Top 15 Powerful Example Human Enhancement for Daily Life

top 15 powerful example Human enhancement for daily life

Across the world, entrepreneurs, engineers, and policymakers are quickly researching new and marketable software for human enhancement technologies.

The majority of them are being designed to help individuals meet their long-lived want to be brighter, quicker, stronger, harder, and more appealing, and also to develop new skills that long ago looked like science fiction.

In this post, we have summarized 15 examples of individual enhancement across a broad range of industries. These examples mean to replicate supplement, and at times transcend human capability for the betterment of society.

Replicating Human Ability

The very first amount of human enhancement is replication. This refers to any enhancement that replicates something a typical person can already do. You have probably seen examples of replication in your life–just take prosthetics, for instance. A prosthetic arm or leg does not supply the person with a skill that many people would not have. It only replicates a preexisting human function and supplies it to somebody who might not have had it formerly.

While it might look like the least exciting of these three types –there are not too many rocket or lasers packs involved–it’s in many ways the most important. Replication helps to level the playing field for people who’ve endured a terrible illness or injury or who have been born with deficiencies that make meeting everyday needs more challenging.

These devices give immense psychological advantages to their customers. We are beginning to see more innovative examples of prosthetics daily which get closer and closer to the actual thing, creating significant new opportunities for the men and women who want this technology.

Replication Examples

Naked Prosthetics:

A company that produces custom hand prosthetics for those who have had their palms. They’re among the very first finger prosthetics producers to supply their customers with exceptionally substantial levels of dexterity.


A wearable device was very similar to eyeglasses that supply legally blind individuals with the capability to see their surroundings. The apparatus has cameras on the front that shoot in the surroundings at the near-eye quality and show it on a display that sits directly in the front of the wearer’s eyes.


A platform that translates sign language into language and language into sign language, acting as an individual translator for deaf men and women. When these products are geared towards companies with deaf workers, they might eventually expand into programs on smartphones, which makes sign language communicable for anybody.

Cochlear Implants:

Cochlear is just one of the very first businesses to create such a product that simplifies hearing without needing an outside hearing device to be worn.


The practice of producing organic tissues (bones, organs, skin, etc.) utilizing 3D printing methods. Although this technology is still in its first phases, it has the capability to completely redefine the health sector and the way we typically consider health care.

Also read: Top 5 Technology That Will Change Human’s Perception

Supplementing Human Ability

The next degree of human enhancement is supplementation. This requires replication one step further by allowing us to do things that are already possible, but better run faster, jump higher, suffer longer. We have seen the effects which improving human capacities can happen through computing.

Steve Jobs famously said through a 1990 interview a pc is “just like a bike for the brain,” allowing individuals to believe, create, and speak with some level not previously possible. A human enhancement that supplements our physical and intellectual constraints could reshape our civilization. Supplementing our power, endurance, speed, and five senses will surpass your experience and expand our possibilities.

Supplementation Examples


Wearable, mechanical apparatus which may be worn on the exterior of their human body. They generally offer the wearer using artificial endurance and strength. The Sarcos Guardian is a good illustration of an industrial exoskeleton that makes it possible for a human employee to lift around 200 lbs, perform exact surgeries with heavy machines, and manage repetitive moves without strain.


Another job by Elon Musk together with the best aim of making a brain-computer interface (BCI). When successful, the job would enable people to interact with a computer onto a neural level. Although this job is still in its infancy, Musk has a track record of making impossible thoughts a reality.

Waverly Labs:

Has made a pair of earbuds that may translate conversations in real-time, completely sidestepping the need to understand foreign languages. Though the languages it may translate are restricted, and it’s not entirely reliable, it is a strong step ahead.

Google Glass:

By now, everybody has heard of the technology, even when you’re not completely certain what it will. Though the apparatus has had a rocky start (mostly because of premature statements), vision enhancement is becoming increasingly popular.

HoloLens 2: is a mixed reality headset from Microsoft that allows people to visualize and manipulate objects in holographic form. The device has many commercial and industrial uses, such as 3D computer-aided design and design collaboration, employee training and virtual instruction, and gaming.

Exceeding Human Ability

The last degree of human enhancement permits humans to transcend normal abilities. Flying, by way of instance, counts as surpassing human capability.

Although this type of augmentation is frequently the most exciting, it is still very far away in the long run –leaving fewer cases. Nearly all current applications involve particular use cases, such as the army or special sectors. Nevertheless, such augmentations have been in the domain of potential and may become commonplace earlier than we believe.

Zapata Flyboard Air:

A turbine-powered hoverboard. The driver stands along with it like a skateboard or surfboard and could fly around 500 ft in the atmosphere. While the unit is currently readily available for purchase, estimates seem to hover about a quarter of a million bucks. Nevertheless, the organization is working to make the item more sensible and very affordable.

Invisibility Cloak:

The thought of turning invisible surely catches people’s imaginations, and while we do not really have the tech ready, however, we’re becoming closer. A variety of researchers have come up with strategies to make sure surfaces and objects are undetectable, and they are attempting to apply the very same theories to human cloaking.

Artificial Blood Cell:

While the theoretical, a study by Robert Freitas Jr. has researched the possibility of creating artificial cells. This idea was created from research on mammals–dolphins, whales, etc.–who will hold their breath underwater for extended intervals. The premise is that their arteries are much better at keeping oxygen, that we may have the ability to recreate.


Though the term rings of science fiction, all these have a very large possibility of being a standard part of their medical sector. Based on Wikipedia, a nanobot has been”a robot which enables precise interactions with nanoscale objects or may control with nanoscale resolution” These robots can be deployed to the body to do certain tasks which do things that the human immune system can not on its own, like targeting and attacking specific ailments and cancers that the individual immune system struggles with.

Synthetic Memory Chip:

It is no secret that hard drives are a lot better at keeping their memory than we are. They’re also able to get that memory with increased speed and precision. This notion encouraged neuroscientist Theodore Berger to research artificial memory chips which may be set up from the human mind. While conceptual, the undertaking could enable individuals to have “perfect” memories which never forget information.

All these 15 examples show the wide variety of alternatives out there for human enhancement today, but we’re still in the early phases of development with this technology. The challenge is to make augments that can seamlessly integrate with the wearer and also affect our lives for the better.

Written by
Zoey Riley

Zoey Riley is editor of The Tech Trend. She is passionate about the potential of the technology trend and focusing her energy on crafting technical experiences that are simple, intuitive, and stunning.  When get free she spend her time in gym, travelling and photography.

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