Mojo Vision booster contact lenses, worn by CEO. This is what he saw

Smartphones have changed the world, putting in our hands the digital experience we had only enjoyed in front of a PC until then. For several years the goal of Apple, Meta, Google, and many other companies has been Make digital an integral part of real life through the so-calledaugmented reality“or also”Mixed reality“.

The solutions to get to this experience vary and there are those who believe that the ultimate solution – implants in the brain far away – will be smart contact lensesIn theory, it’s a perfect way to put digital content right in front of our eyes without preventing us from seeing what’s really around us.

TV series and movies have largely anticipated this development, but, as always, it passes between “say and deed”. Making smart contact lenses is not a simple thing but something that moves as it appears to us see mojo, a startup that has made headlines in recent days. its chief executive, Drew Perkins, “wearing” for the first time a fully functional prototype of these contact lenses (mojo lens) Innovative by sharing their experiences.

How are Mojo Vision contact lenses made? The prototype is equipped with a screen 14000ppi mini LED display, but the diameter is only 0.2 inch, or 0.5 mm. For the occasion, the CEO wore only one lens at a time and for limited time periods in one-hour increments. The ultimate goal is to get two Mojo Vision lenses to work together, so you can see 3D images, but for now, it’s going to be incremental.

According to Mojo Vision, the screen features “The highest density ever achieved for a customized rendering of dynamic contentPerkins explained that the smart contact lens allowed him to imagine Real time digital compass, as well as seeing text blocks as if they were a “hunchback” before his eyes. He even managed to display a monochrome picture of Einstein.

The lens is operated exclusively by eye movement. The Mojo lens contains an accelerometer, gyroscope, and magnetometer that continuously track eye movements so that AR images remain stable while the eyes move.

The cool thing is that The lens, in this prototype, is mostly independent. The device works with a microprocessor ARM M0 with small battery and integrated circuit dedicated to power management. This makes the lens a bit thick as can be seen from the close-up, which means the developers will have to adjust it to make it usable all day long.

However, there are other technological limitations. For example, the lens Depends on an accessory to be worn around the neck. This device has a processor, a GPU, and a 5GHz connection to send and receive data from the lens. Currently, the user must also wear hat with built in antenna for a better connection. This last aspect is something the startup has put at the top of the list of things to delete.

The technology is still far from being ready for everyday and universal usebut Mojo Vision believes that it is on its way to developing a product capable of this Obtain FDA approval And other agencies that deal with everything related to human health. The company plans to conduct several clinical trials to ensure that people can safely use the mojo lens for longer periods of time.

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