Day: May 29, 2025

Apple’s Fresh OS Naming Approach Could Change Views on ‘iPhone 17’

Just when it seemed the internet had finally stopped fixating on Apple’s iPhone naming schemes, here we go again.

## iOS 19 vs. 26

To be honest, I don’t actually mind today’s news that Apple will modify its operating system names to reflect the release year. Or more accurately, the year after. Cars do it. Samsung does it… Well, that’s about it. But it’s not particularly unusual.

Once we hurdle past the initial awkwardness of leaping directly to iOS 26, bypassing several version numbers in the process, I’m fairly confident it’ll start to feel normal sooner rather than later.

However, if Apple is truly heading in that direction, it only heightens the urgency to address iPhone naming. The concept of iOS 26 operating on an iPhone 18 already seems out of sync, and a few years down the line, that disparity is probably going to feel even more pronounced.

## Perfect timing?

I recently discussed how Apple’s speculated shift to replace the “Plus” variant with an “Air” model could provide a perfect chance to tidy up the rest of the lineup, too, retiring “Pro Max” and fully adopting “Ultra.”

This would align iPhone naming with the rest of Apple’s new premium branding terms, such as Apple Watch Ultra, the M-series Ultra chips, and CarPlay Ultra.

The reality is, back when we started edging toward awkward names like iPhone 12 and iPhone 13, I’m fairly certain I wasn’t the only one who thought Apple would eventually ditch the numbers entirely and embrace the MacBook Pro-style naming (which, to be fair, has had its own versioning challenges).

But as time and iPhone launches progressed, I had come to terms with the existing numbering scheme. As silly as it initially sounded, we had all acclimated to it and had more significant matters to attend to in our lives.

But now, in a scenario where the software may suggest 2026, while the hardware still states 17… yeah, that could start to feel a little peculiar all over again.

Cue the podcast debates.

## So what could Apple actually do here?

The first option is quite clear and the most probable: nothing. Apple retains the current iPhone naming system, while its operating systems transition to a unified, year-based system.

The second option is to implement the name change for the iPhone as well. iPhone 26 releases in September alongside iOS 26, and there’s no uncertainty as to which are the current phone models or system versions. Except, perhaps, from September through December. But if people can figure this out about cars, they can solve this with iPhones.

The third option is both my favorite and the least likely for all the obvious reasons: Apple completely abandons iPhone numbering. Marketing name? iPhone, iPhone Air, iPhone Pro, iPhone Ultra. Actual product name? iPhone (2026), and so forth.

The issue is that, unlike Macs, Apple continues to sell previous versions when it launches new ones. So, while everyone knows they can walk into an Apple Store and buy the latest MacBook Pro, it wouldn’t be as straightforward for iPhones.

And then there’s the elephant in the room: the iPhone 16e. Apple just introduced a model whose entire pitch is that it’s the entry-level iPhone, clearly identified by number. Could Apple launch an… iPhone E? I hope not. Sixteeny is jarring enough.

Whether Apple chooses to alter the iPhone name this year, next year, or never, the speculated year-based OS name change will provide more than enough reason for people to agree, disagree, or scoff at the notion of reigniting these discussions anew. Where do you stand? Let us know in the comments.

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Tropical Trees as Signifiers of Upcoming Volcanic Eruptions

New investigations indicate that trees situated near volcanoes may assist scientists in recognizing early indicators of eruptions. By observing subtle shifts in leaf coloration, researchers can now reportedly monitor volcanic activity from space, providing a novel tool for natural volcano alerts.

As magma ascends underground, it emits carbon dioxide. This gas enhances plant growth, particularly in regions with abundant vegetation. Trees subjected to higher levels of carbon dioxide exhibit healthier and more vibrant growth. Satellites can detect these alterations utilizing a tool known as the Normalized Difference Vegetation Index, or NDVI, which assesses plant vitality from orbit.

A study conducted at Mount Etna in Italy revealed that lusher vegetation often coincided with heightened underground activity. Throughout two years, researchers documented 16 instances where rises in carbon dioxide corresponded with distinct variations in NDVI measurements. These changes sometimes occurred far from apparent faults, implying that the signals propagate over a broader area than previously anticipated.

This technique could prove especially advantageous for observing volcanoes in inaccessible regions. Conventional sensors can be costly and challenging to maintain in rugged terrains. Monitoring plant variations through satellite data provides a cost-effective and natural alternative to standard volcano warning systems.

This methodology builds upon earlier discoveries from Costa Rica, where trees similarly responded to volcanic carbon dioxide emissions. Currently, researchers backed by NASA and the Smithsonian are trialing comparable approaches in Panama and other regions of Central America. The goal is to establish a wider system for detecting natural volcano warnings without solely depending on ground instruments.

The research may also aid scientists in comprehending how forests react to long-term rises in atmospheric carbon dioxide. This information could prove valuable in examining climate change and its impacts on global vegetation. In the meantime, examining historical volcanic eruptions, such as the Tongo volcano eruption of 2022, can enhance our understanding of these significant occurrences.

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Upcoming Apple TV 4K: Four Exciting Features Expected to Debut This Year

Apple TV+ is experiencing a significant year, but the Apple TV 4K streaming box is still looking forward to its first update since 2022—and that enhancement is on the way. Here are four attributes to anticipate when the new Apple TV 4K makes its debut later this year.

## #1: A17 Pro or A18 chip upgrade

The existing Apple TV 4K version was introduced in late 2022 and featured what was at the time a quite advanced chip: the A15 Bionic. However, Apple’s silicon endeavors continue reaching new peaks, and resource-intensive software like Apple Intelligence and the latest games necessitate a superior chip. The A17 Pro or A18 chips stand as the most probable contenders for the new Apple TV 4K. Either selection is capable of supporting AI functionalities, along with giving Apple’s streaming device a substantial gaming enhancement.

## #2: Apple Intelligence support

This should come as no revelation, considering Apple has been incrementally incorporating AI into its entire range of products. Although Apple Intelligence initially only encompassed iPhones, iPads, and Macs, Vision Pro acquired it this spring, and watchOS 26 will extend it to the Apple Watch. Anticipate the integration of AI features in the new Apple TV 4K as well.

What can AI bring to the TV viewing experience? Amazon recently showcased its AI-driven Alexa+ assistant on Fire TV, featuring examples including:
– Receiving customized TV suggestions based on your current mood
– Navigating to various scenes with just a brief description
– Obtaining information on music retrospectively from any moment in a show or movie

Siri’s significant AI enhancements are reportedly set to debut this fall in iOS 26, providing ample time for the newly improved assistant to deliver greater benefits on the Apple TV 4K too.

## #3: Apple’s inaugural Wi-Fi and Bluetooth chip

Apple generated considerable excitement with its new C1 modem in the iPhone 16e. The C1 took years to develop and offers multiple advantages over Qualcomm’s modems. However, Apple has another lengthy connectivity initiative almost ready for launch: its proprietary Wi-Fi and Bluetooth chip. This new chip will be part of the updated Apple TV 4K. Mark Gurman states it will ultimately result in several enhancements:
– “Apple’s objective is to cultivate an end-to-end wireless solution that is closely interwoven with its other components and more energy-efficient.”
– “With a custom wireless chip in Apple’s smart home offerings, the products will collaborate more effectively and potentially synchronize data with greater speed.”

Similar to the C1, Apple likely has numerous benefits planned for its proprietary chips that will take a full reveal to fully understand.

## #4: Wildcard: Built-in camera

This modification appears somewhat less assured, yet last spring when discussing Apple’s smart home ambitions, Mark Gurman noted that the company was contemplating the addition of a camera to its upcoming Apple TV 4K. He writes:

> “It has discussed…offering a revamped Apple TV set-top box with a built-in camera for FaceTime video conferencing and gesture-based controls. And the technology will all function seamlessly with both the iPhone and Vision Pro.”

In this AI-centric era, speculations have suggested that various new Apple products will soon feature cameras—including AirPods and smart glasses. Incorporating a camera into the Apple TV 4K not only makes sense for potential AI advantages but also for video calls and gesture-based controls. FaceTime is already available as a feature of tvOS, and a built-in camera for the Apple TV 4K would present a far more seamless solution.

## New Apple TV 4K features: wrap-up

The anticipated features listed above represent just a portion of what Apple may offer with its new Apple TV 4K. Given that the device typically sees several years between updates, Apple usually incorporates a wealth of new features into each hardware enhancement.

What functionalities do you wish to see included in a new Apple TV 4K? Share your thoughts in the comments.

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