The rapid development of technology has spur significant leap in integrating mechanical and organic features between human and machines. One of the major breakthroughs in medical technology is to the successful integration of mechanical functions replacing certain human biological function thus addressing certain biological and physical problems. This condition is pulling more and more closely the mechanical and computing technology integration into human physical features.
As wide array of technological products being peddled in the market, such as what managed IT services Australia offers, medical products, especially in the United States and other first world countries, pave the dawning of robotics as an integrated part of health intervention to extend the life expectancy of humans. Among these products are heart pace-maker or the automation of insulin supplement among diabetic patients. These products are mechanically driven with automated features and are attached to biological setup among patients. This development pushes forth the idea of cyborgs – which is completely different from the abovementioned definition because this does not fall within the cyborg category. This may be the pre cursor of the rising of cyborg technology – the dawn of the cyborgs.
Cyborg is short for cybernetic organism. It is the state of being both biomechatronic and organic. It was first coined in 1960s by Nathan S. Kline and Manfred Clynes. In 1965, D. S. Halacy’s “Cyborg: Evolution of the Superman”, talks about the introduction of a new frontier, which does not merely touch “outer space” but explains more on the relationship of both inner space and outer space or the so-called “bridge” between matter and mind.
Many claimed that cyborg is different from biorobot, bionic or android that describes about the application of an organism that has reinvigorated function or improved abilities due to the integration of some artificial or mechanical component. Cyborg can conceivably be any kind of organism. Also, there are groups who claimed that cyborgs are usually thought of as mammals. And the term “Cybernetic organism” can also be used to networks, such as corporations, governments and road systems. It may also be applied to micro-organisms that are altered to perform higher levels than its previous and common counterparts. They further claimed that cyborg is a separate micro-organism that will form part of the future’s human evolution.
Cyborgs in popular culture are oftentimes represented as mechanical and are almost indistinguishable from human. Examples of these are the Cybermen in the Doctor Who franchise, The Borg of Star Trek and Darth Vader of our all-time favorite Star Wars. All of these examples, including the 1970s TV series The Six Million Dollar man, are portrayed as bionic man. In fictional stories, cyborgs often depict human contempt for our over-dependence with technology that threatens our freewill.
The idea of cyborg projects a lot of ideas and concepts. The debate is on how to draw a line between bionic and robotic technology and being a kind of cybernetic organism. According to some definitions of the term, the aforementioned physical attachments would fall among the definition of being a cyborg. As the definition of cyborgs is still vague, the rise of technological innovation in various fields pushes numerous theorists to argue that there is a need to come up with new definitions that are more comprehensive and all-encompassing to properly address the science of cybernetic technology.