In September 2022, Sarah de Lagarde experienced a life-altering accident at London’s High Barnet station, resulting in the loss of her right arm and leg after being struck by two trains. Remarkably, she has become the world’s first recipient of an AI-powered bionic arm, a groundbreaking advancement in prosthetic technology.
An AI-powered bionic arm is a prosthetic limb that uses artificial intelligence (AI) to learn and respond to the user’s movements. AI-powered bionic arms can improve the user’s dexterity and precision, and help them perform tasks more naturally.
How do AI-powered bionic arms work?
Learn from the user: AI-powered bionic arms use machine learning to analyze the user’s muscle signals and electrical activity.
Predict the user’s intentions: They can predict what the user wants to do and respond in real time.
Adapt to the user: They can adjust their position and stiffness based on the user’s walking patterns and terrain.
The AI-driven prosthetic arm is designed to learn and adapt to Sarah’s movements over time. By analyzing her muscle signals and movement patterns, the arm’s software enhances its predictive capabilities, allowing for more natural and intuitive control. This personalized adaptation not only improves functionality but also significantly enhances the user’s quality of life.
Sarah’s journey to recovery has been marked by resilience and determination. She returned to work just four months after the accident, demonstrating her commitment to reclaiming her life. Her story has garnered international attention, highlighting the transformative potential of integrating artificial intelligence with prosthetic devices.
However, exciting though this technology is, one issue that is always of concern to disabled people when new products come into being is cost.
The assistive devices landscape is littered with products that, while impressive, can cost many times an average yearly salary. That puts most devices out of reach for many disabled people who statistics show are more likely to be among the poorest in society.
The development and implementation of AI-powered prosthetics represent a significant leap forward in assistive technology. By enabling prosthetic limbs to adapt to individual users, these advancements offer a more personalized and effective solution for amputees worldwide.
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