Reading List
The most recent articles from a list of feeds I subscribe to.
iOS 26.1 Beta 4 Adds New Toggle for Liquid Glass: Clear or Tinted
Chance Miller, 9to5Mac:
Not a fan of that design? Well, iOS 26.1 beta 4 is now available, and it introduces a new option to choose a more opaque look for Liquid Glass. The same option is also available on Mac and iPad.
You can find the new option on iPhone and iPad by going to the Settings app and navigating to the Display & Brightness menu. On the Mac, it’s available in the “Appearance” menu in System Settings. Here, you’ll see a new Liquid Glass menu with “Clear” and “Tinted” options. [...]
It’s a binary option, so there’s no toggle or slider of any sort. You have a choice between Liquid Glass as we’ve known it since iOS 26 was released, or a new tinted option that increases opacity and adds more contrast. When enabled, the design applies to Liquid Glass in Apple’s apps and elsewhere on the Mac, iPad, and iPhone. For the iPhone and iPad specifically, it also increases opaqueness in notifications on the Lock Screen.
This new toggle isn’t squirreled away in the Accessibility section of Settings. On iOS, it’s in Settings → Display & Brightness, and on MacOS it’s in System Settings → Appearance. I’m trying it out on iPhone, but for the most part, I really haven’t minded the Clear appearance. Clear feels more fun. But I’m glad Apple added this setting.
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Electron Apps Causing System-Wide Lag on MacOS 26 Tahoe
Michael Tsai, back on September 30, compiled a roundup of links regarding Electron apps causing systemwide lag on MacOS 26 Tahoe. The reason, seemingly, is that the Electron framework was overriding a private AppKit API. Of course.
Tomas Kafka wrote a shell script to find un-updated Electron apps on your system. Craig Hockenberry took Kafka’s shell script and turned it into an easy-to-use AppleScript application.
So, yes, Theo Browne, “software dev nerd”, Electron really is “that bad”. It’s actually, if anything, worse.
Eavesdropping on Internal Networks via Unencrypted Satellites
SATCOM Security — a team of researchers from UC San Diego and the University of Maryland:
We pointed a commercial-off-the-shelf satellite dish at the sky and carried out the most comprehensive public study to date of geostationary satellite communication. A shockingly large amount of sensitive traffic is being broadcast unencrypted, including critical infrastructure, internal corporate and government communications, private citizens’ voice calls and SMS, and consumer Internet traffic from in-flight Wi-Fi and mobile networks. This data can be passively observed by anyone with a few hundred dollars of consumer-grade hardware. There are thousands of geostationary satellite transponders globally, and data from a single transponder may be visible from an area as large as 40% of the surface of the earth.
The researchers don’t mention RCS by name, only SMS, but this is a perfect example of why I thought Apple’s original stance on RCS was correct, and their change of heart to support it last year was unfortunate. No new protocol for messaging should be adopted unless the protocol exclusively works using end-to-end encryption.
Via Wired: “Satellites Are Leaking the World’s Secrets: Calls, Texts, Military and Corporate Data” (News+ link).
When Design Drives Behavior
Jason Fried:
So what’s the net effect of this tiny little design detail that the owner may not even understand? Well, it looks like the watch is already half-way out of power after the first day, so it encourages the owner to wind the watch more frequently. To keep it closer to topped off, even when it’s not necessary. This helps prevent the watch from running out of power, losing time, and, ultimately, stopping. A stopped watch may be right twice a day, but it’s rarely at the times you want.
Small detail, material behavior change. Well considered, well executed, well done.