For security reasons, we always recommend that you use a password manager like 1Password or LastPass to generate, store, and enter strong passwords in your Web browser. We hope you’ve been doing that because iOS 12 has a fabulous new feature that lets you enter passwords from third-party password managers in addition to iCloud Keychain. It makes logging in to Web sites—and iOS apps!—vastly easier than before.
Set Up AutoFill
To begin, you need to enable the feature. Go to Settings > Passwords & Accounts > AutoFill Passwords. Tap the AutoFill Passwords switch to turn the feature on, and select your password manager in the list below.
Two notes. First, the iOS app for your password manager must be installed for it to appear in the list. Second, although you can also allow iCloud Keychain to fill passwords, it’s not worth the extra confusion unless you have a lot of passwords stored only in iCloud Keychain.
Log In to a Web Site in Safari
Now it’s time to try the feature. Navigate to a Web site where you need to log in, and for which your password manager has stored your credentials. Then follow these steps:
- Tap in the username or password field.
- iOS 12 consults your password manager, and if it finds a username/password pair that matches the domain of the site, it displays the username for the site in a blue button or in the QuickType bar above the keyboard. Tap it, and unlock the password manager using your password, Touch ID, or Face ID. iOS fills in your credentials.
- Tap to continue the login process.
If you have multiple accounts for the same site, you may see several of them in the QuickType bar, but if the one you want doesn’t appear, or if none appear, tap the key icon to see all available passwords. If none are right even still, tap the name of your password manager at the bottom of the list to open and search it manually.
Log In to an App
The process of logging in to an app is often similar to logging in to a Web site, as with the Dropbox and Netflix apps, but iOS 12 doesn’t know how to match every app with an associated account in your password manager. For an app that iOS 12 can’t identify, like the Pixabay app, follow these steps instead:
- Tap in the username or password field.
- In the QuickType bar, tap the key icon to open your password manager.
- If necessary, unlock it with your password, Touch ID, or Face ID.
- Search in the password manager for the associated account.
- Tap the account to autofill it in the app’s login fields.
Password Manager Limitations
As welcome as iOS 12’s new support for password managers is, it’s lacking in two important ways:
- The autofill integration is limited to usernames and passwords, so if a site requires an additional field for login, you’ll have to enter that information manually. Similarly, it won’t enter credit card numbers or other information the password manager can autofill when used on a Mac.
- The password manager can’t automatically create new accounts or generate new passwords, as all password managers can do on the Mac. You can do both manually, but the process is so clumsy that it may be easier to wait and do it on a Mac later, or use an easily typed password temporarily until you can change it to something stronger on your Mac later.
Despite these annoyances, iOS 12’s support for third-party password managers is a huge step forward for anyone who wants quick access to the same login credentials on an iPhone or iPad.
Desktop Stacks are a new way to reduce icon clutter in macOS Mojave 10.14. There are three types of people in this world: those who keep their Mac Desktop organized, those who don’t and don’t care, and those who don’t but wish they could. If you’re sitting on the Group #3 bench–you have oodles of icons scattered willy-nilly`around your Desktop, and it bugs the bejeebers out of you—macOS 10.14 Mojave might have the solution: Stacks.
Apple has used the term “Stack” before, and still does, in relation to how the icons of folders in the Dock display, either as normal folders or as a stack of icons with the first on top. Mojave’s new Stacks feature brings that visual approach to the Desktop, organizing icon clutter into neat stacks that you can expand and collapse with a click, working with the revealed icons just as you’ve always done.
In the Finder, the best way to invoke Stacks is by Control-clicking the Desktop and choosing Use Stacks from the contextual menu (below left). If you first click the Desktop, you can also find the commands for Stacks in the View menu: Use Stacks and Group Stacks By. Lastly, if you open the View Options window by Control-clicking the Desktop and choosing Show View Options, you can work with Stacks by choosing from the Stack By pop-up menu (below right).
Regardless, when you invoke Stacks, the Finder promptly collects all like icons—even new files, as you create them—together into one or more stacks of icons. Click once on a stack to reveal its contents below. Click again to collapse the revealed icons back into the stack. If you open multiple stacks at once, each subsequent stack takes over a spot at the top of the screen and expands down. If you don’t show disks on your Desktop, you can get a nice columnar view of what’s on your Desktop.
How does Stacks figure out which files are alike? You determine that by Control-clicking the Desktop and choosing from the Group Stacks By menu. You can create three basic types of stacks:
- Kind: These stacks are named for the type of file they contain, such as Documents, PDF Documents, Movies, Images, Screenshots, etc.
- Date: With date-based collections, each stack’s name and contents depend on what date ranges make sense, such as Today, Previous 7 Days, Previous 30 Days, October, 2017, and so on. The date groupings can key off the date added, last opened, last modified, or created.
- Finder tags: Tag-based stacks are useful only if you regularly assign tags to all your files.
We expect that grouping stacks by kind will work best for most people, with a few chronologically inclined folks opting for one of the date options.
How can you control the order of the files within a stack? That’s trickier. Control-click the Desktop, choose Show View Options, and in the View Options window, choose from the Sort By pop-up menu. We’re partial to Name (for an alphabetical list) and Last Modified (to put the most recent file you’ve touched on top), but see what works for you.
The main problem with Stacks is that it eliminates any spatial memorization you might have relied on to find icons on your Desktop. You might be able to identify the document you’re looking for by its icon, but exactly where that icon appears when you expand its stack depends on what other stacks are open or closed, what other files are in the stack, and how the stack is sorted. So if your Desktop is a mess, but you know to look in the lower-left corner for the files you’re working with, Stacks may irritate you.
Luckily, you can give Stacks a try without permanently rearranging your Desktop. Just invoke it—the Command-Control-0 (zero) keyboard shortcut can be handy here—and try Stacks. If you don’t like it, another press on Command-Control-0 puts things back the way they were, with no harm done. (The only exception is that if you sort your Desktop, switching in and out of Stacks removes your Sort By setting.)
Stacks may not be ideal for everyone, but many people whose Desktops are obscured by icons will appreciate how it cleans things up instantly and keeps everything neat and tidy.
It’s a constant refrain in many homes—a kid clamoring to use an iPad or iPhone to play games, watch videos, or chat with friends. As a parent, you know too much screen time is bad, especially when it affects homework or family dinners. At the same time, an iOS device may be essential for communication and schoolwork.
In iOS 12, Apple introduced Screen Time, which shows how much time you spend on your own device, and helps you control your usage—see our recent article for details. But Screen Time also has parental controls. They’re best managed with Family Sharing from your own iOS device, so if you haven’t already done so, tap Settings > YourName > Set Up Family Sharing and follow the instructions. (You can also set up Screen Time directly on the child’s device—tap Use Screen Time Passcode to set a passcode that prevents the child from overriding limits.)
With Family Sharing set up, go to Settings > Screen Time and notice your children’s names in the new Family section. Tap a child’s name to set Screen Time limitations and restrictions on their iOS devices. Initially, Screen Time walks you through an assistant that explains the main features and helps you set some basic limitations. It also prompts you to create a four-digit parent passcode, which you’ll need to adjust settings in the future or override time limits.
Subsequently, when you tap your child’s name, you’ll see Screen Time’s standard sections for Downtime, App Limits, Always Allowed, and Content & Privacy Restrictions. For a full explanation of the first three, see our previous article; we’ll focus on what’s different for children and on Content & Privacy Restrictions here.
Downtime is useful for blocking all device usage during a time when your child should be sleeping, doing homework, or just not using the screen. You can set only one time period, so if you want to control usage on a more complex schedule, you’ll need to do that in another way.
For a child, the Downtime screen has a Block at Downtime option that you must enable to actually block access to the device during the scheduled time. If it’s off, and the child tries to use the device during that time, they’ll be able to tap Ignore Limit just like an adult can. That might be appropriate for a teenager who may need to check email late at night to find details for tomorrow’s sports practice. With Block at Downtime on, however, the only override is with the parent passcode.
As our previous article noted, App Limits specify how long a category of apps—or a specific app—may be used each day, with the time resetting at midnight. For children, you might want to try restricting nothing for a week, and see what apps they’re using and for how long. Then have “the talk” about appropriate use of digital devices and agree on limits.
You can tap Customize Days to allow more time on weekends, for instance, and you can exempt an app from all limitations in the Always Allowed screen.
Once your child hits an app limit, Screen Time will block them from using the app, with the only override being your parent passcode.
Content & Privacy Restrictions
Here’s where you’ll find all the previous parental controls, which let you turn on a wide variety of restrictions. To get started, enable the Content & Privacy Restrictions switch. There are three basic sections here:
- Store and Content Restrictions: Use these to control app downloading and deletion, what sort of content can be downloaded from Apple’s online stores, whether or not Web content should be filtered, and more.
- Privacy Restrictions: The entries here depend on what apps are installed, but the main question is if you want to allow location sharing.
- Allow Changes: These items relate to settings on the iOS device itself. You might want to disallow passcode and account changes, and volume limit changes, if you’ve set a maximum volume in Settings > Music > Volume Limit.
At the top of its main screen for the child, Screen Time reports on usage for both the current day and the last 7 days, showing a graph of screen time by hour or day, with color coding to indicate which app categories were in use. Review this report regularly to see if you need to adjust the Downtime or App Limit settings. Your child can also check the same report directly on their device in Settings > Screen Time.
Screen Time’s controls are good but not perfect. Enterprising kids have discovered workarounds such as changing the device’s time setting and deleting and redownloading apps. So don’t see Screen Time as a guaranteed technological solution—it’s just another tool in your parenting toolkit.
With macOS 10.14 Mojave, Apple has beefed up the Mac’s privacy so it more closely resembles privacy in iOS. You’ve noticed that when you launch a new app on your iPhone or iPad, it often prompts for access to your photos or contacts, the camera or microphone, and more. The idea behind those prompts is that you should always be aware of how a particular app can access your personal data or features of your device. You might not want to let some new game thumb through your photos or record your voice.
macOS has been heading in this direction, but Mojave makes apps play this “Mother, May I?” game in more ways. As a result, particularly after you first upgrade, you may be bombarded with dialogs asking for various permissions. For instance, when you first make a video call with Skype, it’s going to ask for access to the camera and the microphone. Grant permission and Skype won’t have to ask again.
Skype’s requests are entirely reasonable—it wouldn’t be able to do its job without such access. That applies more generally, too. In most cases, apps will ask for access for a good reason, and if you want the app to function properly, you should give it access.
However, be wary if a permission dialog appears when:
- You haven’t just launched a new app
- You aren’t doing anything related to the request
- You don’t recognize the app making the request
There’s no harm in denying access; the worst that can happen is that the app won’t work. (And if it’s malicious, you don’t want it to work!) You can always grant permission later.
To see which permissions you’ve granted or denied, open System Preferences > Security & Privacy > Privacy. A list of categories appears on the left; click one to see which apps have requested access. If you’ve granted access, the checkbox next to the app will be selected; otherwise it will be empty.
You’ll notice that the lock in the lower-left corner is closed. To make changes, click it and sign in as an administrator when prompted.
Most of these categories are self-explanatory, but it might not always be obvious why an app wants permission. In the screenshot above, for instance, Google Chrome has been granted access to the Mac’s camera. Why? So Google Hangouts and other Web-based video-conferencing services can work.
There are five categories (including three not showing above) that could use additional explanation:
- Accessibility:Apps that request accessibility access want to control your Mac. In essence, they want to be able to pretend to click the mouse, type on the keyboard, and generally act like a user. Utility and automation software often needs such access.
- Full Disk Access:This category is a catch-all for access to areas on your drive that aren’t normally available to apps, such as data in Mail, Messages, Safari, Home, and more, including Time Machine backups and some admin settings. Backup and synchronization utilities may need full disk access, in particular. An app can’t request full disk access in the normal way; you must add it manually by clicking the + button under the list and navigating to the app in the Applications folder.
Automation:The Mac has long had a way for apps to communicate with and control one another: Apple events. An app could theoretically steal information from another via Apple events, so Mojave added the Automation category to give you control over which apps can control which other apps. You’ll see normal permission requests, but they’ll explain both sides of the communication.
Analytics:The Analytics privacy settings are completely different—they let you specify whether or not you want to share information about how you use apps with Apple and the developers of the apps you use. For most people, it’s fine to allow this sharing.
Advertising:Finally, the Advertising options give you some control over the ads that you may see in Apple apps. In general, we recommend selecting Limit Ad Tracking, and if you click Reset Advertising Identifier, any future connection between you and the ads you’ve seen will be severed from past data. There’s no harm in doing it. It’s worth clicking the View Ad Information and About Advertising and Privacy buttons to learn more about what Apple does with ads.