Apple Intelligence Enhances New Accessibility Features on iPhone, Mac
Apple announced new accessibility features powered by its upcoming Apple Intelligence system, promising more intuitive and personalized experiences for users across iPhone, Mac, and Vision Pro. These updates aim to enhance how users interact with their devices.

CUPERTINO, CA – Apple on Tuesday announced a suite of new accessibility features integrated with its forthcoming Apple Intelligence system. These enhancements are designed to offer users more intuitive and personalized ways to interact with their iPhone, Mac, and Vision Pro devices. The updates aim to bolster the capabilities of existing assistive technologies and introduce novel functionalities powered by advanced artificial intelligence.
Among the most anticipated features is 'Eye Tracking', which will allow users to control their iPhone and iPad entirely with their eyes. By calibrating to an individual's unique eye movement, the system enables users to navigate the device, tap on elements, and perform gestures simply by looking. This technology promises a significant advancement for individuals with mobility impairments, offering a new level of independence in device operation.
Another key innovation is 'Personal Voice', a feature that allows users to create a synthesized voice that sounds like their own. For individuals at risk of losing their ability to speak, this feature enables them to create a personalized voice in 15 seconds, which can then be used with Live Speech to communicate in real-time. This highly personalized approach underscores Apple's commitment to empowering users with communication challenges.
Enhanced Interaction and Assistance
Apple Intelligence is also bringing substantial updates to existing accessibility tools. For instance, the company is introducing 'Assistive Shortcuts', a new way for users to assign custom actions to physical gestures. A double-pinch or double-clench, for example, can be configured to answer a call, take a screenshot, or initiate other customized tasks, providing quicker access to frequently used functions without complex manual input. This leverages the device's camera and machine learning to interpret gestures.
Furthermore, 'Vibrations Feedback' will allow iPhone and iPad users to receive haptic feedback for specific sounds and vibrations. This feature translates audio cues into distinct physical sensations, offering an alternative or supplementary way for users, particularly those who are deaf or hard of hearing, to be aware of their surroundings and device notifications. The system is designed to interpret a wide range of sounds, from alarms to doorbells.
The integration of generative AI through Apple Intelligence is central to these advancements. This allows for more sophisticated natural language processing and context-aware assistance, enabling features like 'Listen for Assistive Listening' which can amplify and clarify sounds for users with hearing loss by filtering out background noise in real-time. These AI-driven improvements aim to make the devices more responsive and adaptive to individual user needs, moving beyond one-size-fits-all solutions.
Contextually, these updates arrive at a time when the demand for inclusive technology is at an all-time high. As artificial intelligence matures, tech companies are increasingly exploring its potential to break down barriers for users with disabilities. Apple has a long-standing history of prioritizing accessibility, with features like VoiceOver and Switch Control being pioneers in the field. This latest push with Apple Intelligence signifies a deepening of that commitment, embedding AI-powered assistive capabilities at the core of its operating systems.
The company stated that these new features will become available later this year, rolling out across iOS 18, iPadOS 18, and macOS Sequoia. Developers will also gain access to new APIs to incorporate these advanced functionalities into their own applications, further expanding the ecosystem of accessible experiences. Apple emphasized that privacy remains a core consideration, with much of the on-device processing for these AI features handled locally.
