4 minutes read

Table of Contents

• 🏃‍♂️Mobility Matters

• 🦾 Hybrid Assistive Limbs

• 🚀 Super Human

Welcome, Inquisitive Minds 🎉 

🏃‍♂️Mobility Matters

As we age, our muscles naturally weaken, and many of us suffer from joint pain, limiting our activities to those within the home 🏠. However, with technology advancing and becoming more accessible to the public, this could change soon.

Today, we dive into🦿🦾 hybrid assistive limbs, highlighting how this technology can be a game-changer for seniors, and possibly those recovering from strokes, brain injuries, or suffering from Parkinson's Disease 🧠.

🦾Wearable Robot🦿

Hybrid Assistive Limbs

👵🏻👴🏻 Aging in Place

As we grow older, moving safely around our homes can become challenging, often leading many to transition to senior living facilities for care 🏠.

Hybrid Assistive Limbs is a “wearable” robot, that fosters a connection between muscle movement and brain signals 🧠💪. Over time, this could enable muscles to function independently again, reducing the need for assistance and potentially allowing many to age comfortably in their own homes 🏡✨.

Aging gracefully🌷and independently at home could soon become more feasible as technology advances⚡️and becomes more accessible and affordable💰.

Rehabilitation👩🏻‍🦽🚶🏼‍♂️

Yoshiyuki Sankai 🇯🇵, CEO of Cyberdyne, spent two decades crafting an exoskeleton driven by brain waves for movement 🧠🦿.

His vision🧐 extends beyond mere muscle💪🏻 strengthening, focusing on re-establishing the neural loop between brain🧠 and muscles. For instance, a stroke survivor may struggle to walk. The exoskeleton detects brain intentions like “lift the right leg” and responds accordingly 🚶‍♂️. As the patient uses this device to move with, their own muscles gradually regain the ability to interpret brain signals, eventually allowing for unassisted walking after rehabilitation 🌟.

Watch the Video below to see how this is possible :

👩🏻‍🦳CareGivers

Certainly, those recovering from strokes, injuries, or living with Parkinson's disease face substantial challenges, and so do their🌷caregivers, including family members and nurses 🩺👩‍⚕️. Caregivers often bear the physical burden of helping patients with daily movements, risking injury🤕 themselves due to the demanding nature of the task.

The exoskeleton developed by German🇩🇪 Bionic is designed to reduce strain, safeguard caregiver health, enhance safety, and support sustainable work conditions, which is crucial amidst a severe nursing shortage.

Free MasterClass for HIGH-LEVEL PROFESSIONALS

🚀Super Human

 🚀Next Generation Human Being ?

By assisting movement, robotic exoskeletons help prevent overexertion of the muscles💪🏻, promoting safer✅ and enhance human abilities🏃‍♂️.

As a result, these devices are groundbreaking in their ability to augment human strength, endurance, and mobility, offering profound benefits not only for medical rehabilitation, but also for engaging in outdoor activities, heavy lifting in workplaces, and even in military applications.

Watch the Video below to see how this is possible :

No matter our age, we all seek to comfortably explore the world 🌍.

Exoskeletons provide a means for people of any age to enhance their physical activity. As this technology grows more accessible, it's likely to become a common part of our daily lives soon 🔜💪.

Here’s the link to Hyper Shell pre-order website you may want to check out !

Thank you for reading! 🥂

❤️ I appreciate your support and engagement.

Feel free to hit “reply” to this email with any questions or thoughts. Your feedback is important to me. Thank you for being a part of this journey and feel free to share the newsletter with your friends & family interested in AI & Tech !

🧔🏻‍♂️Brian Smith - CEO

^{Check your Email Inbox} 📩 

Wednesdays and Saturdays

_{for upcoming newsletters !}