Revolutionary Airbag Knee Sleeve: Preventing ACL Injuries with AI Technology
Kylin Shaw is developing a new product called the “Hippos Exoskeleton,” which is a knee sleeve that acts like an airbag for the knee. This innovative device measures stress on the knee joint and inflates rapidly to prevent injuries, such as ACL and MCL tears. The sleeve inflates in just 30 milliseconds, faster than the time it typically takes for ACL tears to happen, which is 60 milliseconds.
Shaw has a personal connection to this project. He was a dedicated basketball player until he injured his knee at the age of 17. This injury inspired him to create a protective solution using AI technology. He left the London School of Economics to focus on developing the knee sleeve.
The Hippos Exoskeleton uses predictive AI to detect dangerous movements in real time. When it senses a risk, it deploys airbags around the knee, potentially saving athletes substantial medical costs. Shaw and his co-founder, Bhavy Metakar, started with $1,000 of their savings to build a prototype. They have since raised $642,000 in pre-seed funding from investors.
Shaw shared that they have received significant pre-orders and aim for a full product launch in about three months. The knee sleeve will cost approximately $129, with additional subscription options for AI insights and other features.
How does the predictive AI technology in the Hippos Exoskeleton enhance its effectiveness in preventing knee injuries?
Exclusive Interview with Kylin Shaw: Pioneering the Future of Knee Injury Prevention with the Hippos Exoskeleton
NewsDirectory3.com: Good day, Kylin! We’re thrilled to have this opportunity to discuss your groundbreaking product, the Hippos Exoskeleton. To start off, can you tell us what inspired you to develop this innovative knee sleeve?
Kylin Shaw: Thank you! The journey behind the Hippos Exoskeleton is deeply personal for me. At 17, I was a passionate basketball player when I suffered a severe knee injury—a torn ACL. The experience of going through rehabilitation and the subsequent limitations I faced as an athlete sparked my desire to create a product that could protect others from similar fates. I wanted to leverage technology, specifically AI, to develop a proactive solution to knee injuries.
NewsDirectory3.com: That’s a powerful motivation. Can you explain how the Hippos Exoskeleton works?
Kylin Shaw: Absolutely! The Hippos Exoskeleton is designed as a knee sleeve that functions like an airbag. It incorporates predictive AI technology that continuously monitors movements in real-time. Should it detect any dangerous strain on the knee joint, it can inflate its airbag system within just 30 milliseconds—quicker than the average time it takes for an ACL tear to occur, which is about 60 milliseconds. This rapid response could significantly reduce the risk of injuries, particularly in high-impact sports.
NewsDirectory3.com: It sounds incredibly innovative! You mentioned that you’ve secured pre-seed funding and have received significant pre-orders. How has the journey of building this product unfolded?
Kylin Shaw: It’s been an arduous but exhilarating journey! My co-founder, Bhavy Metakar, and I started with just $1,000 from our personal savings to create the prototype. We’ve been fortunate to raise $642,000 in pre-seed funding, which has allowed us to move forward with production and marketing. The response has been overwhelmingly positive. We’ve received numerous pre-orders, and we’re gearing up for a full launch in about three months, priced at around $129.
NewsDirectory3.com: That’s impressive! Who do you envision as the primary users of the Hippos Exoskeleton?
Kylin Shaw: While our initial focus is on elite athletes, such as those in professional sports like football and skiing—Alex Schlopy, a skiing champion, has already tested our product and shared favorable feedback—we believe the Hippos Exoskeleton can benefit a broader audience. It can potentially help construction workers susceptible to knee injuries and even elderly individuals who may face mobility challenges.
NewsDirectory3.com: Injury prevention is crucial, especially with statistics showing around 150,000 ACL injuries reported annually in the U.S. How does your product differ from traditional solutions?
Kylin Shaw: Traditional supports and braces mainly focus on rehabilitation after an injury occurs. The Hippos Exoskeleton deviates from this norm by emphasizing prevention through innovative predictive technology. Instead of waiting for an injury to take place, our device actively works to mitigate risks, which is a significantly different approach in the realm of knee protection.
NewsDirectory3.com: Looking ahead, what are your aspirations for Hippos?
Kylin Shaw: Our vision is to revolutionize injury prevention in sports and beyond. We aim to continuously enhance the product with more features and AI insights. We want to make knee protection accessible and effective across all demographics—athletes, manual laborers, and the aging population. With the right support and feedback from our users, I believe we can genuinely make a marked difference in preventing knee injuries.
NewsDirectory3.com: Thank you, Kylin, for sharing your insights and the inspiring story behind Hippos Exoskeleton. We look forward to seeing the product launch and its impact on injury prevention!
Kylin Shaw: Thank you for having me! I’m excited for what’s to come, and I appreciate your interest in our journey.
Trials have been conducted with U.K. football clubs and star athletes, including skiing champion Alex Schlopy, who praised the product for its comfort and safety features. While it is geared toward elite athletes, the device could also help prevent injuries in construction workers and the elderly.
ACL injuries are common, with around 150,000 cases reported annually in the U.S. and 8.6 million worldwide among adults. Current solutions mostly focus on rehabilitation rather than prevention. Hippos aims to fill this gap with its predictive technology, offering a different approach than existing brands that provide traditional supports and braces.