“Squeeze and change” This is the new technology that Google is betting on

I know you're wondering what squeeze and shift is. Is it a new chrome extension or a new technology from Google?

Imagine that you are walking down the street and you can change the music on your cell phone, just by tightening the cable of your headset.

Yes, it sounds a bit impossible! But Google reminds us that the future is today.

Google bets on easy touch

This is the new innovation you are betting on Google, just by squeezing the cell phone's headphone cable you can change songs in an instant.

Those days when analog technology were necessary are so distant, technology advances so quickly that everything has been replaced and reduced to a simple screen or so it was believed, apparently for the internet giant having a simple screen is no longer enough .

Google is a company that bases its genesis on Innovation, and a futuristic vision, and yes, it has done it again, Google is like that teenager who does not stop walking at any time, now using Artificial Intelligence and intelligent fabrics, to give one more step to the future.

Important details

E-textile microinterations or microinteractions with e-fabrics, literally translated, was the key for this to become a reality, Google has decided to venture into textiles, to be able to create a kind of cross between a modular cable and cords ( yes, like those you wear on your clothes)

The result of this merger is wired data connections, but I better explain it to you.

Helical sensing matrix

Also known by its acronym as HSM, or Helical Detection Matrix, it is the technology that allows you to create conductive threads and attach them to a cotton support (weaving electrodes with ordinary cotton). How you can sense the magic in this innovation is due to the Wires.

These threads fulfill the main function of recording gestures and movements that the user can make through interaction with the cable.

When the consumer performs some action, these are tracked along the entire length of the cable, since it has a series of micro electrodes and in this way the information is transmitted throughout the entire braid, this allows any section of the cable is sensitive to this action.

How It Works

The cable can record an average of eight actions such as:

Swipe up and down, twist left or right, poke, squeeze or pat.

Google conducted a study called “gesture acquisition and verification.” In asking a dozen volunteer participants to make eight gestures, an average of nine at times, this gave them more than 860 samples with totally different intensities between them, emphasizing the force with which the hand was twisted, slid or squeezed. wire.

Machine learning

Machine learning, one of Google's first prototypes, broke all expectations, presenting an accuracy and precision of 94%. With this model it is possible to touch the cable once and in this way pause or start the playback of a song, tap it twice to switch to the next song, or twist to lower the volume.

As an interesting fact, the cable has the ability to record simultaneous activities, such as pressing to lower the volume and changing to the next song.

Different functional prototypes were developed with this new type of technology, and thus be able to test the efficiency of this equipment.

The E-textile USB TYPE C headphones are the most promising model, but there are also things like straps for sweatshirts, through these you can control the music on your clothes (if you read musical clothing correctly) in addition to this, we can also find a Smart speaker cable.

New technology

These are the articles that the company has exposed and have this new technology integrated, although for the moment it is nothing more than a project, but Google has always been characterized by bringing us the future today.

Google has assured that it wants to advance even further in the incorporation of textile interfaces and promote this area for microinteractions between laptops and smart clothing.

Although it is a totally new innovation, that does not take away from the company's momentum. It ensures that the E-textile system is faster and more efficient than button controls on headphones and greater resistance to the onslaught of time and wear due to excessive use. .