Today, in 2021, when you have a health problem, you usually make an appointment with your doctor, or you may already be benefiting from modern telehealth . But whatever the case, it’s always your doctor who performs a medical exam or tests to try to pinpoint your health problem. With progress and digital transformation, it has become possible for a computer to listen to your voice and deliver a diagnosis about certain pathologies. As unbelievable as it sounds, machines will soon know more about your physical well-being than you do and can warn you if, for example, your brain is showing signs of dementia premature.

This raises many questions: Should a computer tell you about a potential medical problem, from an ethical standpoint? Will patients have the opportunity to sue owners of medical analysis software in case the digital diagnosis revealed by the machine is wrong, and this has dire consequences for their health?

What we just talked about is called ‘technological biohacking’, and it is one of the seven new transformations that you could see happening faster than you think, and which could fundamentally change the digital world.

Daryl Plummer

Speaking of which, Daryl Plummer, vice president at Gartner, an American advanced technology consultancy and consulting firm, said: “No one can predict the future with any precision, so we have to be prepared. and anticipate the new digital transformations that are coming, but also guard against negative things that could happen. What is certain is that the 2020 decade will be a period of radical digital Azerbaijan Mobile Phone Numbers transformation and organizations, whatever their model, will have to adapt their strategy and their solutions. ”

He even adds that it is important to identify the different types of changes that will occur, and which can be divided into three categories:

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The “Features”, which can be described as the constant improvements and additions relating to changes.
The “Fads”, which as the name suggests, represent short term changes, very exciting, but quickly fading.
“Disruptions”, which describe upheavals or transformations which occur immediately after the appearance of a fad, but which remain and change business models in depth, so that they can be called fundamental changes.
Companies should focus on identifying disruptions that are likely to have long-term effects and therefore focus their attention on their core market and strategic investments. For example, we saw the emergence of streaming services on our televisions or carpooling only a few years ago. However, these new models have completely transformed their respective sectors of activity, namely the film industry and transport.

We will observe throughout this article a number of transformations that will change the way we live on a daily basis.

Storage of digital data on DNA

DNA digital data storage, which refers to the process of encoding and decoding binary data to and from synthetic DNA strands, will be able to meet the challenge of massive data storage in the future. This technology will allow the storage of unprecedented volumes of technology, for thousands of years, in a small space and in an almost unalterable form. This revolutionary type of storage is achieved by encoding binary data in the base pairs of synthetic DNA. Storing petabytes, exabytes or even yottabytes of data within a few grams of synthetic DNA will be possible in the near future, according to current experiments.

For example, it is estimated that 5 exabytes could be sufficient to store all the vocabulary used by humans! And a single gram of DNA could store all new knowledge generated by humans for a year. Storing data on DNA will radically change the way we humans handle, store and retrieve data.

The distributed cloud
A distributed cloud is a type of storage with a geographically dispersed infrastructure that primarily performs services at the edge of the network. Which is different from the theoretical cloud storage model, which relies on a centralized data center.

With a distributed cloud model, organizations and enterprises, who have the skills, reduce latency, network congestion and the risk of data loss. Additionally, organizations can better ensure compliance with data sovereignty regulations, as data may be stored in the country in which it was generated.

Non-traditional computing technologies

Non-traditional compute technologies are technologies you cannot afford to ignore. As Moore’s famous laws seem to be reaching their limits, new technologies will take over. And Moore’s Laws are just one of the endangered technological axioms. Deep Neural Network (DNN), DNA storage, quantum computing and other breakthrough technologies will change the way organizations and businesses view their computational models, as these technologies are capable of expanding the limits of computing power.

We have seen computer technologies evolve from a technology that today could be qualified as traditional towards digital, then now towards neuromorphic computing, which is a technology at the crossroads of human intelligence and intelligence. artificial. Chips are getting smaller and denser, and new materials are getting better.

The “augmented human”, or transhumanism

Today, computers are able to translate human thoughts into text on their screens. And then what can we expect? Images from the mind? It might sound crazy, but this type of technology could allow people to “put” certain memories or visions of images into their brains. Technology will also allow humans to acquire new skills, and to develop at the physical level, for example with exoskeletons that will give us superhuman speed, or even implants in the ears that will provide hearing capacities previously unknown. the. All these upheavals will profoundly change what we define today as “human being”, and raise serious ethical questions. However,

Technological biohacking
Now, thanks to the digital transformation, everything will be recorded. Computers constantly listen to, analyze and store data from users, customers, employees, etc. But questions remain about the use of this information, especially when computers begin to collect data that you unconsciously share, such as your physical health. If a camera in a public park can identify any abnormality about your health that you yourself weren’t aware of, that poses two critical questions: how to keep your condition confidential, and how which this collected private information will be used. However, one can easily find positive points in biohacking,

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