Visual Design Customization Multitasking User Interface Mobile Apps Liquid Glass Interface Mobile Applications Liquid Glass Liquid Glass Design Navigation Input Methods Chat Interfaces Material Design Multitasking Features Search Functionality User Interaction Product Features Windowing Systems Siri Feature Updates User Interface Updates Minimalism Widgets User Feedback Sidebar Features Web Design Mobile Interface Search Interface Usability Improvements Interactive Features Taskbar Productivity Tools Voice Interaction Buttons Settings Management Accessibility Features Features Notifications Taskbar Features Feature Integration Liquid Glass UI Adaptive Interfaces Software Updates Usability App Features Personalization Control Center 3D Interfaces Feature Development Accessibility Gaming Interfaces Redesign User Interface Elements Web Technologies Lock Screen Features AI Interfaces Multitasking UI Gesture Control Dock Features Transparency in Design Design Philosophy Physical vs Digital Controls User Accessibility Settings Touch Screens Touch Interfaces Widgets Layout Navigation Tools Media Controls Translucency Effects Task-Focused Interfaces Desktop Applications Customization Features Search Tools Email Clients Eye Tracking Technology App Navigation Functionality App Layouts App Usability Watch Face Gallery Messaging Apps Trading Platforms Icon Design Natural Language Processing Cross-Platform Design No-Code Development Design Language Chatbot Interfaces Gesture Controls Usability Issues Readability Improvements Task View Dark Mode Handheld User Interfaces User Interface Improvements Application Launchers Contextual Prompts User Interface Changes Voice User Interfaces
The software uses Apple silicon to detect faces, adapting on-screen illumination for low-light calls.