The Apple Vision Pro offers intuitive control through its controller-less design, allowing users to select items simply by looking and performing a subtle hand gesture. However, this method isn’t accessible to everyone, particularly those with upper limb paralysis. Synchron, a company specializing in brain-computer interfaces (BCIs), has recently unveiled a groundbreaking solution: controlling the Apple Vision Pro using thought.
This remarkable technology utilizes Synchron’s Stentrode BCI implant, enabling individuals with limited or no hand movement to interact with the Vision Pro’s mixed-reality environment. A demonstration video showcases Mark, an individual living with amyotrophic lateral sclerosis (ALS), successfully navigating the Vision Pro interface. Since the headset relies on eye-tracking for cursor movement, the BCI primarily focuses on detecting the intention to perform small hand gestures.
In the video, Mark is seen playing Solitaire, browsing Apple TV, watching videos, and even composing text messages, all controlled through the combined power of the Synchron BCI and Vision Pro software. This achievement builds upon Synchron’s previous success in developing a text-chat interface powered by ChatGPT, further enhancing communication for individuals with mobility limitations.
Synchron has been a pioneer in the BCI field, predating Neuralink’s endeavors. The Stentrode was the first BCI implanted in humans, with clinical trials commencing in 2022. Synchron employs established medical procedures like stents and endovascular surgery, providing a less invasive approach compared to Neuralink’s skull-opening requirement.
While BCI hardware often garners significant attention, the software and its integration with external devices play a crucial role in creating a user-friendly and functional experience. This integration is clearly demonstrated by Synchron’s successful pairing with the Apple Vision Pro.
Currently, access to this technology is restricted due to ongoing clinical trials for both the BCI and the Vision Pro. While widespread availability of thought-controlled computing may still be several years away, these breakthroughs hold immense promise for the future. Continued research and rigorous testing are essential to ensuring the long-term safety and efficacy of these innovative technologies.
