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In the past, we turned to Spotlight to search for things like files, photos, email messages, and apps, while we used Siri to answer questions and perform simple actions on our devices. Now that the two are conceptually merged—and with the addition of personal context and extended Visual Intelligence—you can search by description, and Siri pulls together information from numerous sources to deliver results.

Use Siri for search

You can still search for files, photos, and other items on your device exactly as you did using Spotlight in the past. What’s new is that you can search more broadly, using natural language, in ways that require Siri to perform analysis, make inferences, or combine data from multiple sources.

For example, one of us got a text message in which the new school bus driver for one of his kids introduced herself. Later, he tried to recall the driver’s name, so he asked, What is the name of the new school bus driver?

Sure enough, Siri produced the correct name from the text in Messages and also provided a link to the original message. In other words, you’re still searching, but in a way that’s simpler for you while producing more sophisticated results.

Here are a few other examples:

  • Files related to dancing
  • People who sent in support requests in the past year
  • The dates of my last three dentist appointments
  • All the books I wrote between 2021 and 2025

Spotlight without Siri?

What if you just want a plain Spotlight search, without Siri’s involvement at all? You can still have it, with some extra effort.

On a Mac, activate Siri and type a search term, then press ⌘-2 to search for that term only within files and folders. You can also press ⌘-1 to look for apps, ⌘-3 to look for actions, or ⌘-4 to search your clipboard history.

On any device, you can also specify as part of your search term where Spotlight should look—for example, Files about cats or Contacts named John or Emails about Apple.

Siri AI has the same basic requirements as Apple Intelligence. If your device is capable enough for Apple Intelligence, it can install iOS 27, iPadOS 27, or macOS 27 and use Siri AI. watchOS 27 also provides ancillary access via a paired iPhone on supported Apple Watch models. Apple Vision Pro can also use Apple Intelligence.

Siri AI minimum hardware

You can use Apple Intelligence and Siri AI on these devices:

  • Mac: Any Mac with Apple silicon, including the MacBook Neo (A18 Pro)
  • iPhone: iPhone 15 Pro, iPhone 15 Pro Max, iPhone Air, or any iPhone 16 or iPhone 17 model or later
  • iPad: Any A17 Pro or M-series iPad:
    • 11-inch iPad Pro: 3rd generation or later
    • 12.9-inch iPad Pro: 5th generation or later
    • 11-inch iPad Air: 5th generation (M1, 2022) or later
    • 13-inch iPad Air: 1st generation (M2, 2024) or later
    • iPad mini: A17 Pro (2024) or later

Note: The regular iPad series (no extra qualifiers) does not have an advanced enough processor for Apple Intelligence.

  • Apple Watch: Apple Watch Series 9 or later, Apple Watch Ultra 2 or later, or Apple Watch SE 3 when paired with an Apple Intelligence-enabled iPhone nearby
  • Apple Vision Pro: All models

Two features carry stricter requirements than this list: Siri AI’s expressive voice and the more advanced dictation.

Siri AI language support

As is often the case, Apple is launching a new feature in English only at first to support the greatest number of users across their base and work out bugs in the beta release. Apple said they will “quickly expand support for more languages.” The Siri language you choose has to match your system language, or your device falls back to the old Siri.

Apple Intelligence has greater support, partly because it’s been under continuous development for a couple of years. Apple supports English, Danish, Dutch, French, German, Italian, Norwegian, Portuguese, Spanish, Swedish, Turkish, Vietnamese, Chinese (simplified), Chinese (traditional), Japanese, and Korean.

Region limitations and delays

Apple has an ongoing dispute with the European Union about how it provides third-party and other access to some of their core features. As a result, Apple said that Mac and Apple Vision Pro users in the EU will have Siri AI access in supported languages at launch, but Siri AI won’t be available on iPhone, iPad, or Apple Watch. Their statement: “Apple is working hard to find a path forward that preserves its users’ privacy and security.”

Apple said they need to work through regulatory issues in China before they launch Siri AI and new Apple Intelligence features in that country. However, news reports in mid-August 2026 indicated Apple had trained an AI model with a Chinese partner that would allow it to offer Apple Intelligence features in China at launch.

More generally, Apple offers the proviso that “some features may not be available in all regions or languages.”

Calendar

Apple Intelligence lets you describe an event to Calendar more naturally than you previously could. Before the latest releases, you needed to have some structure and order. With iOS 27, iPadOS 27, and macOS 27, you can be a bit more freeform, and Calendar plucks out the details required. You can’t speak off the cuff, as you would with a chatbot, but it’s still better than it was before.

It’s similar to natural-language event creation in some third-party apps, but slightly more expansive in what it recognizes and matches against, such as locations.

For instance, you can’t say, “Grab coffee with Stacey Butler at that place we had coffee at last year for a couple of hours in the morning on September 15.” But you can say, “Grab coffee with Stacey Butler at the Fremont Coffee Company on September 15 for two hours starting at 10 in the morning.” The bolded parts are what Siri highlights in red or gray.

Red indicates that it’s matched what it thinks you want and has filled that into the event. Gray indicates a choice, such as a person with multiple emails or phone numbers in your contacts: tap or click to choose, and then they’re added as an invitee, and their name is now highlighted in red, too. That will also simplify the event title, removing ambiguous inline elements, such as turning “Grab coffee with Stacey Butler at the Fremont Coffee Company” to “Grab coffee with Stacey.”

Finder

Starting in macOS 27 Golden Gate, the macOS Finder offers to name files and folders automatically based on their contents. Select a file or folder and press Return to select the name. Hover over it with your pointer and one or more suggested names appear in a pop-up menu. Click one of these to use it as the new name.

If you dislike this feature, you can turn it off: Go to Finder > Settings > General and uncheck “Suggest file names.”

macOS also suggests names for new, untitled documents you create in most apps once they have a bit of content. The suggested names appear in the title bar and in the Save dialog when you save the file for the first time. One of us has found these suggestions to be wildly inaccurate during testing, but your experience may be different.

The naming may also happen automatically when you use AirDrop to transfer files from another Apple device, such as the contents of a screenshot when you AirDrop it from an iPhone to a Mac. In this case, you’re not prompted to approve the name.

Home

With Apple Intelligence, Apple Home reduces the amount of “attention noise” that motion-detecting cameras can generate. Home combines related activity notifications, so a series of motions doesn’t result in the current stream of alerts. It can also stitch together video from multiple cameras, allow natural-language searches for recorded events, and provide summaries you can read without watching the video.

So far, we haven’t been able to get this appear for us. We’ll update this section when we can.

To use the Home-related Apple Intelligence features, you have to subscribe to the 2 TB iCloud+ tier or higher. Your home hub must be a HomePod (2nd generation or later), HomePod mini, or Apple TV updated to the latest release, like tvOS 27. The Home app and Home accessories must have access to location services.

Lock Screen

In iOS 27 and iPadOS 27, you can use Apple Intelligence in two ways with your Lock Screen: one is good; the other…mmm, not so much.

Extend a Lock Screen image

You can extend an image you pick for the Lock Screen using the same approach as Extend in Photos. To reach the point where you can use Extend:

  1. Lock your device.
  2. Touch and hold a spot on the Lock Screen that isn’t taken up with a notification—the time display is a safe place. If you have a Touch ID device, you have to scan your fingerprint after touching and holding the Lock Screen.
  3. The Lock Screen shrinks in. Tap the add button to add a new Lock Screen. (You can also swipe left until you see an Add New screen with an add button in its center, and tap that.)
  4. Tap Photos and select an image.

Pick an image that doesn’t fill the entire screen proportionately, or you can pinch to shrink an image smaller than the screen. In either case, tap Extend, and the image will be filled in—make sure the results don’t look bizarre.

Create an image with Image Playground

When you reach step 4 above, you can now select Image Playground and generate an image for your Lock Screen. We don’t recommend this, for the reasons set out here.

Maps

Apple says Maps has an “enhanced Flyover” experience. This translates to less weird-looking landscape and building interpolation from satellite and street-level data when you look at cities using Maps’s 3D perspectives.

Maps now also features Local Lists, which are ostensibly algorithmically generated guides to local areas based on aggregated searches. Apple uses the word “trending” a couple of times in describing this feature, so it’s unclear if it’s just search-related—which gives zero insight into the quality of a restaurant or an experience—or factors in other data. (This may or may not involve Apple Intelligence.)

Also, Apple says that Maps offers “natural language search expands to cover routing.” We have not yet seen an example of this in action.

Notification Center

If you receive more than a handful of texts, you know how quickly Messages notifications can add up—sometimes hundreds of messages in an active multi-party group chat. You can review every message individually, and that may be appropriate or required. With the summary feature for notifications available with Apple Intelligence enabled on supported devices, you might find yourself fully informed without reading 100 messages.

Summarization is straightforward and available across notifications. For Messages, go to Settings > Notifications on iPhone or iPad, or System Settings > Notifications on a Mac, and enable Summarize Notifications. With that turned on, you can tap or click the menu item and scroll through apps, including Messages, to enable or disable summarization previews. Once turned on, notifications summarize single messages or groups of messages.

You can go a step further within Notification settings by choosing an individual app: setting Notification Grouping to Automatic makes the summaries more useful for loads of messages from that app! Go to Settings > Notifications > App Name on iPhone or iPad, or System Settings > Notifications > App Name on a Mac, and tap Notification Grouping or click the “Notification grouping” pop-up menu to modify the setting.

Passwords

Before iOS 27, iPadOS 27, and macOS 27, Passwords could already identify passwords that are too weak, or that have appeared in data breaches. Passwords like these that need changing are marked with a red exclamation point and feature a Change Password button that takes you to the appropriate page on the website. Version 27 takes that concept further, letting you go to the site, choose a strong new password, save your settings on the site, and save the new password in Passwords—all with one click or tap.

But there’s a catch: the site has to support the mechanism Passwords uses—and most of them don’t. If none of the logins are both in need of a change and have the necessary site architecture, you’ll see a banner telling you that you’ll be notified if there are passwords eligible to be automatically fixed. That’s what we see, so we can’t describe precisely what happens when a password meets those criteria.

Phone

Apple Intelligence brings Call Context to the Phone app: during a call, Phone offers information from other apps that seems contextually appropriate, like a reservation number or a flight number when you’re calling an airline. We have yet to experience an example of this.

The Shortcuts app, which lets you create and run sequences of actions ranging from simple (“open this app”) to massively complex (“fetch data from all these places, do some computations, and make a graph of the results”), has several features that involve Apple Intelligence.

Describe a shortcut

The Shortcuts user interface in iOS 27, iPadOS 27, and macOS 27 was significantly overhauled to steer users away from manually creating shortcuts and toward its major new feature: the Apple Intelligence-powered “Describe a shortcut.” When you click or tap the plus button, you now see a big “What do you want your shortcut to do?” banner.

In the “Describe a shortcut” field at the bottom, type out what you’d like your shortcut to do. Apple Intelligence takes a first stab at it. You can try out the shortcut and, if it doesn’t work correctly, type what you need in the “Describe a change” field.

With any new or existing shortcut, you can select it and click the Edit button to bring up the full Shortcuts editor, which has been rearranged a bit and now includes a Pinned section.

Although the existing interface for creating Automations is still available, a new method can be used: when editing a shortcut, go to the Automation category and double-click or tap an automation (such as Time of Day or Message). This places it at the top of the shortcut so you can configure it when creating or editing a shortcut.

Use intelligent actions

Shortcuts has a series of actions that rely on Apple Intelligence features; these are called intelligent actions. When creating a shortcut, select Apple Intelligence in the list of apps to see the options, which include Create Image (using Image Playground) and half a dozen Write and Edit with Siri commands (Proofread Text, Adjust Tone of Text, and so on).

But the most flexible addition is the Use Model action. When you add it to a shortcut, you enter a request and can choose whether to process the request on your Mac (On-Device), using Apple’s Private Cloud Compute (Cloud or Cloud Pro, both of which offer a Use Broad World Knowledge checkbox, which lets them incorporate information found on the web), or via the ChatGPT extension.

Because you can feed text, audio, documents, and images into the action, and can channel its output to further actions, you can create elaborate workflows powered by Apple Intelligence. An example Apple offered was a student feeding this action both an audio recording of a lecture and notes taken during the class; Apple Intelligence was asked to summarize any missing points from the audio that hadn’t been captured in the notes.

Apple takes the stance that our data belongs to us, and they’re just the conduit by which it is passed and stored. Sadly, this makes them stand out in the current marketplace in which the user, and our data, is the product that is strip-mined and used in unwanted ways, often without our consent in the United States and many other countries. (And even in states, countries, and regions where that’s forbidden.)

All major chatbots harvest what we tell them in the spirit of training their models further. Some have privacy policies that limit what they extract, but it’s all kind of beyond our control, because the models run in their data centers, and whenever we interact with them, we’re sending them our data in the clear, often directly connected to our accounts. That means that over time, chatbots learn a great deal about us, and some of that becomes the basis for future responses to other people.

For Apple Intelligence, Apple said they brought the same privacy-minded approach to using large language model processing. The company started down this path in June 2024 and updated and revised how they approach it with Siri AI. This ensures Siri can maintain conversational context, provide analysis, and deliver information without compromising our privacy.

Apple uses a combination of on-device and Private Cloud Compute to provide this sort of privacy protection:

  • On-device models allow Siri AI to provide responses and Apple Intelligence to perform analysis or generation, which could include internet information requests and retrieving information from your data, without the chatbot component leaving your device.
  • Private Cloud Compute is a privacy-protecting framework in which only certain kinds of data from your device leave it to head to Apple’s cloud, where they use models derived from Google Gemini without exposing data of any kind to Gemini.

On-device vs. Private Cloud Compute

As Apple describes it, any task that can performed on your device will be, avoiding privacy issues altogether. However, for the vaguely described “more sophisticated requests” Apple must send some information to their cloud for processing. This cloud system is called Private Cloud Compute (PCC).

Apple enumerates many principles of PCC in their foundational 2024 announcement, but I can summarize this for you (without involving an AI):

  • Nobody but you should see your data, including Apple.
  • Apple has to have control and understanding of all components that handle data, and not have modes that let their staff access information in special cases, such as debugging modes.
  • The system must be designed to prevent targeted attacks that would let an attacker know exactly where an individual’s personal data was being processed and attempt to break in and exfiltrate information from it. _Apple_ doesn’t even know which server will handle the cloud portion of queries. And someone would have to overcome the system’s extreme global protections just to even begin trying to figure that out. Because of the architecture and security, it’s beyond exceedingly unlikely that a global exploit could work.
  • Nonetheless, a lot of companies claim they’re impenetrable and privacy-forward. Thus, Apple said outside researchers must be able to verify Apple’s claims.

Apple first built PCC using the same secure components that protect data on their hardware, including the Secure Enclave, which protects encryption keys and biometric information (among many other security bits), and Secure Boot, which prevents devices from starting up with compromised operating systems. This cloud is a collection of nodes that sound like Macs running a highly customized, secure version of macOS that’s stripped down to the necessary components and infused with the PCC sauce.

Data is sent from your device to PCC through end-to-end encrypted connections. Information transmitted is used for the user’s specific purpose (an “inferential request”) and is destroyed after the task is completed. This data can never be accessed by Apple staff or other people, though there are limits Apple does not advertise.

How Google Gemini powers Siri AI

To make Siri AI and expanded Apple Intelligence features work, Apple collaborated with Google to draw on the technologies behind Google’s Gemini model to add to the Apple Foundation Models (the Apple frameworks used for access to large language models). Apple is not handing off data to Google. Heavens, no! Rather, they are “collaborating”—ostensibly involving some form of licensing that isn’t disclosed.

Apple Foundation Models run both on-device and in new PCC nodes on Google Cloud, where Google runs Intel-based servers with Nvidia graphics processing units (GPUs). (GPUs turned out to be ideal for AI operations.) Apple’s in-house PCC uses Apple silicon. The Intel CPU is paired with Google Titan, a security chip that verifies the server’s boot firmware before the CPU is allowed to run it, so that an infiltrator couldn’t slip in a compromised server image.

To achieve this, Apple ensures that every piece of hardware is cryptographically tracked—so another server couldn’t be slipped in, say—and that these new nodes have the same integrity as Apple’s own.

Visual Intelligence’s remit has grown substantially since it originally let your iPhone describe what it saw via the Camera in iOS 18.2. Generally, Visual Intelligence lets you query what it “sees” in a screenshot or through the camera, or take action on what appears. Swipe your finger around something to prompt a visual search that can explain what you’ve highlighted.

This can give you the answer to or produce a result based on these sorts of inner monologue statements: “What’s that plant?” “Turn the information on that poster into a calendar event.” “What sculpture is that?” “Read me the text in this screenshot.”

Starting with iOS 27, iPadOS 27, macOS 27, and visionOS 27, you have more options and can get more information.

First, macOS and visionOS now support Visual Intelligence for the first time. On a Mac, you can have Visual Intelligence describe what’s on screen. With an Apple Vision Pro, you can have it describe things in your field of vision.

Second, on an iPhone or iPad, you can use Visual Intelligence directly through the Camera app with a new Siri button that sits alongside Video and Photo in the photo modes list below the shutter button.

Ask Siri about a screenshot

You can ask Siri about what it sees using Visual Intelligence in two different ways. On an iPhone or iPad, you use the screenshot shortcut to start the process; on a Mac, there’s a shortcut to capture part or the screen or a window that comes as part of macOS 27.

To take the screenshot on an iPhone, press and release the side button and the volume up button together. On an iPad, press and release the top button and either volume button; on an iPad with a Home button, press the top button and the Home button together.

You can also circle items with your finger or an Apple Pencil to highlight them.

Ask Siri about what’s on a Mac’s screen

Visual Intelligence can now see your screen. Ask Siri about anything on your screen, and it can analyze what it’s seeing and make sense of it. You can also focus Siri’s attention on just part of your screen:

  • Press ⌘-Shift-6 to highlight a portion of your screen. You can then ask Siri about something in that area.
  • Press ⌘-Shift-Space to ask Siri about the frontmost window.

If you’re using ⌘-Shift-6 for something else, make sure to reassign it either for Visual Intelligence or in another app using that combination to avoid a conflict.

Even if you don’t ask Siri anything, it may automatically identify plants, animals, and other elements found in screenshots. That behaviour is controlled by Automatic Visual Look Up, under Settings > General > Screen Capture.

macOS doesn’t yet apply Visual Intelligence to the FaceTime camera or Continuity camera.

Ask Siri about what Apple Vision Pro can see

If you use an Apple Vision Pro, visionOS 27 will be a delight, as it brings Visual Intelligence, as with an iPhone or iPad camera, to your augmented reality headgear. (All Apple Vision Pro models support Apple Intelligence.)

Here’s what you can do:

  • Ask Siri general questions.
  • Look at something and ask Siri about it. Visual Intelligence will know from context what you mean.
  • Gain access to the Siri app, as on other platforms.

Apps available in visionOS, like Safari, gain the same improvements as on other platforms, more typically mirroring those in Golden Gate.

Wallet’s gain with Apple Intelligence goes hand-in-hand with a feature many users long desired: the capability to add any pass to Wallet, not just ones that generate the Wallet-formatted membership cards, loyalty cards, rewards cards, and other kinds of things that you can add via a website or an app.

Wallet lets you add these manually, but the real power comes in a new feature added in iOS 27, using Visual Intelligence. (Wallet is available only on iPhone.) You can scan a card via the camera to turn it into a pass. Here’s how:

  1. Open the Wallet app.
  2. Tap the Add button.
  3. Tap Create a Pass.
  4. Tap Continue.
  5. Point the camera at the side of the card that has its barcode or QR code, then tap the shutter button. If Visual Intelligence can’t parse the card, it asks you to tap Try Again, Create Pass Manually, or Cancel.
  6. When successful, Wallet shows you a preview of the pass.
  7. You can now tap the Add button, and the pass is placed in your wallet.

If the card lacks a barcode or QR code, enter that information manually by tapping Create Pass Manually in the previous step.

Customize a pass

If you want to customize your pass, tap Edit Pass. Then you can:

  • Tap any white, slightly glowing rectangle, and edit the contents. Be sure to tap the portions of the field that contain text, numbers, or a barcode or QR code. If you tap the code field, Wallet brings up a camera to capture (or re-capture) the code.
  • Tap the Palette button to change the color scheme.
  • Tap the Edit button and then choose Add/Remove Fields. Then you can tap in areas within those glowing white rectangles and choose from a variety of field types to add more information to the card.

When you’re done, tap the blue checkmark to save changes.

Tag: iOS 27

Apple has tried to cover all the bases to protect your privacy, including one the company often receives criticism for: providing enough information or access for independent outside security researchers or research companies to examine their security and privacy claims.

So far, the company has operated Apple Intelligence and PCC for two years, and only a single flaw was found by a researcher examining the disclosed components (the researcher was awarded Apple’s top security bounty). None have been discovered in any public-facing portions of the system. That doesn’t guarantee anything in the future, but it’s a good sign.

You should consider how Siri AI and Apple Intelligence affect your privacy, and what you might do about it:

  • Siri conversation syncing is secured with end-to-end encryption among your devices, like other sorts of data that are available exclusively on your devices, such as your conversations in Messages and entries in Passwords, and not via iCloud.com. If someone could access your Apple Account and to log into iCloud.com, they can’t see your Siri conversations. Someone would have to use your account information to add a device to your Apple Account set, or take over one of your devices.
  • You have to trust that Apple is making the right decisions. Their transparency helps, because you know that hundreds—maybe tens of thousands?—of people are looking for weaknesses in a system that will be used by hundreds of millions of people every day. But there’s nothing you can do, unless you’re a security researcher, to further that work. So it’s a bit of a binary trust/no trust option.
  • You don’t know when and if your personal data leaves your devices to use PCC—at Apple or in Google Cloud—so you can’t flip a switch to say “only use on-device models,” or “only use Apple’s PCC nodes when off-device.”
  • We don’t see a way that you can entirely disable Apple Intelligence, so you can’t per se prevent your information from being processed in the cloud. You can disable Siri, though you must disable it entirely to not use Siri AI—there’s no mode of Siri without Apple Intelligence on devices that support Apple Intelligence. Fully disabling Siri turns off all Apple Intelligence features related to Siri, likely covering a significant portion of off-device transactions involving more general information. You can turn off some features that rely on Apple Intelligence for individual apps, but not all such features.
  • While Google, Intel, and Nvidia are involved in the new Google Cloud-based portion of PCC, you aren’t being asked to trust how they manage privacy as such. Apple has built the secure stack that runs on the nodes. The risks here are firmware or hardware exploits that could compromise the non-Apple elements in Google Cloud. However, if Apple has done their work correctly, those exploits still wouldn’t allow targeting of individual data or exposure of that data. In particular, while each of those companies has security features in their hardware, Apple isn’t relying on those features for protection—they’re another layer before Apple’s secure stack is encountered by attackers.
  • Your data should be off-limits to government access just like any end-to-end encrypted data. The process Apple describes should prevent the company or any partner from having access to any of the keys required to access information inside a PCC transaction. However, it’s not yet clear how fully Apple will allow inspection of that process outside the software that runs it. That is, we don’t know whether they’ll allow testing of their cryptographic infrastructure.

Our frank conclusion is that if it’s intolerable to you to have any personal data potentially be processed outside of your devices, you will be unable to use iOS 27, iPadOS 27, or macOS 27 on Apple hardware that supports Apple Intelligence.

Otherwise—and we fall into this category—we rely on the information Apple has provided and non-affiliated researchers to keep them honest.

Even though Apple is now working with Google for Siri AI, the company continues to support OpenAI’s ChatGPT—though not via Private Compute Cloud—and Apple seems to be downplaying ChatGPT now. How does that work?

Awkwardly.

The previous integration of ChatGPT was an explicit one—by default, you had to choose to let Siri use ChatGPT, which was also relied on for creating images. If Siri couldn’t answer something and ChatGPT was enabled, it would ask you if you want to consult ChatGPT.

In iOS 27, iPadOS 27, and macOS 27, ChatGPT remains in place, but now only at your request. Siri no longer asks you whether you want to pass a query to ChatGPT; that’s now the job of Siri AI and the expanded PCC.

Because ChatGPT requests don’t use PCC, the privacy of your requests is at high risk compared to Siri AI. However, ChatGPT doesn’t have access to your private data by default; it has context about you only if you sign in to an account. We remain concerned about this.

How ChatGPT handles your data

  • If you don’t sign in, then all requests your device sends to ChatGPT are anonymized—they can’t be traced back to you. In addition, OpenAI is prohibited from using your requests to train their models, and your requests are not stored (unless required by law). However, you’ll be limited as to the number and complexity of requests you can make per day.
  • If you do sign in, all requests go through your ChatGPT account, so OpenAI knows who’s making them. If you pay for your account, you can effectively remove any daily limit. OpenAI’s privacy policy applies; they will store your requests (which can be useful in providing more context for future requests) and use them for training.

Use ChatGPT alongside Siri AI

If you want to use ChatGPT with Search or Ask:

  1. Activate Siri using a method where you can type to it.
  2. Touch and hold in the Search or Ask field on an iPhone or iPad, or Control-click/right-click that field on a Mac.
  3. From the menu that appears, choose Ask > Use ChatGPT.
  4. The text in the field changes to ChatGPT. Enter your query.

When the query is complete, Siri reverts to the default Search or Ask using Siri AI.

You can also explicitly add “ChatGPT” to a request—for example, Ask ChatGPT the best way to fry an egg. This works with spoken requests, too!

To use ChatGPT with Image Playground, choose ChatGPT from the Any Style pop-up menu.

You can opt to disable ChatGPT entirely or make other changes to its settings; see every Siri setting worth changing.

Apple’s Mail and Messages apps both offer a variety of Apple Intelligence features, and there’s a fair amount of overlap between the two, even if the implementation is a bit different. (Live Translation in Messages is covered separately.)

Use Smart Reply

Mail and Messages both offer smart replies, which are brief suggestions of what you might want to say that you can click or tap to save a few keystrokes or taps. Apple Intelligence looks for anything in the text of the message you’re replying to that could lead to a simple reply.

Mail offers a suggestion, if it has one, when you click to begin composing your reply. On a Mac, a little menu pops up; on an iPhone or iPad, the suggestions appear on the QuickType bar. Click or tap one of the words or phrases, and Mail expands it into a complete suggested response, which you can then accept as is or edit to taste. (Based on what we’ve seen, you will almost certainly want to edit it to sound more like you.)

Click Done to accept the response, or Revert to restore whatever you had originally. If you like the prewritten response, you can tell Apple by clicking or tapping the thumbs up button; if not, you can click or tap the thumbs down button and fill out a form explaining what was wrong. On a Mac, these buttons appear only when you hover over the Smart Reply bar; on an iPhone or iPad, they appear automatically on the QuickType bar.

In Messages, Apple Intelligence looks for questions or comments that could potentially result in a common response. Yes/no questions fall into this category, as do questions reminding you of appointments, confirming upcoming meetings, and making simple requests. (We’re sure there are many others, but there’s no definitive list.)

As in Mail, when Apple Intelligence comes up with a likely response, it’s displayed in a little pop-up control that looks just like the ones used for autocorrect on a Mac or on the QuickType bar on an iPhone or iPad. To accept one of the suggestions, click it; to dismiss them, click the close button. (You can also simply ignore the prompts and type as you normally would.)

Matching your style?

According to Apple, if you use the Smart Reply feature in Mail or Messages, the suggested replies adopt your writing style, punctuation, and tone. We tried this several times, and all we can say is…it did not. One of us would be ashamed to send any of these “smart” replies, because he does not write like an AI robot, and anyone who knows him would instantly see that something is off. (If you do write like an AI robot, maybe you’ll have better luck with this than we did.)

We urge you to double-check all Smart Replies before sending a message. We’ve seen cases in which the suggested text was incorrect or misleading, regardless of the style.

If you find Smart Replies to be not-so-smart or just plain annoying, you can disable them altogether, but Apple doesn’t make it easy. On a Mac, you can find the control in System Settings > Keyboard. Click Edit next to Input Sources and then turn off “Show suggested replies.” On an iPhone or iPad, go to Settings > Siri > App Access > Mail, then turn off Show in App; do the same thing for Messages. (In other words, as Douglas Adams might have put it, it’s on display in the bottom of a locked filing cabinet stuck in a disused lavatory with a sign on the door saying “Beware of the Leopard.”)

Take action in other apps with suggestions

Suggestions may appear when Mail or Messages notices something in a conversation that you may want to take action on, such as adding a calendar event or searching for a photo.

Use improved search in Mail

Apple says that Mail in iOS 27, iPadOS 27, and macOS 27 has improved, offering more relevant search results. When you type in the Search field, a banner appears telling you that Mail looks for meaning beyond the specific words you enter, presumably using Apple Intelligence.

In our tests, we were unable to get any expansive searches to pull up results that didn’t include words in the search phrase. Perhaps the improvements will become more evident later.

See Priority Messages in Mail

Apple Intelligence attempts to identify especially important messages and bubbles them up to the top of your Mail inbox. Apple says this applies to “time-sensitive messages” such as invitations and flight check-in reminders.

In our testing, this feature hasn’t been terribly helpful. It has identified messages that weren’t in any sense urgent while ignoring some that were. Unfortunately, it’s a black box; you can neither see nor influence what factors Apple Intelligence takes into account when assigning a message “Priority” status.

You can, however, turn off this feature: on a Mac, choose View > Show Priority Messages to uncheck it, or do the same using the More menu on the toolbar; on an iPhone or iPad, tap More > Show Priority. Note, however, that if Mail Categories is enabled (that is, Show Categories is selected on the same menu), the Show Priority Messages command is available only when the Primary category is selected.

This AI “priority” feature has nothing to do with the optional Low/Normal/High priority you can assign a message using the Message > Set Priority submenu.

Summarize Mail messages and threads

At the top of each message or thread is the word Summarize, with an icon to its left. Click or tap that, wait a few seconds, and a summary of the message appears. The accuracy of the summaries varies greatly, so don’t assume they are correct or contain everything of importance from the message.

If you click or tap the little pop-up menu button (Mac) or the More button (iPhone or iPad) in the preview, you can choose either Looks Good (to tell Apple the results were useful) or Something Isn’t Right. With the latter choice, a form appears in which you can fill in details about how the summary didn’t meet your needs and send the information to Apple to help them improve summaries in the future.

There’s also a second, simpler type of summary, which appears in the message preview (the little snippet of the message you see beneath the subject in the message list), right after a Summary icon. This is an attempt to briefly explain what the message is about, without summarizing the entire thing.

Although preview summaries are enabled by default, you can turn them off if you like. On a Mac, go to Mail > Settings > Viewing and uncheck Summarize Message Previews. On an iPhone or iPad, go to Settings > Apps > Mail and turn off Summarize Message Previews.