Introduction
After the discovery of a numerical framework for biological morphogenesis and the publication of a landmark study on computational intelligence, Artificial Intelligence (AI) has gained pace. The capacity of the human brain to react to adaptive impulses, unleash intellectual desire and manage the pressures of nature has evolved throughout time. As soon as humans understand the ecosystem’s dynamics, they are fueled to imitate nature. Therefore, their effectiveness in replicating nature has been tied to scientific and technological advancements. Recent buzz has surrounded artificial intelligence and the significance it will perform in augmenting human capabilities. The mix of computer approaches, algorithms, arithmetic, and statistical approaches, for instance, is quickening the scientific pursuits of humans.
Further, Artificial intelligence has evolved from problem-solving information systems to artificial neural networks, a computer model modeled on the design and capabilities of human biological brain networks. At the same time, artificial intelligence (AI) is a complex topic and an intriguing technology pushing the bounds of software’s limitless potential. On the other hand, other people perceive AI as a serious danger that may displace them at any time, so heralding an age of man against machine. Notwithstanding one’s opinion, AI will be around for an indefinite timeframe. Thus, artificial intelligence should be combined with human intelligence to attain greater precision and accuracy in complicated activities. In order to improve precision and accuracy in complicated activities, artificial intelligence is the optimal setting for this due to the current technical knowledge and methods people possess.
AI and Its Roles in Enhancing Human Abilities
Digital existence is expanding human capabilities and further upending actions that have been around for generations. Code-driven systems have reached millions of the world’s population via ambient awareness and connection thanks to advances in artificial intelligence technology (Kalimeri & Tjostheim, 2020). As a result, this has opened up previously unimaginable possibilities. In this way, people’s standard of living continues to improve as a direct result of the proliferation of developing forms of artificial intelligence (AI), which are driven by algorithmic advancements.
AI Makes Scalability a Virtue of Humanity
Generally, people have a limited capacity for scaling to their utmost desire. Regarding their professional obligations, individuals are limited to various working hours; for example, those with an eight-hour workday can only concentrate on one or two tasks simultaneously (Crews & Russ, 2020). As opposed to human capabilities, AI, on the other hand, lacks scaling restrictions. According to Williams (2018), it can do numerous tasks in a limited amount of time as opposed to a person’s capability to complete a single activity at a particular time. The introduction of AI into the market will disregard mundane, repetitive duties, allowing individuals to focus on more important matters. It may eliminate the aspects of the workplace that nobody enjoys. Whether it is a networking concern or a tedious task that must be completed in a challenging setting to earn a living, AI is ready to help.
Moreover, certain activities may be perfected to excellence by the coveted AI knowledge. Specifically, AI involves spending limited time undertaking important activities. For example, in video or picture editing, rather than taking hours altering a photo, the modification may be completed quickly utilizing Photoshop’s blurring, lighting, and blending tools (Johnson, 2021). AI has significant and distinctive features like assessing and creating the response, recognizing faults and responding to the action. Precisely, AI adds face and color filters, face retouching, AR masks, and more which makes AI editing more advanced than the people who designed it (Di, 2022). In this way, people may not even be aware that AI is being employed in the background. As an impact, the capabilities of the user will rise, as will their complexity. The author of the image only needs to specify what they desire. The photographer may devote more time to attempting to transmit their narrative and much less time to designing. AI is scalable enough to handle the difficulties posed by contemporary technologies.
AI Facilitates Problem Solving
The precise characterization of success enables the use of AI in education. Specifically, the purpose of grading papers is to get a deeper grasp of diverse topics. Unfortunately, the pathway to prosperity is not as clearly defined whenever a person leaves the scholastic sphere and enters the actual world. It is not decided upon, not assessed by excellent grades, and has no other accomplishment level. Hence, people remain determined to establish the pathway to success. There are, for example, education, professions, family planning, and homeownership; these issues are not too robust for AI to tackle. Due to the limitless of artificial intelligence, AI/human enhancement possibilities are diverse (Floridi et al., 2018). However, An AI cannot help with decisions in life, although it can help with honing chess, language and grammar, algebra, and arithmetic challenges.
Empowering Individuals as Imaginative Curators
When an AI is able to do a substantial percentage of the computational duties, people will be granted ample time to explore multiple designs before selecting the best one. In the architectural sector, the layout process may mimic pictures, considering architects may designate where they want walls to be. Subsequently, the AI, which is able to undertake structural design to ensure the construction supports and adheres to local building codes, may decide how to develop the blueprint. If it is not well-received, the designers may remove their work and attempt a different approach. In an ideal situation, people’s duties may transition from doing menial tasks to designing. Photography, painting, architecture, music, coding, and writing, are professions in which individuals assume the position of creative curator. The ideal would be the removal of all mundane jobs, but there will constantly be something new (Faltings & Radanovic, 2017). As individuals are liberated from one difficult task, they begin utilizing their newfound leisure to test the limits of the new technology, so generating a new issue.
Improving Automation in Self Driving
The long-standing ability of human beings to be their cars’ sole self-drivers is an age that is coming to extinction. This is due to the invention of AI technology in the automation of vehicles to self-drive. In this regard, self-driving automobile systems are powered by AI technology. As such, manufacturers of self-driving vehicles use enormous volumes of information from image processing systems, neural networks, and machine learning to create automated driving systems. The neural networks recognize similarities among the data provided to the algorithms for machine learning. This data consists of pictures captured by the cameras on autonomous vehicles, from which the neural network learns to recognize curbs, road signs, street signs, people, and other components of driving surroundings (Lutkevich, 2019). Most self-driving car initiatives employ a combination of lasers, detectors, cameras, and the entire data generated by these technologies to recognize everything surrounding the car and forecast what those materials could do next (Lutkevich, 2019). Therefore, the self-automation of some vehicles has increased people’s ability to drive; as such, it helps them break boredom or exhaustion monotony when driving and opts for self-driving.
AI Focus on Production, not Interpretation
AI frees people from the burden of interpreting data, thus enabling them to focus their attention on crucial issues, to be precise, on production. For instance, some companies base their product roadmap on the notion that artificial intelligence (AI) cannot fully teach and educate sales, success, and support representatives (Williams, 2018). Nevertheless, AI can allow managers to coach their leaders more effectively. The majority of businesses operating within the field of conversation intelligence have a tendency to go in the other way in favor of an AI solution that can replace the requirement for managers to teach, train, and onboard their representatives. Individuals are the building blocks of companies, and every person has their own particular style of acquiring knowledge. AI can surely point out to a person where they need to concentrate their efforts in order to advance, but changing behavior involves more than just access to data. AI does not have the capacity to inspire, create genuine responsibility, or produce habits.
AI in Ensuring Communication
Communication skills are essential for the improvement of everyday tasks. In this respect, advancements in artificial intelligence (AI) enable the development of new technological approaches for enhancing communication abilities. Using studies in corporate communication, it is currently feasible to develop AI-based learning systems that assess verbal language in actual settings and provide rapid feedback and individualized education. This gives individuals with low-cost access to private coaching anytime they need it. Based on Johnson (2020), in the newly designed Enskill EPC (Expressive and Persuasive Communication) curriculum, trainees engage in realistic workplace dialogues with AI avatars portraying supervisors and coworkers. For instance, they convey their objective, describe their approach, and then recommend the subsequent actions. Enskill EPC detects argument components and ensures that they are arranged coherently (Johnson, 2020). As an outcome, students get comments on their employment of organized reasoning and convincing and are graded on their proficiency development. Learners make quick advancements toward competence and gain confidence in implementing their newly acquired communication abilities (Johnson, 2020). This helps to develop effective communication practices and encourages behavior modification.
AI Enhances Human Abilities in Monitoring and Surveillance
Utilizing AI sensor networks has made surveillance and monitoring feasible in the healthcare industry. In addition to its usefulness for consumers, physicians, and health attendants, it has the basis for continuous improvement in hospitals that creates value creation. According to research by Shah and Chircu (2018), in healthcare, IoT sensors may be used in areas like inventory control, pharmacy management, operational processes, expenditure management, and human resource management. Incorporating sensors into client beds and nurse ID tags may assist health institutions in inspecting patients, therefore assisting in collecting and analyzing data to optimize distribution networks and upgrade practices (Shah & Chircu, 2018). Using such a sensor network in a hospital, for instance, enables medical practitioners to spot problems in their everyday operations and address them before they escalate. Sensor networks may facilitate automation and eliminate human involvement in a variety of operations, therefore decreasing costs and enhancing productivity.
AI Provides Accurate and Concise Data
The airport industry is a fragile realm that requires apt attention that sometimes lacks human abilities to enhance seamless operations. Furthermore, the air transport industry is one of the most important forms of systematic transportation globally. As a result, an urgent need has emerged to improve how air transport systems are managed. In this sense, artificial intelligence comes into play; the computer is now responsible for organizing accurate and precise routes, along with aircraft landing and take-off charts (Faltings & Radanovic, 2017). This data ensures that planes and airport operators plan their schedules without straining from human labor. Additionally, in many aircraft, the navigation mappings, taxing routes, and a rapid check of the complete cockpit panel to guarantee the proper functioning of every component have been accomplished using artificial intelligence. This has been the case in a number of different types of aircraft. Given that this has been producing encouraging outcomes, it is increasingly being used in a variety of contexts. In the subject of air travel, the ultimate goal of artificial intelligence is to make travel easier and more enjoyable for people.
AI and Enhancing Creativity
Creativity is a hotly contested subject since it is undoubtedly fundamental to our humanity. Throughout successive eras, it has been imbued with a vast array of era-specific connotations. Along these lines, the progress of technology has produced a variety of unique creative tools. Modern advances in Artificial Intelligence (AI) using deep learning techniques have yielded successful results in a variety of applications (Esling & Devis, 2020). The employment of such technology for creation seems to be a natural continuation of the century’s creative tendency (Esling & Devis, 2020). Nonetheless, the aura of an intelligently named technology artifact has sparked impassioned and sometimes uncontrolled conversations over its implications for artistic activities. Using an algorithm, for instance, AI may learn to imitate the data it has been trained on to get excellent outcomes. Therefore, technology may be utilized to support human creativity in the discovery of new ideas and processes across several industries.
AI and Improving Accessibility
AI technology is applicable to all fields and can increase accessibility to homes. Virtual aides may enhance the lives of everyone, but it is more evident for persons with impairments. As Martinez (2021) underscores, using smart speakers such as Google Home with Google Assistant, persons with disabilities can manage things with their voices, including turning on the lighting, scheduling an alarm, and playing music. Any household equipment may be linked, allowing a blind person to establish their oven simply by asking a person with limited dexterity to adjust the temperature of an area by utilizing just their voice. Additionally, thanks to the IFTTT program, persons with disabilities may manage their automated systems at home even before they arrive (Martinez, 2021). It connects many applications; a linked smart home may occasionally save a person’s life: if an individual with a disability falls, a system can automatically contact emergency personnel. Thus, individuals with impairments may live independently with the knowledge that they are protected in the event of an emergency.
Disadvantages of AI to Human Abilities
Unfortunately, the fast growth of AI has unquestionably brought about negative side consequences. Concerns have resulted, for instance, that human work will no longer be required since everything can be performed automatically (Floridi et al., 2018). In this way, people get lazier and finally decline to the point where they revert to their primordial state. The evolutionary process takes ages to mature so that no one will notice humanity’s regression. Nonetheless, if AI develops extremely robustly in that it can design itself to be in control and reject its master’s command, humanity will be affected in some manner.
AI and Automation and Employment
Even as AI and automation deliver advantages to society and business, humans must prepare for significant employment disruptions. Nearly entire tasks performed by employees may be automated. Included are physical tasks in highly organized and predictable contexts, as well as data gathering and processing (Manyika & Sneader, 2018). These constitute nearly half of all human activity across all industries. Managing people, giving knowledge, and interacting with stakeholders are the categories with the lowest vulnerability. Manyika and Sneader (2018) underscored that almost all vocations would be impacted by automation; however, some occupations may be mechanized. Many more vocations have automatable aspects of their component operations. Therefore, the majority of employees will become unemployed.
AI and Critical Thinking
The disadvantages of relying too much on artificial intelligence are looming since it will inevitably alter human minds. Since AI depends on previous judgments and choices to make new recommendations, it will restrict the world’s perspective and lead the future depending on the past (Coker, 2022). It is often believed that artificial intelligence will soon exceed humans in the majority of mental skills. As an example, AI, which has learned some skills more quickly and conclusively than humans, might, over time, decrease human ability and the nature of humanity itself as it converts it into data. In addition, the threats this poses to society, as individuals grow increasingly dependent on data and truth becomes subjective, are negative. As a result, it may severely impair humans’ critical thinking abilities and transform us into human robots (Coker, 2022). People will increasingly look to data sets for solutions that satisfy their immediate needs, devaluing convictions that are best developed through isolation and reflection. AI may be constrained in its ability to assess the past and produce unforeseen outcomes, despite the fact that its decisions are always developing.
Conclusion
Overall, it is apparent that using Artificial Intelligence to enhance human capabilities is a trending factor that is significantly growing and receiving tremendous attention globally. In particular, despite the fact that AI has its drawbacks in human life, it is seamless in ensuring sustainable life for humankind is ideal; hence the advantages have outweighed its adversities. Therefore, it is ideal for supporting the notion of further enhancement of AI activity into daily human actions. However, AI will exist for eternity; therefore, human beings must impose the AI bioethics of benevolence, value maintaining, clarity, and responsibility. As AI currently lacks a soul, its ethics must be transcendent to compensate for its incapacity to sympathize.
AI is a worldwide presence, and people should not delegate crucial choices to computers since AI as a technology will never exhibit human characteristics such as empathy and insight to ethically perceive and condemn. Bioethics is not a question of calculation but rather a practice of awareness. AI is a computer and a tool, despite the fact that its creators can input any information, data, and programming necessary for it to operate as a human person. AI will inevitably continue being AI minus genuine human emotions and the ability to sympathize. Therefore, the development of AI technology requires tremendous prudence. Importantly, AI must assist humans, and hence it must constantly adhere to their rights. Before reaching the market, AI, with an elevated danger of interfering with people’s privileges, must be evaluated and licensed.
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