1 - RFID chips or so-called identification chips with radio waves:
If you have a pet, an RFID chip may have been planted under its skin so that it can be inspected and returned in case it is lost. Now this technology is already available to humans: it is currently used in Sweden to open doors and pay the cost of a train ride. Bring the main technique. Affordable RFID chips, easy to use and drop, are now for sale, and do everything from opening your phone to monitoring your vital processes.
2 - Real-Time Translation - Real-time translation:
Fans of the series "The Hitchhiker's Guide to the Galaxy", "Doctor Who", "Star Trek" and other multi-lingual science fiction universes will be familiar with the idea of real-time translation devices using machine learning technology called Neural Machine Translation. Predict the likelihood that someone will say a certain sequence of words, which will enable them to process translations and present them to you while someone is talking. At the moment, you need a headset with a Google assistant and an Android phone to make this translation work.
3 - Smart contact lenses - Smart contact lenses:
The idea behind Google Glass, which combined our technology with our visual experience at the moment, was not a bad idea !!!. The implementation was not great, although some companies, such as Mojo Vision, believe that contact lenses with direct eye view may be more interesting for people. The clearest contact lenses we have obtained so far are a repeat project to monitor glycoside levels in diabetic patients, but it is worth watching this technology or more accurately keeping this technology in your eyes. This is the type of device that the enhanced reality needs before it can boot.
4 - Implanting the new senses - Implanting new senses:
CyborgNest designed a sensor called the "Northern Sense" that works simply: it is connected to you by running two small titanium bars under your skin, and when you turn your face to the north it vibrates.
5 - Enhanced hearing:
In a similar context, people who do not have significant hearing problems are listened to but occasionally lose sound signals. These wireless earphones let you mix the sound you want: turn off the noise and turn the conversation around, mix your music with noise from the outside world, and do whatever you want with the ambient noise.
6 - Brain-computer interfaces:
The most common research is often to help people with disabilities, such as people who are paralyzed, blind or unable to work, but all of these research in wheelchair control, external structures, and computers with your mind contain a very wide range of possible uses . Some work to read human thoughts and memories, while others can facilitate direct communication between brain and brain. Neurlink of Kernell and Alon Misk hopes to develop a direct line between the human brain and artificial intelligence in what is called a load-load system, enabling us to increase computing power in the brain.
What if you could hack someone's brain or develop some kind of malware? What happens when the information inside your head can be ejected? The potential benefits are amazing, but they are logically sensitive and will need to be dealt with very smoothly.
The bottom line is that sometime in the future, there may actually be a time when the line between man and machine is so unclear that we do not know where one ends and the other begins. This change will not happen at the same time, even if the technology exists at the moment, there will be enormous practical and ethical questions that we must raise and the new standards that we have to create. Will governments in the future monitor and track their citizens? Will companies sponsor the enhanced reality world and shape what you see? Are minds going to be as hasty as computers?
