# Apple’s Revolutionary Brain-Controlled Tech for iPhone and iPad
Earlier this year, Apple unveiled initial details of its upcoming plans to incorporate brain-controlled technology for iPhone, iPad, and beyond. Recently, a new video surfaced showcasing the first live exhibition of this groundbreaking technology.
## New Video Showcases iPad User Operating Device with Thoughts
Apple has continually emphasized accessibility across its devices, and this newest initiative is especially advanced. As outlined earlier this spring, iOS 26, iPadOS 26, and additional operating systems will support brain control for users with suitable neural implants.
Reports indicate that Apple is working on methods for Brain-Computer Interfaces (BCIs) to convert brain signals into the ability to select, control, and manipulate interfaces on devices such as the iPhone, iPad, Mac, and Apple Vision Pro. The Synchron BCI, implanted in the brain’s motor cortex, employs a minimally invasive endovascular procedure involving catheter insertion through the jugular vein.
A report from the *Wall Street Journal* highlighted insights from Mark Jackson, an early participant in Synchron’s implant trial who has ALS. In a recently published video, Synchron demonstrated Jackson controlling his iPad entirely with his thoughts.
### The Exhibition
In the video, Mark, a participant in Synchron’s COMMAND study, exhibits how he navigates his iPad home screen, launches apps, and composes messages solely using his mind. This pioneering demonstration features Synchron’s Kurt Haggstrom and Peter Yoo discussing the BCI Human Interface Device (HID) protocol and how the Stentrode™ system enables native, thought-based control of Apple devices.
Jackson is involved in Synchron’s FDA-approved trial for the Stentrode implant, which leverages electrodes to interpret brain signals. As of May, the implant has been successfully placed in ten individuals.
This innovation represents a significant advancement in assistive technology, potentially changing how individuals with mobility challenges engage with their devices, improving their independence and quality of life.
For those interested, you can watch the demonstration video [here](https://youtu.be/YK8r5vdpozA).
