Do human-beings really need artificial intelligence?

Is Artificial Intelligence Malaysia (AI) truly required in human society? It is debatable. Yes, it is if a person chooses a more efficient and productive manner to finish their task and works continuously without taking a break. It is not, however, if people is content with a natural way of life without overwhelming ambitions to subvert nature’s order.

Negative consequences

Questions have been raised about whether, as AI develops, human work will be obsolete since everything can be done automatically. Will people get lazier and degenerate to the point that we revert to our most basic state? Because evolution takes millennia to complete, we will be blind to humanity’s backsliding. However, what if AI develops so strong that it can programme itself to be in control and ignore orders from its master, humanity?

Let us look at the negative effects of AI on human civilization:

There will be a massive societal shift that will upset our way of life in the human world. To earn a livelihood, humans must be resourceful, but with AI, we can just teach the computer to do something for us without having to raise a tool. As AI replaces the necessity for individuals to meet face to face for idea exchange, human connection will eventually dwindle. As human gatherings are no longer required for communication, AI will act as a buffer between individuals.

Because many jobs will be replaced by machines, the next step will be unemployment. Many vehicle assembly lines are now dominated by machines and robots, resulting in the displacement of conventional employees. Even in supermarkets, shop workers will be obsolete as digital devices will be able to do human labour.

Because AI investors will capture the lion’s share of the profits, wealth inequality will emerge. The wealth disparity between affluent and poor will worsen. Wealth distribution in the “M” form will be more visible.

New concerns arise not just in a societal sense, but also in AI itself, since AI that has been educate and learnt to do a job might ultimately take off to the point where humans no longer have control, resulting in unanticipate problems and repercussions. It refers to AI’s ability to work on its own after being load with the necessary algorithms, disregarding the commands issued by the human controller.

Human creators of AI may design something that is racially bias or egocentrically centred in order to hurt certain persons or objects. For example, the United Nations had decide to restrict the development of nuclear power, fearing that it may be use indiscriminately to kill humanity or to target certain races or regions in order to attain dominance. It is conceivable for AI to target a certain race or a set of programmed items in order to carry out the programmers’ destruction instruction, resulting in global calamity.

Impact on the positive

However, there are several good effects on people, particularly in the sphere of healthcare. Artificial intelligence (AI) allows computers to learn, reason, and apply logic. When scientists, medical researchers, physicians, mathematicians, and engineers collaborate, they may develop AI for medical diagnosis and treatment, resulting in dependable and safe health-care delivery systems. As health professors and medical researchers work to identify new and more effective methods to cure ailments, robotic systems may be develop to do certain sensitive medical operations with accuracy, in addition to assisting in analysis. Here is an example of AI’s contribution to health care:

Diagnostics that are both quick and precise

The Watson computer from IBM was employing to diagnose, and the results were remarkable. When you load the data into the computer, AI will diagnose it right away. AI can also give clinicians with a variety of therapy options to explore. The technique is as follows: upload the digital findings of the physical examination to a computer, which will analyse all possibilities and automatically determine whether or not the patient has any deficits or illnesses, as well as recommend several treatment options.

Robots that are socially therapeutic

Senior folks are advising to have pets to help them relax, lower blood pressure, anxiety, loneliness, and promote social engagement. Now, cyborgs are being propose as companions for those lonely elderly people, even to assist with housework. Therapeutic robots and socially assistive robot technologies may help ageing and physically handicapped people live better lives.

Reduce human fatigue-related mistakes.

Human mistake in the workplace is unavoidable and often expensive; the higher the degree of weariness, the greater the likelihood of errors. Technology, on the other hand, is immune to tiredness and emotional distraction. It reduces mistakes and allows you to do the task more quickly and precisely.

Surgical contribution based on artificial intelligence

People have had the option of opting for AI-based surgical treatments. Although health experts must still operate this AI, it can do the task with minimal harm to the body. Most hospitals now have the da Vinci surgical system, a robotic device that allows surgeons to do minimally invasive surgeries. These devices provide a level of precision and accuracy well beyond that of human techniques. The less intrusive the operation, the less trauma it will cause, as well as less blood loss and patient concern.

Radiology has improved.

In 1971, the first computed tomography scanners were releasing. In 1977, the first magnetic resonance imaging (MRI) scan of a human body was performing. Cardiac MRI, body MRI, and prenatal imaging had all become commonplace by the early 2000s. New algorithms to identify particular illnesses and interpret scan findings are still being developed [9]. All of this is due to AI technology’s contribution.

Presence in the virtual world

The use of virtual presence technology might allow for illness detection from afar. The patient does not have to leave his or her bed, but physicians may check on patients remotely utilising a remote presence robot. Health care providers can walk about and engage nearly as well as if they were physically there. Specialists can now help patients who are unable to travel.

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