Mind-controlled prosthetic arms are now becoming a reality

Fox News

a day ago

If you've ever wondered what's next for prosthetic technology, you're not alone. For many people living with limb loss, finding a prosthetic that feels natural and works seamlessly with their body has always been a challenge.
Now, a California startup called Atom Bodies is making headlines for its groundbreaking approach to prosthetic technology.
By combining artificial intelligence, machine learning and advanced sensor systems, Atom Bodies is developing mind-controlled robotic arms that could soon make highly advanced prosthetics accessible to thousands of amputees.
Atom Bodies' flagship product, Atom Touch, is setting a new standard in prosthetic arms. Unlike traditional prosthetics, which often offer only basic movement and can be uncomfortable to wear, Atom Touch uses EMG (electromyography) sensors placed on the user's skin to detect muscle activity. These signals are then interpreted by machine-learning algorithms, allowing users to control individual fingers, the wrist and the elbow with remarkable precision just by thinking about the movement they want to make.
The arm is powered by the Atom A1, an AI neural interface that can be trained in minutes for intuitive, natural control. The design also includes a load-balanced harness, which distributes weight across the torso, making the device lighter and more comfortable for all-day use.
Atom Touch stands out for several reasons. It is the first prosthetic arm to offer true individual finger movement, which means users can perform tasks like typing, gripping and delicate manipulation with much greater ease. The device uses the Atom A1 AI neural interface, which learns from the user's muscle signals to provide seamless, natural movement. Dozens of sensors in the hand generate haptic feedback, so users can better gauge grip strength and control. With more than 10 motors in the hand alone, Atom Touch offers a near-human range of motion and dexterity. The load-balanced harness system also makes the arm lighter than a human arm and comfortable enough for extended wear, addressing a challenge that many current prosthetics have yet to solve.
For the more than 2 million Americans living with limb loss, current prosthetic options are often expensive, uncomfortable and limited in capability. Jason Morris, who lost his arm due to a work accident and is Atom Bodies' lead test user, notes that most prosthetics can only be worn for about two hours due to discomfort. Atom Touch is designed for initial wear of four to six hours, with the goal of achieving all-day use. Atom Bodies has already attracted significant interest, with over 11,000 people on its wait list and plans to begin clinical trials within the next year, pending FDA approval.
One of the most transformative aspects of Atom Touch is its price point. While state-of-the-art myoelectric arms can cost around $200,000, Atom Bodies plans to offer Atom Touch for approximately $25,000. This brings the cost in line with basic hook prosthetics, making advanced bionic limbs accessible to a much larger population.
Seeing Atom Bodies bring this level of innovation to prosthetics feels like a real turning point for people with limb loss. With technology that's both advanced and affordable, Atom Touch could help many regain abilities and comfort that have been out of reach for years. As the company moves closer to launching, there is a sense of real possibility for a future where high-quality prosthetics are available to many more people who need them.
If you or someone you know could benefit from this technology, what would be the most important factor in choosing a prosthetic arm? Let us know by writing us at Cyberguy.com/Contact.
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