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IN SHORT
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In a world where technology is evolving at a breakneck pace, there is hope for people living with amyotrophic lateral sclerosis (ALS). Imagine a future where innovations, like those designed by Apple, could transform the lives of millions of people, giving them not only a voice, but also a newfound autonomy. This captivating story highlights advances that, beyond simple devices, embody promises of dignity and quality of life for those who fight this devastating disease every day. Ready to discover how technology can change lives?
Mark, a pioneer of Brain-Computer Interface (BCI) technology
Mark, a 64-year-old American man living in Western Pennsylvania, became the first patient in the world to use the Apple Vision Pro using an implantable brain-computer interface (BCI). This device allows Mark, suffering from amyotrophic lateral sclerosis (ALS), to use the device by thought rather than by manual or voice commands.
The discovery of a new independence
Thanks to this implant, Mark, who lost the use of his hands, was able to regain some autonomy. He can play Solitaire, watch movies and series, and even send text messages. This technology gave him back a part of the independence that he had begun to lose as his illness progressed.
A shocking diagnosis
In 2020, Mark begins to realize that he can no longer pinch his left thumb and index finger. Initially, he thought it was carpal tunnel syndrome until he dropped a cup of coffee and sought medical attention. An appointment with a neurologist confirms the diagnosis of ALS in January 2021.
The crucial role of BCIs
Brain-computer interfaces (BCIs) are devices that translate brain signals into actions outside the body. There are different types of BCI. For example, Neuralink from Neuralink Corp., founded by Elon Musk, requires brain surgery while the BCI developed by Synchron is implanted in a brain vein in a less invasive manner.
Connection with Apple Vision Pro
Recently, Synchron announced that it had managed to connect its BCI to the Apple Vision Pro virtual reality headset. The sensor translates brain signals, allowing the patient to control the headset without using their hands. This allows patients like Mark to have some independence and choose immersive experiences.
The everyday revolution
Mark worked in the wholesale flower industry until weakness in his right arm left him unable to drive. After learning about BCIs, he decides to participate in a study where the risk is minimal. In August 2023, he underwent sensor implantation and began using the BCI in October 2023. Two months later, he was able to connect the device to the Apple Vision Pro and benefit from its many features.
| Features | Benefits |
| Games (e.g. Solitaire) | Entertainment |
| Watch films and series | Escape and relaxation |
| Send text messages | Communication |
| Explore artistic styles | Discovery and learning |
| Reduction of isolation | Improved quality of life |
- To play games : Guaranteed entertainment
- To watch movies : Relaxing
- Send messages : Maintain social connections
- Explore art: Cultural enrichment
- Reduce isolation: Improve quality of life
frequently asked Questions
Q: What is a brain-computer interface (BCI)?
A: A brain-computer interface (BCI) is a device that translates brain signals into actions outside the body, allowing people with neurological disabilities to control devices through thought.
Q: How does Mark control the Apple Vision Pro?
A: Mark uses signals from his brain, translated by the BCI sensor implanted in his brain, to control the Apple Vision Pro without using his hands or voice.
Q: What types of tasks can Mark accomplish with this technology?
A: Mark can play games, watch movies and series, send text messages and explore different artistic styles.
Q: What is the procedure for obtaining a BCI?
A: The Synchron procedure involves implanting a device into a cerebral vein through a minimally invasive procedure.
Q: What are the benefits of BCI-Apple Vision Pro connectivity?
A: This connectivity allows users to regain some independence and perform tasks that they thought they could no longer accomplish otherwise.