HCS Blog

In the Apple world, the account that controls access to all your Apple-related online services is the Apple ID. Buying apps from the App Store, putting photos in iCloud Photos, and sharing data between iCloud-enabled apps—all these actions rely on your Apple ID. If you’re a regular Apple user, you have an Apple ID associated with your email address.

Most Apple users set up an Apple ID when they configure their first Apple device, and if you don’t have an email address that you want to use, you can create a free @icloud.com address during the process. (If you need to create a new Apple ID, you can do that at appleid.apple.com.)

A side effect of the pandemic is that online videoconferencing improved drastically. Video calls happened before 2020, but videoconferencing wasn’t an everyday activity for most people. Now, with many people working remotely or in a hybrid model, it’s a fact of business life. To support videoconferencing tools, Apple has extended macOS’s basic webcam and microphone capabilities to allow Mac-powered video calls to go beyond the basics. Apple’s enhancements fall into four categories: camera modes and controls, mic modes, reactions, and Presenter Overlay.

Camera Modes and Controls

Apple’s most important additions rely on machine learning to enhance your image or the background. Because of the significant camera and CPU requirements for these features, they require specific setups. All work with any Mac using a sufficiently recent iPhone (excluding the iPhone SE) with Continuity Camera, but several also work with a Mac’s camera.

When you connect to a public Wi-Fi network at an airport, hotel, coffee shop, or school, you may need to interact with a captive portal login page to be granted access to the network. It might require you to enter login credentials, ask for your name, or make you agree to terms of service. But what if that login page doesn’t appear, or something kicks you off the network and you can’t reconnect? In Safari, navigate to captive.apple.com, which should force the captive portal to display its login page again. If that doesn’t work, remove any custom DNS servers and restart. On the Mac, find custom DNS servers in System Settings > Network > Wi-Fi > Details > DNS. On an iPhone or iPad, go to Settings > Wi-Fi > Network Name > Configure DNS and choose Automatic.

(Featured image based on an original by iStock.com/CreativaImages)

We recently wrote an article for those who manage their own Internet domain names about using SPF, DKIM, and DMARC to prevent your domains from being used in phishing attacks and enhance the deliverability of legitimate email. But what about other domains you own but don’t use for email? To make phishing attacks more believable, spammers sometimes forge email so it appears to come from parked domains that aren’t protected. You can use SPF, DKIM, and DMARC to ensure that forged email that seems to come from your unused domains isn’t accepted. The details are too specific to go into here, but Cloudflare has an excellent article outlining what you need to do.

(Featured image based on an original by iStock.com/Igor Kutyaev)

iOS, iPadOS, and macOS all let you specify whether any given app should show no notifications, temporary banners, or persistent alerts: look in Settings > Notifications and System Settings > Notifications. Temporary banners appear briefly and then automatically disappear, which is appropriate for notifications requiring no acknowledgment. But what if you see a temporary banner only as it’s disappearing and can’t read it in time? You can find a historical list of notifications in Notification Center. To open it from the Lock Screen on an iPhone or iPad, swipe up from the middle of the screen. From any other screen, swipe down from the center of the top of the screen. On the Mac, click the date and time in the upper right corner. If your Mac has a trackpad, you can also swipe with two fingers from the right edge.

(Featured image based on an original by iStock.com/Shutthiphong Chandaeng)

We Apple users tend to believe that our devices usually last longer—both physically and functionally—than Windows PCs and Android smartphones. For instance, Apple’s current operating systems work on nearly all Macs, iPhones, and iPads introduced in 2018 and later, albeit with some feature loss on the oldest devices. In a white paper entitled “Longevity, by Design,” Apple has now outlined how it works to increase product longevity through design and manufacturing, ongoing software support, and access to repair services. The white paper may be partially aimed at dissuading elected officials from passing Right to Repair legislation that could force unwanted design changes, but it still offers an illuminating look at how the company balances environmental impact, protecting customer privacy and safety, and enabling repair transparency. It’s worth a read if you’re interested in why Apple makes the design decisions it does.

(Featured image based on an original by Apple)