Difference Between Cyborg and Robot (With Table)

In today’s progressive world, Science and Technology have brought many innovations and ideas that have made everyone’s life easier. From the field of manufacturing to the health sector, these technical ideas have truly developed people as well as the nations. These ideas and methods convert into various machines and software which solves very huge problems in minutes. 

Cyborgs and robots are two of such innovations. They may seem related to science fiction but they do exist in the real world. The two of these technologies exercise according to what they are designed for. The applications of Cyborgs and robots are very complex and typical but they serve the purpose very smoothly. 

Cyborg vs Robot

The difference between Cyborg and Robot is that Cyborg is applied and used on a living creature whereas, Robots are solely absent from living being. Cyborg has some level of interaction with a human, or a dog, or a bird, or any kind of living creature.

A robot is basically an advanced machine used to solve enormous issues existing in the system. Hence, the living component of the Cyborg makes it different from the Robot.

Comparison Table Between Cyborg and Robot

Parameter PerbandinganCyborgRobot
Definisi mendasarCyborgs are both biomechatronic and organic body parts.Robots are automated machines that operate according to programmed features. 
Dioperasikan olehCyborgs are operated by the living bodies they are installed into.Robots are mainly automatic and involve very little or zero human interaction.
Living componentCyborg is alive.A robot is a non-living thing.
KompleksitasIt is more complex than Robot.Robots are advanced and complex machines but lesser complex than Cyborgs.
Works according toCyborgs operate freely according to need.Robots can only do whatever it is programmed for.

Apa itu Cyborg?

A cyborg is someone with some of their body parts as biometric and others as organic. It is also said that Cyborgs are robots with organic parts but they are not the same as biorobots. This term first came into the picture in 1960 by Nathan S. Kline and Manfred Clynes. 

It basically is used to denote a living creature that has restored their body parts functioning with the help of some artificial component which mechanical or electronic in nature. This technology of artificial components works on the concept of feedback.

However, there are cases that show that scientists have created cyborgs with an integrated system that enhances the capability of a normal human organ or body part is capable of. There might be cyborgs with enhanced senses, computer-assisted brains, enhanced mental abilities, or even pre-installed weapons as their body parts. 

However, at a very basic level, a living body with a basic technology attached to any body part, makes it a cyborg. For instance, an artificial cardiac pacemaker that determines the voltage potentials in the body and regulates it is also a cyborg.

What is a Robot?

A robot is an automated fully programmed machine that is able to operate and carry out complex and enormous amounts of tasks in a lesser and efficient way. Robots are always guided by an external force and control device or sometimes control installed inside it itself. Sometimes, robots are designed like humans but most of the time, these are just machines that function automatically with the help of a regulator to perform a specific task.

There is a dedicated branch of technology from overall designing and operation to information processing and it is called robotics. Nowadays, it is easy to make your robots for various purposes with the robot kits available in the market.

Robots, in many fields, have replaced human resources like in the field of manufacturing of goods in the industries to complete intensively complex tasks. Additionally, it enhances the quality of the overall output. However, robots are also blamed by many critics for the unemployment problem in many nations but it is very important for the world to opt for these technologies to develop as human beings. But, above all, we cannot take humans and our environment in danger during the process. 

Main Differences Between Cyborg and Robot

  1. Cyborg is the machines that are installed inside a living creature for the proper operation. It involves both biometric as well as organic body parts. On the other hand, Robots are automated machines with programmed assignments.
  2. Cyborgs are operated with the help of the living body it is installed whereas Robots are autonomous as well as semi-autonomous and usually don’t need living human involvement to operate.
  3. Cyborg can be said to be alive because they are attached to some organic part with them whereas Robots are non-living kinds of stuff and do not contain any life in them.
  4. Both Cyborg, as well as Robot, are complex and advanced innovations but Cyborg is said to have more complexity involved as compared to Robots.
  5. Cyborg works independently according to the need of the body whereas Robots only operates on the assignment it is programmed for.

Kesimpulan

Both Cyborgs and Robots are complex and advanced systems created to solve various issues. However, Cyborgs are more complex and involve the participation of a living body to work with. These are basically machines along with a living body and operate independently as per the requirement. On the other hand, Robots are just automated machines that are used to solve a specific problem and operate according to what is programmed inside them.

We also have seen that Cyborg are more complex to compile and work with whereas Robots kits are easily available in the market and under the supervision of experts, you can compile and operate them. But, in the case of Cyborgs, you need an expert to install the system in the body as it interferes with the organic body to operate. 

More importantly, both of these systems are used to solve complex problems existing in today’s world.

Referensi

  1. http://cyberneticzoo.com/wp-content/uploads/2012/01/cyborgs-Astronautics-sep1960.pdf
  2. https://onlinelibrary.wiley.com/doi/abs/10.1002/rob.4620010203
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