AI Has Build a Mind-Controlled Prosthetic

24-year-old Benjamin Choi uses AI to build a mind-controlled medical prosthetic. Imagine losing a limb and needing a prosthetic, only to rea...

24-year-old Benjamin Choi uses AI to build a mind-controlled medical prosthetic.

Imagine losing a limb and needing a prosthetic, only to realize that the most advanced options cost upwards of $500,000 and require invasive and risky brain implants. That’s the reality many people face—until now. Thanks to Benjamin Choi, a 24-year-old innovator, who saw this problem and decided to take action to invated a groundbreaking mind-controlled prosthetic that costs less than $300 to make—no brain surgery required.

A Revolutionary of Prosthetics

Instead of relying on expensive brain implants, Choi’s device uses tiny, non-invasive electrodes placed on the forehead to capture brain activity. These signals are then processed by an AI-powered system that translates them into precise movements. This technology is not only more affordable but also safer and more accessible than traditional options.

Choi’s journey to creating this mind-controlled prosthetic was no small feat. He trained the AI model using thousands of brainwave data points, allowing it to interpret and predict movements with incredible accuracy. His AI system generated over 23,000 lines of code and analyzed nearly 900 pages of calculus to make this vision a reality.

A Breakthrough in Accessibility

The results speak for themselves. Despite its low cost, Choi’s prosthetic rivals the functionality of industry-leading alternatives—without the hefty price tag. His innovation could redefine accessibility in the prosthetics industry, making life-changing technology available to millions who previously couldn’t afford it.

This isn’t just an impressive feat for a high school student—it’s a game-changer for the future of prosthetics. As AI-driven innovations like Choi’s continue to evolve, the dream of affordable, non-invasive, and highly functional prosthetic limbs is closer than ever to becoming a global reality. What’s next for this young innovator? If his current success is any indication, we can expect even more revolutionary breakthroughs in the near future.