificial Intelligence and many major forms of technological advances. According to Wolla et al. (2019), there is a great sigh of relief and belief that these technologies (AI and robotics) present unique opportunities for organizational scholars and the organizations themselves. Years of technological advancements can bring great changes and progresses but are also most likely to bring great turmoil. As Perez et al. (2018) suggest, while the steam locomotive steered a massive technological advancement, it similarly led to job loss. Therefore, it is essential for businesses to effectively comprehend and expect the major impacts of Artificial Intelligence, robotics, and many other forms of automation and have the capacity to strategize themselves effectively.
According to Dhanabalan et al. (2018), organizations can learn several lessons from previous robotics experiences and possibly deduce the possible consequences that may come with Artificial intelligence and robotics. Nowhere is this more apparent in the modern world than in rapidly developing Artificial Intelligence and robotics fields and their shaking impacts on jobs and work. Since the Industrial Revolution, machines have always been considered the perfect tools for improving human productivity. The current effort on Artificial Intelligence and robotics have tried to classify the ‘losers’ and ‘winners’ and also to comprehend the distributional impacts of the most advanced technologies. According to Autor (2018), the exact industry output increase is more linked with the drop of employment within the affected industry; on the other hand, affirmative spill-overs in additional areas more than balance the own adverse industry outcome. Likewise, Mandel (2017) observes the brick-and-mortar sales supplies all through the growth of e-commerce and establishes that fresh employments generated at fulfillment and call centers more than create up for job damages at departmental supplies.
Opportunities of adopting these technologies
Adopting Artificial Intelligence and robotics is very beneficial to organizations that desire to succeed in the competitive world. These machines are more efficient in carrying out duties than human beings. Artificial Intelligence machines can operate 24/7 without getting tired or bored. They have no time for sleeping or taking breaks like human beings. This implies that organizations that engage AI in their routine activities have the opportunity of getting reliable activities accomplished any time they want. These companies will have these machines analyzing large amounts of data within few seconds that human beings cannot accomplish. This technology proves to be very incredibly time-saving and functions more effectively than human beings. Second, AI and robotics can generate significant business insights and making smart decisions. In the current economy, data is considered a very valuable resource in any organization. However, if the organization cannot make sense of that data, it would be rendered useless. These technologies are very effective in rapid data processing and can produce very relevant responses to any questions that arise in the business. This means they can make correct predictions and customer’s needs based on what they learn.
Third, AI and robotics are very effective in improving the organization’s customer experience. AI-driven chatbots allow organizations to deliver customer care services all round the clock and have effectively enabled organizations to computerize communications via emails, online chats, and even through telephone calls. One perfect thing with AI is that they can interact with customers simultaneously and respond to their queries effectively on apps or websites. Organizations interested in enhancing their customer interactions can use OracleCMS that offers the best customer management solutions to companies. AI technology can enhance organizational productivity, and many organizations do not have to pile their work since AI can do most of the work within no time. This has allowed the employees to work on only what they are best at, thereby boosting productivity. If company operations involve continuous communication with clients throughout the day, the AI
will likely offer real-time assistance.
The
negative impacts of AI and
robotics
References
Autor DH, Salomons A (2018) Is automation labor-displacing? Productivity growth, employment, and the labor share. National Bureau of Economic Research, Cambridge, p w24871
Dhanabalan, T., & Sathish, A. (2018). Transforming Indian industries through artificial intelligence and robotics in industry 4.0. International Journal of Mechanical Engineering and Technology, 9(10), 835-845.
Mandel M (2017) How eCommerce creates jobs and reduces income inequality. Progressive Policy Institute
Perez, J. A., Deligianni, F., Ravi, D., & Yang, G. Z. (2018). Artificial intelligence and robotics. arXiv preprint arXiv:1803.10813.
Webster, C., & Ivanov, S. (2020). Robotics, artificial intelligence, and the evolving nature of work. In Digital Transformation in Business and Society (pp. 127-143). Palgrave Macmillan, Cham.
Wolla, S., Schug, M. C., & Wood, W. C. (2019). The economics of artificial intelligence and robotics. Social Education, 83(2), 84-88.