Apple's Best AI Idea: It's All About the Vibe.

While considerable attention will undoubtedly be drawn to Siri AI and Image Playground, Apple possesses a significant opportunity to genuinely enhance user experience through advancements in Safari and Shortcuts.

Many of Apple's current artificial intelligence concepts largely align with those presented by competitors, encompassing functionalities such as interactive chatbots, efficient text generation and summarization tools, and somewhat unusual image-generation capabilities. During its WWDC keynote, the company appeared to be catching up with prevailing AI trends, unveiling Siri features already accessible on Android devices and within applications like Claude and ChatGPT. Frequently, the underlying premise is simply "the familiar functionality, now integrated into your iPhone."

However, shortly after installing the initial developer beta of iPadOS 26 – a decision made to safeguard my essential Mac and iPhone from Apple's typically unstable and battery-intensive early beta releases – I identified a promising avenue for Apple to deliver a truly superior AI product. Within the Shortcuts app, I initiated a new shortcut by tapping the Plus button and inputting the phrase “Send a text to Anna with three kissy emojis.” This is a regular gesture I use to express affection to my wife. Within moments, powered by Apple Intelligence, the shortcut was operational; a single tap successfully dispatched the intended emojis to the correct recipient, Anna.

Apple Shortcuts has consistently represented a strong concept hindered by the need for a more intuitive interface. It functions as an exceptionally robust utility, enabling users to visually construct automated scripts that execute actions across various applications. Yet, even the creation of straightforward shortcuts can prove intricate and prone to fragility, with the application itself offering limited guidance. Nevertheless, at WWDC, Apple highlighted AI as the key to simplifying the app's usability. Cecilia Dantas, a product marketing manager for the company, described the updated system as “more approachable than ever.”

In its initial beta iteration, however, the functionality largely proved ineffective. My attempts to configure anything beyond basic emoji texting were unsuccessful. For instance, a request for a shortcut to automatically activate Do Not Disturb upon opening the Kindle app instead yielded a shortcut that merely enabled Do Not Disturb when manually tapped. Similarly, a request to activate Do Not Disturb and initiate a 30-minute timer set to “Stop Playing” at its conclusion encountered a failure in the crucial “Stop Playing” step, even after subsequent attempts. A more intricate request to capture a photo with the front camera, then the rear, stitch them side-by-side, and save the composite to the Photos app was met with consistent failure, despite Shortcuts correctly interpreting all requested steps. Any endeavor to create a shortcut involving a third-party application invariably redirected me to the conventional editor, suggesting that developers have significant integration work ahead to support this new feature.

Nevertheless, there is an inherent quality within Shortcuts that suggests an exemplary model for AI implementation. It avoids being ostentatious or overengineered, and it doesn't present AI as a radically transformative interface that promises to fundamentally alter every interaction with the device, demanding implicit trust in a new paradigm. Rather than striving for creativity or proactivity, its purpose is to excel at what AI genuinely does best: interpreting user requests and traversing underlying data structures to facilitate their execution.

These natural-language shortcuts essentially function as "vibe-coding" projects, a notion imbued with a touch of irony considering Apple's perceived skepticism towards similar "vibe-coding apps" on its platform. However, instead of enabling users to "vibe-code an app," Apple is now facilitating the "vibe-coding" of the phone itself. Users articulate their desired functionality, and the system endeavors to fulfill it. Furthermore, Apple's unparalleled access to data ranging from user location to app login credentials empowers it to execute these tasks with significantly greater efficacy.

Achieving full operational capability for this system will, without doubt, demand an extraordinary volume of work. A version of Shortcuts that functions only intermittently or partially would, in essence, constitute a complete failure. Apple faces the formidable task of rapidly convincing every developer on its platform to integrate Shortcuts support as comprehensively as possible, ensuring that users can execute virtually any desired in-app action via Shortcuts. This represents a significant challenge, as developers may have compelling reasons to sidestep this feature, particularly given that extensive Shortcuts usage could potentially bypass direct app engagement. Should Apple fail to secure widespread adoption of App Intents, it will be reliant on its AI models to decipher various APIs, URL schemes, and alternative methods for interacting with applications on behalf of the user. This, of course, highlights the perennial challenge inherent in agentic AI, a problem Apple is poised to confront within its distinct proprietary ecosystem.

Apple’s other novel "vibe-coding" platform appears to offer a more direct implementation. Beyond employing AI to automatically organize and categorize Safari tabs, the updated operating systems now facilitate the creation of browser extensions through a comparable natural-language interface. For example, simply inputting “copy the page as a Markdown link” instantly generates the desired extension. The basic functionalities I have tested have proven successful and remarkably easy to establish. However, these extensions do not yet appear to leverage AI capabilities or interact with other applications, limiting their most ambitious use cases primarily to website customization. Nevertheless, similar to Shortcuts, the underlying principle is evident: this offers a method to configure devices according to personal preferences, without requiring foundational programming knowledge.

Apple dedicated a significant portion of WWDC to detailing tools designed to encourage reduced device usage, particularly among children. A highly effective approach to achieving this objective is to streamline the execution of common smartphone tasks. Users universally engage in repetitive actions and possess unique smartphone habits. For two decades, we have navigated a fragmented experience of opening and closing applications, swiping, tapping, copying, pasting, and transitioning between disparate functionalities. Presently, the AI industry is actively striving to construct a superior paradigm—a new platform where simple requests translate directly into completed actions. The collective ambition is to develop "super apps" that serve as the default digital hub for all activities.

Apple, however, already possesses such a foundational "super app": the iPhone itself. Should Apple successfully implement all these new functionalities – a considerable challenge, admittedly – it stands to leverage this advanced technology not to radically redefine every interaction, but rather to simply render existing processes more convenient and accessible.