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@www.eweek.com
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Apple is exploring groundbreaking technology to enable users to control iPhones, iPads, and Vision Pro headsets with their thoughts, marking a significant leap towards hands-free device interaction. The company is partnering with Synchron, a brain-computer interface (BCI) startup, to develop a universal standard for translating neural activity into digital commands. This collaboration aims to empower individuals with disabilities, such as ALS and severe spinal cord injuries, allowing them to navigate and operate their devices without physical gestures.
Apple's initiative involves Synchron's Stentrode, a stent-like implant placed in a vein near the brain's motor cortex. This device picks up neural activity and translates it into commands, enabling users to select icons on a screen or navigate virtual environments. The brain signals work in conjunction with Apple's Switch Control feature, a part of its operating system designed to support alternative input devices. While early users have noted the interface is slower compared to traditional methods, Apple plans to introduce a dedicated software standard later this year to simplify the development of BCI tools and improve performance.
In addition to BCI technology, Apple is also focusing on enhancing battery life in future iPhones through artificial intelligence. The upcoming iOS 19 is expected to feature an AI-powered battery optimization mode that learns user habits and manages app energy usage accordingly. This feature is particularly relevant for the iPhone 17 Air, where it will help offset the impact of a smaller battery. Furthermore, Apple is reportedly exploring the use of advanced memory technology and innovative screen designs for its 20th-anniversary iPhone in 2027, aiming for faster AI processing and extended battery life.
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References :
Apple's initiative involves Synchron's Stentrode, a stent-like implant placed in a vein near the brain's motor cortex. This device picks up neural activity and translates it into commands, enabling users to select icons on a screen or navigate virtual environments. The brain signals work in conjunction with Apple's Switch Control feature, a part of its operating system designed to support alternative input devices. While early users have noted the interface is slower compared to traditional methods, Apple plans to introduce a dedicated software standard later this year to simplify the development of BCI tools and improve performance.
In addition to BCI technology, Apple is also focusing on enhancing battery life in future iPhones through artificial intelligence. The upcoming iOS 19 is expected to feature an AI-powered battery optimization mode that learns user habits and manages app energy usage accordingly. This feature is particularly relevant for the iPhone 17 Air, where it will help offset the impact of a smaller battery. Furthermore, Apple is reportedly exploring the use of advanced memory technology and innovative screen designs for its 20th-anniversary iPhone in 2027, aiming for faster AI processing and extended battery life.
ImgSrc: assets.eweek.co
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References :
- bsky.app: Do you want to control your iPhone with your brain? You might soon be able to. Apple has partnered with brain-computer interface startup Synchron to explore letting people with disabilities or diseases like ALS control their iPhones using decoded brain signals:
- eWEEK: Apple is developing technology that will allow users to control iPhones, iPads, and Vision Pro headsets with their brain signals, marking a major step toward hands-free, thought-driven device interaction.
- www.techradar.com: Apple’s move into brain-computer interfaces could be a boon for those with disabilities.
Classification:
- HashTags: #BCI #Accessibility #AppleAI
- Company: Apple
- Target: iPhone Users
- Product: iPhone
- Feature: Brain-Computer Interface
- Type: AI
- Severity: Informative