# Apple's New AI-Powered Accessibility Features Could Change the Way You Use Your iPhone
Apple announced several AI-driven accessibility tools designed to help users with disabilities navigate their iPhones more easily. The features leverage on-device machine learning to process information without sending data to Apple servers.
The suite includes Eye Tracking, which lets users control their iPhone using eye movements alone. Vocal Shortcuts allows users to create custom voice commands that trigger complex actions. Live Captions transcribes phone calls and video content in real time. Vehicle Motion Cues help users with vestibular disorders by reducing motion sickness triggered by on-screen movement.
Lifehacker reports these tools offer benefits beyond their original accessibility purposes. Eye Tracking proves useful for hands-free operation during cooking or exercise. Vocal Shortcuts streamline repetitive tasks for anyone seeking faster navigation. Live Captions benefit users in noisy environments or those watching video without sound.
The tools process data locally on your device rather than through cloud servers. This approach protects your privacy while delivering responsive performance. Apple's implementation reflects the company's broader push toward on-device AI processing, which the company calls "Apple Intelligence."
For iPhone users with disabilities, these features remove significant barriers to smartphone use. Someone with mobility impairments can now control their entire device through eye movement alone. Users with hearing impairments gain real-time transcription of audio content. Those with speech differences can create custom voice commands that their device recognizes reliably.
The features work across iPhone, iPad, and Mac, creating consistency for users who own multiple Apple devices. Installation requires iOS 18 or later on compatible devices.
These tools represent a practical approach to accessibility. Rather than requiring separate assistive devices or complicated workarounds, Apple built accessibility directly into the operating system. The fact that general users find them helpful demonstrates good universal design. Accessibility features that solve problems for