Invest in Yourself: Affordable Way to Become Stronger than Hulk

There must not be a superhero fan out there who has not secretly wished he could perform some of the amazing feats his masked heroes do from time to time. Dreaming of such undiluted power seems a natural thing for human beings, especially kids. Some of us out there, who have suffered the loss of a limb, may simply just want the abilities of an able-bodied person. What do these two desires have in common?

Well, it may sound a bit like something from the Justice League, but human cyborgs are fast becoming a reality. I don’t specifically mean the ones you see on films such as Terminator and the like, but technology is making possible developments to use mechanical limbs and implants in order to aid those who are in need, perhaps without a functioning limb. Tech companies are actively partnering with medical research institutes in order to enhance the capabilities of what is possible in mainstreaming mechatronics into medicine– or at least the treatment and rehabilitation of patients.

How do Robotic Parts Work with Your Body?

This is made possible with the use of biosensors, which are able to sense electrical impulses in the body and convert these to mechanical motion of the attached limbs. These electrical pulses may be that of the neurons pulsing through your muscles, or something even more amazing.

Control signals can be derived from this activity and a computational study with neural activity previously recorded from the posterior parietal cortex of rhesus monkeys planning arm movements. Decoders were used to estimate movement direction and to drive finite state machines governing when to move. Neurogress has taken this even one step further by developing technologies that will literally read your mind!

This may be starting to sound exactly like those science fiction movies we just discussed, but make no mistake, this is definitely science fact. The bioelectrical impulses which your mind emits, or the EEG, can be used to control mechatronic devices. This is once again made possible by interfacing these advancements with Artificial Intelligence. By making use of machine learning capabilities, these mechatronic devices over time become more adept at reading and executing the orders given to them by the mind, thus giving rise to the term smart limbs.

So How Will This Make You the Hulk?

Well, believe it or not, visionaries such as the tech billionaire Elon Musk firmly believe that we, as humans, will reach a point where we will need to enhance our human bodies in order to keep up with the rapid development of our machine counterparts. Yes, some of this may refer to heavy lifting which could be made possible with mechatronic enhanced limbs, but the prospects do not end here.

Pilots, drivers, surgeons, operators of heavy machinery and any possible task you can conceive, may benefit from the enhanced precision of neuro-controlled systems. This will be achieved by better integrating the human body with enhanced Artificial Intelligence mechatronic systems so much so that it may soon become a necessity for improving the results of such daily tasks. As the Israeli historian Harari of the Hebrew University of Jerusalem put it simply, as a consequence of a futuristic biotechnological world where sentient biological organisms are surpassed by their own creations, “Homo sapiens as we know them will disappear in a century or so”.

Do you believe that this is the best way forward for human evolution? Do you think that you would enhance your body with mechatronics?

Invest in the interactive mind-controlled devices of the future by buying tokens now. Visit Neurogress.io.

AI, Where the Human Rules

AI (Artificial Intelligence) has been something that has slowly been developing in the past few years, but it’s only recently that AI has really taken on ‘a mind of its own’, so to speak. AI computers can now learn to play chess and other board games without any input whatsoever from humans.

The student has become the master in the world of AI, and now the machines that we have created are actually becoming smarter and more advanced than the humans who created them. A futuristic turning of the tables has already begun, and with more developments being made every year, it’s not going to be long before we see the stunning results of this technology in action.

AI: A Step into the Future

While AI may seem quite daunting, dominating the world of technology, for the time being at least humans are still in control of how far the technology develops. Research labs across the world work together and coordinate the next steps for AI technology, and there are numerous ethical and moral considerations which need to be taken into account before AI is allowed to proceed.

This is broadly covered under the umbrella term ‘roboethics’, which dictates the moral and socially allowed behaviors of AI machines, otherwise termed as ‘artificial moral agents’ or AMAs for short.

There are various questions that need to be put forward as this technology advances into the future, such as how smart can AI robots be made to become? And could there be any potential risk to humanity?

With AI, there is no black and white at present as the technology, although very powerful, is still in its infancy. AI, just like humans, can be used for good purposes or malicious ones. It is up to the designers of this innovative technology how it is to be used. A self-driving car and an exterminating ‘Terminator’ style AI robot are two separate ends of the spectrum when it comes to AI. 

The Centaur Principle

When Deep Blue, an AI chess master, beat world chess champion Garry Kasparov in 1997 many people saw that as the death tolls of human creativity and intelligence.

As we develop AI, we face more and more concerns about the implications this could have on our own development. Will we be sacrificing the creativity and genius of our greatest minds on the altar of machine intelligence?

However, Deep Blue isn’t the end of the story. Since the AI conquered chess, a new style has risen: centaur chess.

Centaur players pair human players and their creativity and intuition, with machines and their brute calculative abilities. Amazingly, this innovative freestyle method frequently beats both AI and human chess players. 

Clearly, we are facing not the defeat of humanity, but rather coming revolution of it. In the future, AI won’t be taking the wheel from us, they’ll be helping us drive.

Plugging Humanity In

Artificial Intelligence could play a huge role in another developing field – neurotechnology. With how we view robot (and even human) intelligence, we’re opening a door to new possibilities in the world of neuro-controlled devices.

Neuro-controlled devices will help revolutionize the world. With the addition of new AI technologies, we are poised on the verge of what could be a revolutionary human upgrade.

Neurogress is already pioneering the field of neurotechnology and AI, working with new innovative technology that will entirely change how we view the world around us.

The possibilities of neuro-controlled devices are practically endless. With Neurogress working on everything from thought-controlled driving to how you could use neuro-commands to do the laundry or even build a house, we’re facing a future full of unimaginable opportunities. What could we accomplish in a world where our brains controlled the world around us?

We’re approaching the beginning of new era of improved human lifestyle and accelerated human research, learning and advancement. Companies like Neurogress are leading us into a better tomorrow – one where we can both interact and even control the world through nothing more than thought itself.

What are your thoughts on this subject? Thought-controlled AI-integrated arms, legs and feet? Is this a better way to improve lives, or are we straying into a grey area of artificial intelligence?

Invest in the interactive mind-controlled devices of the future by buying tokens now. Visit Neurogress.io.

Robots are Coming! But No Need to Panic: You Control Them

Sci-fi films have presented an arguably skewed image of robots and Artificial Intelligence. In real life, robotics are advancing in leaps and bounds to help with serious medical issues in the form of prosthetic limbs that can be controlled by your mind.

Yes, that’s right: scientists have come to the point of making it possible for humans to control robotic arms and legs using only the mind, as if the prosthetic were a natural extension of the body. In other words, the prosthetic limb uses a robot which is so in sync with the mind that it is controlled entirely by your thoughts.

The significance of this progression is enormous: it now means that patients can increasingly use their healthy brains to regain control over a damaged body.

This is a life-changing development for the thousands of people who suffer from missing limbs or suffering from partial paralysis, and could be the beginning of a new lease of life for amputees.

How Do Neuro-Controlled Prosthetic Limbs Work?

Neuro-controlled prosthetics are the result of years of research on the human mind and robotics.

This revolutionary technology works by harnessing the power of neurons in the brain which communicate using electric signaling. By making small electrode implants in the brain, it is possible to mimic the communication that ordinarily occurs between cells between the mind and the prosthetic.

It may feel that movement is a conscious decision, but neuroscientists and psychologists agree that movement begins in the unconscious; as a pure electrical impulse.

With amputees, the communication signals between the mind and the limb are damaged irreparably. With neuro-controlled prosthetic limbs, the signal is replicated. The brain can learn to make new connections and work with the new limb as though it were part of the original body.

Just as we customize our daily personal technology – our phones, laptops, cars – with our own preferences; over time neuro-controlled limbs can also be seamlessly integrated into the user’s life.

The groundbreaking technology has already proved successful for a number of patients across the globe.

Further Neuro-Control Developments

Mind-controlled prosthetics are a relatively young development and research is ongoing; at this rate, the outlook for improving the quality of life for amputees is excellent.

Neurogress is a pioneering company that have neuro-controlled prosthetics with one big difference: they have eliminated the need for implanting sensors altogether.

Their state-of-the-art technology is steadily improving the brain’s ability to communicate with the limb purely through electronic signals transmitted from its cortex. This is teamed up with sophisticated prosthetic limbs that are 3D-printed and programmed to respond with increased dexterity.

The limb is still controlled by the mind, but the robotics have been fine-tuned to make a more seamless experience for the user. Not only this, but without the need for electrode implants in the brain, this exciting new form of prosthetics completely eliminates the need for invasive surgery, reducing costs significantly.

What is the Future for Neuro-Controlled Prosthetics?

Neurogress is currently streamlining this exciting new technology to increase its use as standard treatment for amputees and other physical disabilities.

Neurogress is evidence of the brilliance of robotic science, and testament to the sheer power of the human mind. Essentially, this technology is mind control brought to life, putting robotics firmly in its place, relying less on algorithm and more on human thought to control what the “robots” do.

How do you feel about mind-controlled prosthetics? A genius step towards improving quality of life for potentially millions; or a move towards unchartered Robocop territory? Let us know in the comments section below.

Invest in the interactive mind-controlled devices of the future by buying tokens now. Visit Neurogress.io.

Fear No More, Elon: You are The Robot!

Even though over the past few years, the advancement of technology certainly has provided a myriad of possibilities, shaping the world without limitation, however, not without cost or potential risk. We are now living on the cusp of what has been termed the latest industrial revolution, or Industry 4.0, which is poised to literally change the way we live.

Perhaps one of the best known of the latest doomsday prophets of our current technological era is Elon Musk, strangely a colossus who is on the forefront of technological advancement. He has helped revolutionize green energy through mainstreaming electric vehicles and is currently making great advances in the battery industry, space transport and so many more it really is hard to keep up- he even thinks we may soon colonise Mars! Not to mention the fact that he puts his money where his mouth is, when he goes for a new idea.

The scary part of all this is that Elon Musk seems to think that Artificial Intelligence is advancing too quickly and may soon pose a very real threat to human existence. Well, before your thoughts run directly to a dystopian wasteland only seen in Terminator movies, where a battle rages on between machines and humans – I should remind you that we are still quite a way off from such horrors.

Musk does, however, in his doomsday prophecy, note that machines will play a role in any potential future apocalypse. He believes this so wholeheartedly that he was even a shareholder of DeepMind, a cutting edge company working in the field of Artificial Intelligence, just in order to “keep an eye” on developments in the field. Well, if someone this credible thinks that fields such as Artificial Intelligence and robotics could pose a threat to humanity, surely, they must be bad, or may not all be so.

Can Robotics be Used Safely to Benefit Us?

Well, believe it or not, the field of robotics has already been integrated into our daily lives with devices as simple as those that vacuum our rooms, to much more intricate devices, such as those that give hope to so many in need of prosthetic limbs.

Companies such as Neurogress, have been working on methods and applications for using bioelectric impulses emitted by the brain in order to control prosthetic limbs and in the future, perhaps, even robots. This certainly is revolutionary as the technology does not require any invasive procedures, enabling linkages with robotic parts through sensors which are simply placed over the skull.

This offers much safer alternatives for creating linkages between the human brain and machine. Once again, it was our very own Mr. Musk who noted, while addressing world leaders at the World Government Summit earlier this year, that we as human beings would need to become robots (cyborgs) in order to stay relevant in the future.

What are your thoughts on the safety of robotics and artificial intelligence? Would you be willing to try out technologies such as these?

Invest in the interactive mind-controlled devices of the future by buying tokens now. Visit Neurogress.io.