Get ready for a significant shift in how we interact with technology. Apple is making serious moves into brain-computer interfaces, aiming to allow control of iPhones and other devices using thought alone. This isn’t just a futuristic concept anymore; a recent report confirms Apple is actively working with partners, bringing this seemingly science-fiction technology towards real-world application, primarily targeting accessibility.
The driving force behind this push is enhancing usability for individuals with severe motor impairments who cannot use traditional physical inputs. Apple is collaborating with Synchron, a company known for its less invasive approach to BCIs. Synchron’s device, the Stentrode, is a stent-like implant placed in a vein atop the brain’s motor cortex via a minimally invasive procedure, contrasting with more intrusive implants.
The Stentrode contains electrodes designed to read neural signals from within the blood vessel. It translates this brain activity into commands that can control external devices. Synchron has already implanted this device in ten individuals, demonstrating its ability to capture the necessary brain signals for controlling technology.
A compelling example of this technology in action is Mark Jackson, an ALS patient and one of the early testers of the Stentrode. Despite significant physical limitations, Jackson is able to use his implant in conjunction with Apple’s operating systems to control his iPhone, iPad, and even experience virtual reality through an Apple Vision Pro headset. He recounted a vivid experience of virtually standing atop a Swiss Alps mountain, underscoring the potential this offers for immersive interaction and overcoming physical barriers.
While the technology is still evolving—early testers note limitations like slower navigation compared to traditional inputs—Apple is building the necessary software foundation. Coming in iOS 19 and visionOS 3 this fall, Apple will introduce broader support for BCIs through a new protocol integrated into its existing Switch Control accessibility framework.
This standardization aims to enable users with compatible implants to control their devices without physical movement and could pave the way for a dedicated industry standard for BCIs, much like the successful ‘Made for iPhone’ program for hearing aids.
(via the Wall Street Journal)
