MacRumors

The U.S. Patent and Trademark Office this week published a new Apple patent application that details features for editing sent messages, an improved application launcher and many other possible features. (via AppleInsider)

The patent application specifically describes features of "a messaging user interface of a message application" that are not currently in iOS. These include ways to easily acknowledge messages, display private messages, synchronize viewing of content between users, translate foreign language text, and combine messages into a group. The document suggests improvements to some familiar Messages features such as bubble and full-screen effects, as well as sending and receiving money with Apple Pay.

Among the most striking new features presented is full text-editing capability for sent messages. A simple means of selecting a message with a predefined touch input could lead to a menu with an option for editing, resulting in "a message editing interface" and display of "a revised version of the message" for all recipients. The included drawing shows a "Show Edits" button that could show a history of changes.

iMessage apps were introduced in iOS 10 with some limitations, and many messages apps are reliant on existing third-party apps on a user's device. The patent, however, details fuller apps within Messages and new "Application Management Interfaces". The enclosed illustrations appear to show a dynamic application dock that would work alongside "input affordances" to guide the user to find the correct app. There is also the suggestion that applications in Messages could be more well-integrated and interactive.

Improving applications in Messages and text-editing features would allow Apple to better compete with other more fully-featured popular messaging apps such as WeChat. When these features will be included in iOS remains to be seen.

If you've just picked up Apple's new Magic Keyboard for your 2018 or 2020 iPad Pro, here's a list of our favorite tips and tricks that you need to know.

1. Use Your Free USB-C Port

Apple made a neat design decision to integrate a USB-C port into the side of the Magic Keyboard. This lets you power your connected ‌iPad Pro‌ via pass-through charging, leaving your tablet's onboard USB-C port free to plug in other accessories like an SD card reader or a digital camera. You could even charge an Apple Watch from the free USB-C port, or connect your ‌iPad Pro‌ to an external display.

2. Reclaim the Escape Key

The Magic Keyboard for ‌‌iPad Pro‌‌ lacks an Escape key, but there are a couple of ways you can get around this. Try hitting the Command key and the period key in combination. If that doesn't work in the context that you need an Escape function, you can use an option in iPadOS 13.4 that lets you remap modifier keys for various actions.

To do so, first make sure your Magic Keyboard is connected to your ‌iPad Pro‌, then launch the Settings app and select General -> Keyboard -> Hardware Keyboard. Select the Modifier Keys option, then choose the modifier key that you'd like to use as an Escape key. Choose the Escape action on the next screen, and you'll be good to go.

3. Gain Quick Access to the Virtual Keyboard

If you need to use the onscreen virtual keyboard to do things like type accented characters or use dictation, tap the down arrow key on your Magic Keyboard, then touch and hold the downward-facing chevron in the bottom-right corner of the iPad's screen. To hide the keyboard again, tap the key in the bottom-right corner of the screen.

4. Control Touchscreen Actions With Keys

If you have difficulty using your ‌iPad Pro‌'s touchscreen, you can replicate many of the functions and actions using the keys on a Magic Keyboard. With the Magic Keyboard connected, launch the Settings app and select Accessibility -> Keyboards -> Full Keyboard Access.

Toggle on the switch next to Full Keyboard Access, and you'll be able to control and customize several keyboard shortcuts to replicate a range of functions, movements, interactions, gestures, and more.

5. Adjust Backlight Brightness

Perhaps the only drawback of the Magic Keyboard is that its layout lacks a row of function keys. That leaves users with no dedicated keys for adjusting some system settings, including keyboard backlight brightness.

The Magic Keyboard actually uses the ‌iPad Pro‌'s sensors to detect the lighting in your environment and will adjust the backlit keys accordingly. But if for some reason you find it too bright or too dim, you can adjust this manually. Granted, it's not as convenient as tapping a key when you want to watch a video with the lights out, but at least it's there.

Launch the Settings app and select General -> Keyboard -> Hardware Keyboard, then simply drag the Keyboard Brightness slider to the right or left to make the keys brighter or dimmer.

MacStories' iOS Shortcut magician Federico Viticci has also created a handy shortcut that launches the Hardware Keyboard section of Settings directly. As Viticci suggests, the most convenient way of using it is as a widget on the ‌iPad‌ Home screen.

6. Customize Cursor Behavior

iPadOS includes options that let you customize the appearance and behavior of the trackpad's round cursor. These include increasing the cursor's contrast, changing its color, making it bigger or smaller, changing scrolling speed, and disabling the auto-hide after inactivity. These settings can be found in the Settings app under Accessibility -> Pointer Control.

7. Tap-to-Click and Two-Finger Secondary Click

If you own a Mac, you're likely already familiar with Tap to Click. It lets your trackpad register a tap with a single finger as a virtual click, allowing you to do things like launch apps and open menus without physically clicking the pad.

Apple has included the same feature in iPadOS 13.4, so you can use it with your Magic Trackpad. Launch Settings and choose General -> Trackpad, then switch on the toggle next to Tap to Click. Now you can tap the trackpad's surface with one finger to register a click, instead of having the physically depress the trackpad.

You can also make a two-finger tap or click behave as a secondary click (or right-click, if you're used to a two-button mouse). Simply enable the Two Finger Secondary Click toggle in the same Trackpad settings screen above.

8. Trackpad Gestures

As you'd expect, the Magic Keyboard supports the new trackpad gestures in iPadOS 13.4. For example, you can enter the Slide Over multitasking interface by moving the cursor over to the right side of the screen or dragging an app over from the Dock.

You can also use two- and three-finger gestures. On the Home screen, for example, a two-finger swipe downwards on your trackpad will bring up Spotlight search. When you're using Photos, you can pinch in and out to control picture zoom. You can also use two fingers to scroll up or down when navigating a web page in Safari.

Try swiping downwards with three fingers to be taken back to the Home screen no matter what you're doing on the ‌iPad‌. Likewise, a three-finger swipe up on the trackpad will open up the iPadOS multitasking interface. And swiping to the left or the right with three fingers will also switch between your open apps.

9. Access Emoji Keyboard

It's easy to access emoji while using the Magic Keyboard. Whenever you're in typing mode, press the globe key in the bottom-corner of the keyboard layout.

As long as you're using only English, the emoji keyboard will appear on the screen. To make it disappear again, simply tap the globe key on the keyboard once again.

10. "Easel Mode" and Other Orientations

Hold your ‌iPad Pro‌ in landscape orientation, prop the bottom side against the ridge below the keys, and rest its top side against the Magic Keyboard cover. Now you have a stable elevated drafting stand or "easel," perfect for drawing.

You can also try this stand trick in portrait orientation for some FaceTime, or whenever you want to have the screen closer to you. It's not quite as stable, but it works. (Hat tip to MacRumors forum member GrindedDown for this one.)

Alternatively, with the ‌iPad Pro‌ attached in the normal way, try flipping the Magic Keyboard over backwards, then take your iPhone and slip it in between the keyboard and the top of your ‌iPad‌, and you'll have another decent angle for drawing.

It was another big week for Apple news and rumors as we learned more about the new iPhone SE, heard some new rumors about the upcoming iPhone 12 lineup, and saw that Apple's financials have been holding up reasonably well despite the current global crisis.

This week also saw a new iOS 13.5 (yes, 13.5!) beta release with support for upcoming exposure notification apps, as well as some tweaks to make it easier to unlock an iPhone while wearing a mask and to turn off the sometimes annoying tile behavior on Group FaceTime calls.

Read on below and check out our video above for recaps of all of this week's most important stories!

Camera Comparison: 2020 iPhone SE vs. iPhone 8 and iPhone 11 Pro

Apple's new iPhone SE is now available, and after going hands-on with the budget phone last week to share our impressions, this week we did a deep dive on the iPhone SE's camera, comparing it to the iPhone 8 and iPhone 11 Pro to see how it stacks up.

On the technical side, we've seen several teardowns of the iPhone SE, including comparisons to the iPhone 8 and even some tests of which components can be swapped between the two devices.

If you're a current owner of an iPhone 6, iPhone 6s, or iPhone 7, make sure to check out our guide to help you decide whether it's worth upgrading to the new iPhone SE. (Spoiler: It almost certainly is.) There is one warning though: If you're a frequent user of 3D Touch or Haptic Touch to help process notifications on your Lock screen, you'll find that it doesn't work on the iPhone SE.

iPhone 12 Lineup With OLED Displays Predicted to Start at $649, Breaking the $999 Barrier

We're starting to hear information about possible pricing for the iPhone 12 lineup later this year, with Front Page Tech's Jon Prosser quoting a source stating pricing will start at $649 for the 5.4-inch model, while the larger 6.1-inch model will start at $749.

Stepping up to the more advanced iPhone 12 Pro lineup, Prosser says the 6.1-inch model will start at $999 and the 6.7-inch model will start at $1,099. With Apple reportedly shifting to an all-OLED display lineup for the iPhone 12, that means you'll be able to get a new iPhone with an OLED display for under $999 for the first time, and well under at that.

Looking at availability, we're continuing to hear that at least some models may see delayed launches, with The Wall Street Journal saying that mass production has been pushed back a month. So we'll have to see how things play out as we get closer to the traditional September announcement.

Finally, a rumor out of left field claims that at least some of the iPhone 12 models will include an ultrasonic fingerprint sensor under the display. We're not putting much stock in this rumor, although it's something we may see in 2021.

iOS 13.5 Beta Makes It Easier to Unlock an iPhone With Passcode When Wearing a Mask

Apple this week threw a bit of a curveball by releasing the third beta of iOS 13.5. Yes, you read that correctly...iOS 13.4.5 has been renamed iOS 13.5 midstream in order to accommodate the new exposure notification functionality that will support apps designed to notify you if you've been in proximity to someone who later tests positive for the COVID-19 coronavirus. For more on exposure notification, check out our guide covering every aspect of it.

The new beta also includes a couple of other tweaks related to the new reality we've all been living in, with Face ID on devices running iOS 13.5 quickly recognizing if you're wearing a mask and switching to passcode entry for authorization.

And for those of you who have been using Group FaceTime a lot more lately, there's a new option to turn off Automatic Prominence, the feature that expands the tile of whoever is speaking at the moment. It can be a bit annoying, especially if there are a lot of people on the call, so the new option will be a welcome addition when iOS 13.5 officially launches in a few weeks.

Apple Reports 2Q 2020 Results: $11.2B Profit on $58.3B Revenue, All-Time Record for Services Revenue

After announcing back in February that it wouldn't meet its financial guidance for the March quarter due to coronavirus impacts, Apple this week released its earnings for the quarter and they weren't as bad as many as feared. Revenue and earnings per share were actually up slightly compared to the year-ago quarter as Apple's booming services and wearables segments helped maintain momentum.

Apple CEO Tim Cook said that the company has its "head down and working" on upcoming products and is well-positioned to recover. As with many other companies, Apple didn't provide any financial guidance for the current quarter, but said it expects to see growth in iPad and Mac as people have focused on working and learning from home.

Intel Unveils 10th-Generation 'Comet Lake' Processors Appropriate for Updated iMacs

Amid some rumors of an update for Apple's iMac lineup at some point this year, potentially including a redesign and a new 23-inch size option, Intel has released its latest 10th-generation "Comet Lake" processors appropriate for Apple's mainstream desktop.

A number of the new chips are natural successors to the ones currently found in the iMac lineup, but it remains to be seen how things might change for the family with a potential refresh. The new chips continue to be manufactured on Intel's 14nm++ process, so performance gains are likely to be modest.

Newly Discovered macOS Image Capture Bug Can Fill Up Hard Drives With Empty Data

A recently discovered bug with Apple's Image Capture app for macOS could lead to users seeing gigabytes of storage space disappearing when transferring photos from an iOS device.

The issue occurs when Image Capture or any other app using the Image Capture framework converts HEIF photos taken on an iOS device to the more standard JPG format. If the option to "Keep Originals" is selected upon copying, 1.5MB of empty data is added to each and every file.

Apple has been notified about the bug, but it's not clear when we can expect a fix to be rolled out.

Apple Expecting to Reopen 'Many More' Stores in May

All of Apple's retail stores outside of Greater China have been shuttered since March, with the exception of the company's lone store in South Korea which reopened in mid-April, but the company is looking toward opening "many more" of its stores as the calendar flips over to May.

Apple's vice president of retail and people Deirdre O'Brien shared the news in a weekly update to employees, and Tim Cook followed up in an earnings-related interview to note that Austria and Australia would likely be the next countries to see store reopenings.

As stores reopen, Apple will take into account local conditions and recommendations, likely focusing on repairs and purchase pickups while limiting browsing and customer counts and enforcing social distancing.

MacRumors Newsletter

Each week, we publish an email newsletter like this highlighting the top Apple stories, making it a great way to get a bite-sized recap of the week hitting all of the major topics we've covered and tying together related stories for a big-picture view.

So if you want to have top stories like the above recap delivered to your email inbox each week, subscribe to our newsletter!

Apple today updated its COVID-19 screening app, which was created to help people stay informed and take the proper steps to limit the spread of the coronavirus.

The new version of the app includes updated symptoms and recommended actions that align with the CDC guidelines. The CDC this week added several new symptoms that can be signs of the coronavirus, including chills, shaking with chills, muscle pain, headache, sore throat, and new loss of smell or taste.

Apple's updated COVID-19 app also includes tips for wearing a cloth mask to protect yourself and others from the coronavirus. The mask section includes tips on creating a mask, how to wear it, where to wear it, and how to sanitize it.

Apple has also updated its accompanying COVID-19 website to provide the same information.

Apple developed the COVID-19 app and website in partnership with the CDC, White House Coronavirus Task Force, and FEMA. Along with the features introduced today, the tools provided by Apple let users answer a series of questions on risk factors, recent exposure, and symptoms to receive CDC recommendations on the next steps that they need to take.

The screening tool is available to anyone who is 18 years or older in the United States. Data provided in the COVID-19 app and on the website is not shared with Apple, the CDC, or other government agencies.

Apple in May 2020 introduced an Exposure Notification System, which was designed to let public health authorities and governments worldwide help people figure out if they've been exposed to COVID-19, and if so, what steps to take next to minimize the spread of the virus.

As the pandemic has waned, various governmental agencies have been gradually shutting down their Exposure Notification systems. With the expiration of the COVID-19 national state of emergency in the United States on May 11, 2023, the system is no longer functional in most of the over 30 states that had adopted the system.

Exposure Notification Explained

Exposure Notification started out as contact tracing, an Apple-Google initiative that was announced in early April 2020 to limit the spread of COVID-19.

Apple and Google created an API that is designed to allow iPhones and Android smartphones to interface with one another for contact tracing purposes, so if and when you happen to be nearby someone who is later diagnosed with COVID-19, you can get a notification and take the appropriate steps to self isolate and get medical help if necessary.

Determining whether you've come into contact with someone relies on your iPhone, which, using the exposure notification API, interacts with other iPhones and Android smartphones over Bluetooth whenever you're around someone else who also owns a smartphone, exchanging anonymous identifiers.

Apple and Google developed the underlying APIs and Bluetooth functionality, but they did not develop the apps that use those APIs. Instead, the technology was incorporated into apps designed by public health authorities worldwide, which can use the tracking information to send notifications on exposure and follow up with recommended next steps. Apple and Google also implemented an "Express" feature that allows Exposure Notifications to work in partnership with health authorities, but without an Exposure Notification app.

The APIs were created with privacy and security in mind, and app usage is opt-in rather than mandatory.

How Exposure Notification Works

Almost everyone has a smartphone, which makes them ideal for determining who you've come in contact with. Exposure notification has a self-explanatory name, and in a nutshell, the feature was designed to send you a notification if you've been in proximity to a person who is diagnosed with COVID-19.

Here's a detailed, step-by-step walkthrough on how it works:

1. Two people, Ryan and Eric, are both at the same grocery store shopping for food on a Tuesday afternoon. Eric has an iPhone and Ryan has an Android phone, both with a health app that uses the exposure tracking API or the Express Exposure Notification feature.
2. There's a long wait, so Eric and Ryan are standing in the checkout line together for approximately 10 minutes. During this time, each of their phones is transmitting entirely anonymous identifier beacons, and picking up the identifier beacons transmitted by the other person. Their phones know they've been in contact and store that information on the device itself, transmitting it nowhere else.
3. A week later, Ryan comes down with COVID-19 symptoms, sees a doctor, and is diagnosed with COVID-19. He opens up his Android phone, verifies his diagnosis using documentation from a healthcare provider, and taps a button that uploads his identifier beacon to a centralized cloud server.
4. Later that day, Eric's iPhone downloads a list of all recent beacons from people that have contracted COVID-19. Eric then receives a notification that he was in contact with someone that has COVID-19 because of his interaction with Ryan at the grocery store.
5. Eric does not know it was Ryan who has COVID-19 because no personally identifiable information was collected, but the system knows Eric was exposed to COVID-19 for 10 minutes on Tuesday, and that he was standing close to the person who exposed him based on the Bluetooth signal strength between their two phones, allowing the app to provide the appropriate information.
6. Eric follows the steps from his local public health authority on what to do after COVID-19 exposure.
7. If Eric later comes down with COVID-19, he follows the same steps listed above to alert people he's been in contact with, allowing everyone to better monitor for potential exposure.

Apple and Google also created a handy graphic that explains the process, which we've included below:

What You Need to Do to Use Exposure Notification

Using Exposure Notification in supported countries on a device running the latest version of iOS requires opening up the Settings app, selecting the "Exposure Notifications" section, and then tapping on "Turn on Exposure Notifications."

From here, your iPhone will let you know if an Exposure Notification app is available in your state, country, or region, providing details on how to download it. You'll also be informed if you can use Exposure Notifications without an app through the Express feature, or Exposure Notifications are unavailable in your area at this time.

Exposure Notification is a feature that's off by default, and actually using the API requires you to toggle on the feature and in some cases, download an app from a verified health authority. Many countries are developing country and state-specific apps that users can download.

Without explicitly opting in to use the Exposure Notifications feature, the Exposure Notification API on the iPhone doesn't do anything. Once you've downloaded an app and consented to using it, or consented to using the Express option, the Exposure Notification feature will become active on your smartphone.

Cross-Platform App Communication

Apple and Google have both worked to create APIs for exposure notifications that work together so iPhone and Android smartphones can interface with one another and you'll receive notifications if exposure happens even if the person you've been in contact with has an Android smartphone.

On iOS, Exposure Notification works on devices running iOS 13 and later, including iOS 14, iOS 15, and iOS 16.

Exposure Notification Opt-In

Exposure Notifications on the iPhone are off by default and must be toggled on. Using the feature requires users to consent to signing up for the exposure notification system, which is part of the sign up process. Exposure Notifications can be toggled on using the "Exposure Notifications" section in the Settings app.

If you do, at some point, get COVID-19, there's a separate consent process for anonymously alerting people that you've been in contact with. The feature needs express consent to inform others of the diagnosis, and nothing happens automatically.

Disabling Exposure Notification

You can disable Exposure Notifications entirely by opening up the Settings app and tapping "Turn off Exposure Notifications." If you've downloaded an Exposure Notification app, you can also delete the app to disable Exposure Notifications. Since Exposure Notifications is off by default, if you've never used it, you don't need to do anything to disable it.

Exposure Notification Verification

When a person is diagnosed with COVID-19, before an alert is sent out to the people they've been in contact with, the apps that are using Apple and Google's exposure notification APIs require verification that a person has tested positive for the disease.

This prevents people from using the system maliciously to trick others into believing exposure has happened when it has not.

As an example, a person who tests positive for COVID-19 might receive a QR code with their test results, which could be scanned into an exposure notification app for verification purposes. The verification process varies by region, according to Apple.

How Exposure Notifications Work

As explained above, with a health app that uses the exposure notification API installed or the Express system activated with express consent, your smartphone exchanges anonymous identifiers with each person you come in contact with that also has an app that uses the API.

Your phone keeps a list of these identifiers on it, and this list remains on your device -- it is not uploaded anywhere. The exception is if you're diagnosed with COVID-19 and then follow the steps to send out notifications to the smartphones that have been in contact with yours.

In this situation, the list of random identifiers that your iPhone has been assigned over the course of the previous 14 days is sent to a centralized server. Other people's iPhones check this server and download that list, checking it against the identifiers stored on their own iPhones. If there's a match, they receive a notification about exposure with more information about the steps to take next.

Matches are made on device rather than on a server in a central location, which preserves privacy while also making sure people know about possible exposure.

For a more simple explanation, here's a step-by-step walkthrough on how it works:

1. Ryan and Eric interact at the grocery store. During this interaction, Ryan's Android phone has a random identifier number, 12486, which is unique to Ryan's phone (and which changes every 15 minutes).
2. Eric's iPhone records Ryan's random identifier number, 12486, and sends Ryan his own random identifier, 34875. Both Ryan and Eric are in contact with a dozen people at the grocery store, so their smartphones download random identifiers from all of these phones.
3. Ryan contracts COVID-19, confirms his diagnosis in the app, and consents to upload all of the identifiers his phone has used for the last two weeks (including 12486) to a central server accessible by Eric's COVID-19 app. At this point, Ryan's identifier is shared with a central database, but these random identifier numbers are not associated with any personal information and don't include location data.
4. Eric's phone downloads the list of identifiers of people who have been diagnosed with COVID-19, which includes Ryan's identifier, 12486, and compares it against the list of identifiers that have been stored based on Eric's interactions.
5. A match is made, so Eric receives a notification that he has been in contact with someone who has COVID-19 and he receives info on what steps to take next.

Public health authorities will have access to information that includes the amount of time that Eric and Ryan's phone were in contact and the distance between them, as determined by Bluetooth signal strength, which can be used to estimate distance.

Based on this information, the Exposure Notifications System can deliver location-specific, tailored notifications to Eric, perhaps letting him know his exposure level and potential danger based on those factors. The system will know the day he was exposed, how long the exposure lasted, and the Bluetooth signal strength of that contact. No other personal information is shared.

Each public health authority is able to define what constitutes an exposure event and the number of exposure events an individual has had, plus it allows apps to factor transmission risk of positive cases into their definitions of an exposure event, all of which will impact how and when exposed users are contacted.

App Demonstrations

Apple and Google provided samples on how apps will work to give users an idea of what to expect before making a download. In iOS 13.5, new menu was added under Settings > Health > COVID-19 Exposure Logging to let users know which public health authority app they're using along with a list of exposure checks, which can be deleted.

When a user is potentially exposed to COVID-19, the app will provide a push notification letting them know about the incident. All exposure events for the last 14 days are listed in the app, and details include whether a diagnosis was verified and when you were near the person who later became sick.

When Data is Shared

For the most part, the exposure notification system runs on your device. Identifiers are collected and matched entirely on your smartphone and are not shared with a central system. There are two exceptions to this:

1. When a user is diagnosed with COVID-19 and chooses to report that positive diagnosis to the contact tracing system, the most recent identifier beacons (from the last 14 days) are added to the positive diagnosis list shared by a public health authority to allow others who came in contact with that identifier to be alerted.
2. When a user is notified through their smartphone that they've come into contact with an individual who has tested positive for COVID-19, the day the contact occurred, how long it lasted, and the Bluetooth signal strength of that contact is shared.

Exposure Notification Privacy Details

First and foremost, full privacy details on exposure notification are available on Apple's website, but we'll cover some important frequently asked questions about privacy below.

• No identifying info - Your name, Apple ID, and other information are never shared in or associated with apps that use the exposure tracking API.
• No location data - The system does not collect, use, or share location data. Exposure notification isn't for tracking where people are, but for determining whether a person has been around another person.
• Random identifiers - Your iPhone is assigned a random, rotating identifier (a string of numbers) that is transmitted using Bluetooth to other nearby devices. Identifiers change every 10 to 20 minutes.
• On-device operation - Identifiers that your phone comes into contact with, or phones that come into contact with your identifier, are stored on device and are not uploaded anywhere without consent.
• Consent-based sharing - If you do test positive for COVID-19, the people you have been in contact do not receive an alert without express permission.
• On-device identifier matching - If you contract COVID-19 and consent to share that information, your identifier list from the last two weeks is uploaded to a central server that other devices can check to identify a match on their iPhones.
• Opt-in - Exposure notification is entirely opt-in. You do not need to use the feature, and it does not work unless you download an app that uses the API. It also does not work if you turn off the Exposure Notifications option in the Settings app.
• Data sharing with Apple/Google - Apple and Google do not receive identifying information about the users, location data, or any other devices the user has been in proximity of.
• Data monetization - Apple and Google will not monetize the exposure notification project.
• Verified health apps only - Apple's APIs are only able to be used by public health authorities around the world. Apps must meet specific criteria around privacy, security, and data control. Apps can access a list of beacons provided by users confirmed as positive for COVID-19 who have opted in to sharing them, but no personally identifiable information is included.
• Disabling exposure notification - Apple and Google can disabled the exposure notification system on a regional basis when it is no longer needed.

Restrictions for Apps

Apps need to follow a number of restrictions to be approved to use the Exposure Notification API. Only one app per country is allowed, in order to make sure there's no fragmentation and to promote high user adoption.

The exception is if a country has opted for a regional or state approach, which Apple and Google support. The following restrictions must also be followed:

• Apps must be created by or for a government public health authority and they can only be used for COVID-19 response efforts.
• Apps must require users to consent before the app can use the API.
• Apps must require users to consent before sharing a positive test result with the public health authority.
• Apps should only collect the minimum amount of data necessary and can only use that data for COVID-19 response efforts. All other uses of user data, including targeting advertising, is not permitted.
• Apps are prohibited from seeking permission to access Location Services.

Apps That Use the Exposure Notification API

So far, Switzerland, Latvia, Italy, Germany, Poland, Saudi Arabia, Ireland, Croatia, Denmark, Netherlands, Scotland, Canada, Japan, England, Wales, Belgium, New Zealand, and Norway have all launched Exposure Notification apps or use Apple's Exposure Notification express feature.

In the United States, Virginia, North Dakota, Arizona, Delaware, Nevada, Alabama, Colorado, Wyoming, North Carolina, Pennsylvania, Michigan, Maryland, New York, New Jersey, Minnesota, Washington, Connecticut, Nevada, the District of Columbia, California, and Utah launched Exposure Notification apps or took advantage of Apple's "Express" feature that allows for notifications without an app.

iPhone users can have more than one Exposure Notification app installed, but only one can be active at a time. Options to control which app is functional can be found in Privacy > Health > COVID-19 Exposure Logging.

Exposure Notifications Express

Introduced as part of iOS 13.7, Exposure Notifications Express is the operating-system level second-generation version of the Exposure Notification API, allowing states, countries, and regions to take advantage of the Exposure Notification System without having to build an entire app.

Exposure Notifications Express can be thought of as Exposure Notifications without an app, but using the feature still requires oversight by a public health authority in a given area.

Basically, public health authorities that want to use Exposure Notifications Express can instead provide Apple and Google with information about how to reach the public health authority, guidance for residents, and recommendations on potential actions.

Public health authorities provide a name, logo, criteria for triggering an exposure notification, and the materials to be presented to users in case of exposure, with Apple and Google using this information to offer an Exposure Notifications System to customers on behalf of the public health authority.

Exposure Notifications Express programs from various areas are interoperable with one another and existing Exposure Notifications apps that have rolled out. Public health authorities can still choose to build their own custom apps instead of using Exposure Notifications Express.

Privacy continues to be a focus with the new feature. Even though an app is not necessarily required in an area where a public health authority has opted into Exposure Notifications Express, it still needs to be expressly enabled on an iPhone by opening up the Settings, navigating to the Exposure Notification section, and tapping "Turn on Exposure Notifications." Opting out at any time is possible.

Health Organization Partners

The API was developed with a number of health authorities, including the CDC, the Association of Public Health Laboratories, the Association of State and Territorial Health Officials, the Council of State and Territorial Epidemiologists, and the Public Health Informatics Institute of the Taskforce for Global Health.

More Information

Apple and Google both have dedicated websites with more information about exposure notification, and that should be your first stop if you want to know more about it and how it works.

Guide Feedback

Have a question about the exposure notification system, know of something we left out, or want to offer feedback? Send us an email here.

"Neversong" is this week's addition to Apple Arcade on the iPhone, iPad, Apple TV, and Mac.

The game is described as a beautiful musical adventure:

Upon waking from a coma, Peet's girlfriend is nowhere to be found. Investigate the screams coming from the heart of Neverwood, the increasingly bizarre behavior of the zombie grownups, and the strange truth about Peet's past in this hauntingly dreamlike fable.

- From Red Wind Field to the haunting halls of Blackfork Asylum, explore six moody, illustrative levels.
- Take on bosses, monsters, and zombie grownups with your trusty baseball bat.
- Immerse yourself in a breathtaking piano-centric soundtrack.
- Join your quirky childhood pals and trusty pet bird on an adventure to discover the truth about your recent coma.

"Neversong" is available on the App Store with an Apple Arcade subscription. The service provides iPhone, iPad, Apple TV, and Mac users with access to over 100 games with no in-app purchases or ads for $4.99 per month or $49.99 per year.

Apple Card's COVID-19 Customer Assistance Program has been extended by another month, allowing cardholders who enroll in the program to defer their May payment without incurring any interest charges, per an email shared by 9to5Mac.

To enroll in the program, open the Wallet app on an iPhone or iPad, tap on the Apple Card, tap on the black circle with three dots, tap on the message bubble, and send a message along the lines of "I want to enroll in the Customer Assistance Program." Confirmation of your enrollment will be sent to the email address associated with your Apple ID.

The program will prevent interest from accruing on your May statement, but any purchases will still be added to your outstanding balance. Credit bureaus will report your account as being enrolled in the Customer Assistance Program, according to Apple. Your minimum payment is not affected by payments that you skipped while you were enrolled.

The program was also available for March and April payments. Apple has a support document with more details, but it does not yet reflect the May extension.

Valve on Thursday announced that SteamVR no longer supports macOS so that its team "can focus on Windows and Linux."

As noted by UploadVR, Mac users will still be able to use SteamVR by running Windows with virtualization software like Parallels Desktop or VMware Fusion. Valve says legacy builds of the virtual reality platform will also remain accessible on the Mac by right-clicking on SteamVR in Steam and selecting Properties > Betas.

Apple software engineering chief Craig Federighi announced that SteamVR was coming to the Mac at WWDC 2017, but a recent Valve survey indicated that more than 95 percent of Steam users are running Windows or Linux.

Multiple reports have indicated that Apple plans to release a combination AR/VR headset by 2021 or 2022, followed by sleeker AR glasses by 2023.

MacRumors is pleased to announce our Eleventh Annual MacRumors Blood Drive, throughout the month of May 2020. Our goal is to save lives by increasing the number of life-saving donations of blood, platelets, and plasma. While most blood drives are specific to a geographic location, our blood drive is online and worldwide.

Over the past 10 years, MacRumors Blood Drives have recorded donations of 699 units of blood, platelets, and plasma, and celebrated new signups for the organ donor and bone marrow registries. We've heard from people whose lives were saved by these donations, including lives saved by complete strangers.

Donating during the coronavirus pandemic

Circumstances are different this year due to the worldwide pandemic, but the need for blood continues.

To donate, you will likely need to go to a nearby blood donation center because blood donation events (such as community bloodmobile visits) have been canceled. Be assured that donation centers have taken extra precautions to protect donors, including keeping donors separated from each other and doing extra screening.

If you acquired COVID-19 and have fully recovered, you may be eligible to donate plasma for the convalescent plasma trials underway at major blood collection centers. Researchers hope to learn if your plasma contains COVID-19 antibodies that can help seriously ill COVID-19 patients recover.

How to participate in the MacRumors Blood Drive - during May 2020

1. If you are an eligible donor, schedule a blood, platelet, or plasma donation (see FAQ), at any donation center near you. Then post in the MacRumors 2020 Blood Drive! thread to tell us about it.

   Or tell us if you register as an organ donor and/or register for the bone marrow registry (see FAQ). You'll be put on our Honor Roll.

2. If you aren't eligible to donate for reasons of age, health, a recent donation, or because you are deferred as a donor, please encourage someone else to make a donation, and let us know. If they donate, you'll both be put on our Honor Roll. See our Blood donor eligibility thread for news about the deferral policies for gay men.
3. Share our message with friends, relatives, and followers. Thank the people who post in the MacRumors 2020 Blood Drive! thread.

How to participate in the MacRumors Blood Drive - from June 2020 to April 2021

In between the MacRumors Blood Drives each May, record your donations on our Team MacRumors page:

1. Go to our team page and click PLEDGE TO GIVE BLOOD. (Bookmark the page for the future.)
2. Fill in your MacRumors username as your first name. Fill in @ macrumors as your last name.
3. In the comments field, tell us what type of donation and how many units, e.g., 1 unit of whole blood, 2 units of platelets, etc.
4. The email address and zip code fields don't matter. MacRumors won't use that information.
5. We'll tally your donations and count them for the MacRumors Blood Drive next May.

We look forward to another successful MacRumors Blood Drive. Thank you to our many donors over the last 10 years!

Earlier this week we reported on a bug in Apple's macOS Image Capture app that adds empty data to photos when imported from iOS devices, potentially eating up gigabytes of disk storage needlessly. Today, we're hearing that the bug in macOS 10.14.6 and later is a lot more extensive than was initially believed.

NeoFinder developer Norbert Doerner, who originally discovered the bug, informed MacRumors that the same issue affects nearly all Mac apps that import photos from cameras and iOS devices, including Adobe Lightroom, Affinity Photo, PhaseOne Media Pro, and Apple's legacy iPhoto and Aperture apps.

The reason is said to be because the bug is located inside Apple's ImageCaptureCore framework, which is a part of macOS that all developers must use to connect to digital cameras. The only app that isn't affected is said to be Apple's Photos app, which uses other undocumented APIs to talk to iOS devices.

Essentially, the pervasive Mac bug causes HEIC files imported from iOS devices and converted to JPG to contain more than 1.5MB of empty data appended to the end of each file, increasing the file size and eating up storage. As an example, Doerner said he discovered more than 12,000 JPG files in his own photo library containing this extra unwanted data, resulting in over 20GB of wasted disk space.

Apple is apparently aware of the bug, but until a patch arrives, one short term workaround for future transfers is to prevent your iPhone or iPad from using the HEIF format when taking photos: To do so, launch the Settings app, select Camera -> Formats and check Most Compatible.

For users with large existing photo libraries, Doerner has suggested using a new beta version of the third-party utility Graphic Converter, which includes an option to remove the unwanted empty data from the JPEG files.

Alternatively, media asset management app NeoFinder is itself being updated on Monday to include a tool that can find and eliminate the unwanted data in JPG files. NeoFinder for Mac costs $39.99 and a free trial is available to download on the developers' website.