Apple's First "AI" Moves in June 2024?

Apple's Worldwide Developers Conference (WWDC) is typically held in June 2024, and that might provide an indication of what Apple is working on in the generative AI area. 

Given the importance of Siri, it would not come as a surprise to hear something about Siri AI features. Other areas where Apple’s on-board processing approach could support AI could include summarization features, photo editing or chatbot features. 

All that would make sense with the arrival of iOS 18, the next major update to the iPhone operating system.

Though Apple is widely considered to be “behind” in generative AI leadership, that perception is likely misplaced. Recall Apple’s traditional approach to technology innovation: it rarely is the “first” to deploy any new technology. Instead, it has excelled at packaging new technology in better, more user-friendly or elegant ways. 

In fact, it would have been a shock had Apple emerged early as a generative AI leader. 

Where Apple should emerge as a force is on-device AI, given its leadership in devices and device functions, where AI already has been deployed to support smartphone operations related to imaging and cameras; user voice input; voice-to-text translation or facial recognition. 

Use Case	Description
Facial Recognition (Unlocking Phones)	Faster and more secure authentication compared to server-based verification.
Image/Video Processing (Filters, Editing)	Real-time filters and effects applied directly on the device, without needing to upload and download media files.
Voice Recognition (Offline Assistants)	Offline access to voice commands for basic tasks like setting alarms or making calls.
Sensor Data Analysis (Fitness Trackers)	Real-time processing of biometric data for personalized health insights and fitness coaching.
AR/VR Applications (Overlays, Interactions)	Enhanced responsiveness and lower latency for a more immersive augmented or virtual reality experience.

On-Device AI Processing Advantage	Value
Faster Response Times	No need to send data back and forth to the cloud, leading to quicker results, especially for real-time applications.
Lower Power Consumption	Processing data locally reduces reliance on network connectivity, saving battery life on mobile devices.
Improved Privacy, Security	User data stays on the device, minimizing privacy concerns and potential security risks associated with cloud storage.
Lower Power Consumption	Less reliance on cloud servers translates to better battery life for personal devices.
Offline Functionality	Works even without an internet connection, essential for situations with limited access.
Offline Functionality	AI features can still function even without an internet connection, crucial for areas with unreliable network coverage.