Is human upgrade possible? Human 2.0 Is On Its Way!

Is human upgrade possible? Human 2.0 Is On Its Way!


People are constantly using technology to improve the life they know and live. But this enthusiasm and curiosity about development eventually turned to something else. Something we can describe as a human upgrade.

Engineers, scientists and entrepreneurs from around the world are doing research for technologies that will make human upgrading possible. Most studies are carried out to help people fulfill their desire to be smarter, faster, stronger, more attractive and tougher. As a result, a theoretically superior human model appears: Human 2.0.

This concept idea involves not only improving our daily lives, but also using technologies such as artificial intelligence and IoT to take human intelligence to the next level.

Portrayed as futuristic and over-the-top technology, human upgrading is actually in some ways already in our lives. In addition, if done correctly, it has the potential to improve our health, productivity and whole quality of life. So, what exactly is a human upgrade that will lead to the creation of a human model like human 2.0?

What Is Human Upgrade?

We can define human uplift as technologies that contribute to the body and increase human productivity and capability. This idea has historically been achieved by developing a selected ability with chemicals or using implants that require medical operations. In order for a technology to be considered an upgrade in humans, it must constantly be part of the human experience. So; pacemakers, prosthetics, wearable devices, genetic modifications, etc. all technologies can be considered as a step in human upgrade.

Types and examples of Human upgrade

We can examine the upgrade in three main categories with different functions.

Copying Human Ability

The first level of upgrade is replication. Human empowerment studies that restore or copy typical human abilities fall into this category. This digit simply copies a pre - existing human function and transfers it to someone who does not have it.

While copying may seem like the least exciting of human upgrade types, it is in many ways the most important. This category facilitates the lives of people who have had a tragic illness or accident or were born with deficiencies that make it difficult to meet daily needs.


Cochlear implants: cochlear implants are devices that restore hearing for people who experience a lack of sense.

Prosthetics: since Prosthetics in themselves copy a part of the human body, an example of the first category of human elevation can be given.

Biological printing: using 3D printing techniques; organs, bones, skin, etc. the process of creating organic tissues and using them in humans is also included in this category.

Supporting Human Ability

The second level of human upgrade is reinforcement. Empowerment, which allows us to do better what is already humanly possible, falls into this category. This category includes devices that artificially increase our power, move our senses beyond normal limits, and increase our intelligence.


Neuralink: Neuralink includes the goal of creating a brain-computer interface, launched by Elon Musk. The project, if successful, will allow individuals to interact with a computer on a neural level.

Waverly Labs: a company that has produced a headset that can translate conversations in real time and completely eliminate the need to learn a foreign language, Waverly Labs contributes to the category of supporting human talent.

Exoskeletons: exoskeletons are wearable mechanical devices worn outside the body. They often provide artificial strength and durability to the user.

Overcoming Human Ability

Is human upgrade possible?

The final level of human upgrade is the level that allows humans to exceed their normal abilities and will contribute the most to the formation of human 2.0. We can put things like breathing underwater, flying, observing infrared light into this category. While overcoming human talent is the most exciting stage, it is the most distant in the future and has few examples.


Artificial blood cell: research on mammals living underwater has led to the possibility of creating artificial blood cells. The assumption is that artificial blood cells will be better at storing oxygen.

Nanobots: Nanobots are nanoscale robots developed for tasks such as identifying and attacking specific diseases and dangerous cells that the human immune system is fighting.

Invisibility: although the technology to make it invisible does not yet exist, scientists say it is close. Moreover, various researchers have found ways to make certain surfaces and objects invisible, and are trying to apply the same technique on humans.

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