By Sukanya Ganesh in AI — Aug 2, 2024

🦾 Empowering Lives

AI-driven prosthetics and orthotics are revolutionizing mobility and independence with intelligent, adaptive technology.

Photo by ThisisEngineering / Unsplash

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How AI is helping in prosthetics and orthotics

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Imagine a world where technology seamlessly integrates with the human body, restoring mobility and enhancing capabilities for those with lost limbs or musculoskeletal conditions. Thanks to AI-driven prosthetics and orthotics, this is now a reality. These innovations enable individuals to live fuller, more active lives, with smart prosthetics that adjust to different walking speeds and bionic arms that perform intricate tasks. AI-driven prosthetics and orthotics are revolutionizing how people interact with the world, bringing unprecedented independence and improved quality of life.

Prosthetics

Össur

Prosthetic Knees - Össur’s Rheo Knee is an excellent example of an AI-driven prosthetic. This knee uses AI algorithms to adapt to the user’s walking style and predict movements, allowing for smoother transitions and more natural gait. For instance, when the user walks on different terrains or changes speed, the Rheo Knee adjusts in real-time to maintain balance and stability.
Proprio Foot - This AI-powered foot prosthetic adjusts its angle and resistance in real-time, enabling users to walk more naturally on uneven surfaces and stairs.

Open Bionics

Hero Arm - Open Bionics produces the Hero Arm, a multi-grip bionic arm that uses myoelectric sensors to detect muscle movements. AI algorithms interpret these signals to control the arm's movements, allowing users to perform various tasks like gripping objects, typing, and even high-fiving. The Hero Arm is designed to be affordable and accessible, making advanced prosthetics available to a broader audience.

Mobius Bionics

LUKE Arm - Named after Luke Skywalker, the LUKE Arm is a prosthetic arm that incorporates AI to provide precise control over multiple joints. Users can perform complex tasks such as picking up small objects, using keys, and pouring liquids. The AI system in the LUKE Arm continuously learns from the user’s inputs to improve control and responsiveness.

Orthotics

Hanger Clinic

Exoskeletons - Hanger Clinic offers AI-driven exoskeletons for individuals with mobility impairments. These exoskeletons use AI to provide real-time adjustments to the user’s movements, assisting with walking and standing. For example, stroke survivors can use these devices to regain mobility and improve their rehabilitation outcomes by providing the necessary support and resistance based on their progress.

Roam Robotics

Ascend Knee Brace - Roam Robotics' Ascend is a robotic knee brace that uses AI to assist people with knee pain or mobility issues. The AI system adapts to the user’s walking patterns and provides support when needed, such as when climbing stairs or standing up from a seated position. This allows users to maintain an active lifestyle with reduced pain and increased stability.

AI-driven innovations in this field are not only about replacing lost functions but also about enhancing overall quality of life, making once science-fictional concepts a present-day reality.

Prosthetics

Orthotics

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