Author: sparta

Total Wireless Presents Complimentary Motorola Phones for the Whole Family in Latest Promotion

This previous-gen Moto phone can still stand out in 2025.

(Image credit: Derrek Lee / Android Central)

The Moto G Stylus 5G (2024) might appear outdated among the flood of new device releases, but this latest Total Wireless offer could persuade you to reconsider the phone. Temporarily, the Verizon-affiliated MVNO carrier is offering up to four Moto G Stylus 5G (2024) devices at no cost when you sign up for any of Total’s 5G Unlimited plans. No trade-in needed, no hidden conditions.

<div data-deal-widget-collapsible-text="true" data-image="https://cdn.mos.cms.futurecdn.net/E4WMZJoQG9S2vBHyKKvE6M-200-100.jpg" data-link="https://totalwireless.sjv.io/c/221109/1286607/15774?subId1=hawk-custom-tracking&sharedId=hawk&u=https%3A%2F

Read More
Samsung’s Trifold Design Uncovered in One UI Animations, Showcasing Qi2 and NFC Capabilities

**Samsung’s Trifold: A Revolutionary Leap in Foldable Innovation**

Samsung has formally announced the creation of its much-awaited Galaxy Z Trifold, a device that aims to transform the foldable smartphone landscape. The news was shared during the company’s Q2 2025 earnings call, giving enthusiastic consumers a projected release timeframe slated for the latter portion of 2025.

**Essential Information**

Recent leaks have offered insights into the anticipated features of the Galaxy Z Trifold. These disclosures, seemingly derived from One UI animations, emphasize the device’s wireless charging functions, including reverse wireless charging. The animations further indicate NFC payment capabilities, guiding users on the appropriate panel for transactions.

**Design and Specifications**

The trifold’s configuration is thought to feature a triple camera setup, akin to the Galaxy Z Fold 7. This design choice is in line with Samsung’s contemporary style for foldable devices. Moreover, there is speculation about the possible inclusion of an S Pen, though this has yet to be confirmed.

The device is anticipated to operate on Android XR and boast dual Micro OLED screens with eye-tracking features, further elevating the user experience through advanced technology.

**Influence on the Market and Anticipations**

The Galaxy Z Trifold has been a subject of conjecture since Samsung registered the device in South Korea and sought trademark protection. The acknowledgment of its development signifies a crucial milestone in the foldable smartphone sector, positioning Samsung to spearhead the market with pioneering designs.

As excitement builds, Samsung’s forthcoming Virtual Unpacked event on September 4 has consumers eager for an early glimpse of the trifold. While a surprise reveal is not guaranteed, the event will certainly highlight Samsung’s dedication to advancing mobile technology.

In summary, Samsung’s Galaxy Z Trifold signifies a significant advancement in the progression of foldable smartphones. With its verified launch in the latter half of 2025, the trifold is poised to engage tech aficionados and reshape the potential of mobile devices.

Read More
Possible Misunderstanding Emerges from Speculated Snapdragon 8 Elite Name Alteration

We’re anticipating Qualcomm’s upcoming flagship this year, but its naming might not align with the 2024 release precisely.

What you need to know

– Speculations from a Chinese Weibo source indicate Qualcomm may change its 2025 SoC title from “Snapdragon 8 Elite 2” to “Snapdragon 8 Elite Gen 5.”
– There’s conjecture that this alteration could relate to another chip Qualcomm is developing, yet Weibo users find it peculiar.
– Previous reports suggest the chip might launch toward late September, and the SoC could even experience a significant power increase.

Rumors suggest that Qualcomm’s next flagship chip may arrive earlier, but another trend indicates it could also feature a slightly altered name.

These rumors have been consistently reported by Chinese Weibo source Digital Chat Station (DCS), who asserts that Qualcomm’s forthcoming Elite might not be the “Elite 2” (according to WccfTech). The source claims that the brand could transition from the Snapdragon 8 Elite to “Snapdragon 8 Elite Gen 5.” If accurate, this unusual transition has become a topic of humor among Weibo users.

We’ve been hearing speculations regarding Qualcomm’s upcoming chip for some time, with the source mentioning this name applies to the codename SM8850, previously referenced for the second generation Elite SoC.

The publication notes that this peculiar name alteration could be linked to Qualcomm’s other chip in the works, the Snapdragon 8 Gen 5. It appears the company is still progressing with such a chip; however, its performance is anticipated to fall below the Elite. While this may be a strategy to foster more “series coherence,” it remains somewhat odd.

One Weibo user remarked, “When everyone was speculating whether it would be named 8e2 or 8gen5, Qualcomm opted for 8egen5.” We’ll see whether this holds true, which is a reality we may encounter sooner than expected.

In any case, it will still be ‘Elite’

Rumors around the Elite 2 (or Elite Gen 5) have been circulating since spring, when posts hinted that Qualcomm would unveil it sooner. Speculation suggested the company could disclose its 2025 flagship chip toward late September, instead of early October. If accurate, that implies firms would start launching their 2025 flagships with the chip in early to mid-October.

Those initial rumors indicate Qualcomm might enhance the chip with “improved Pegasus cores,” reaching clock speeds of 5GHz.

Later rumors echoed the chip’s capabilities after it purportedly underwent an initial performance assessment. The Elite 2 allegedly achieved a single-core score of 4,000 points and a multi-core score of approximately 11,000. While nothing has been verified, those reported figures surpass the original Elite, so this forthcoming wave of phones (and consumers) could be pleased.

Read More
Apple Aims to Offer iPad Users Enticing Incentives to Transition to iPad Pro

# The Progression of the iPad Pro: Ten Years of Promise and Possibility

Nearly a decade ago, Apple introduced the iPad Pro, and as the M5 iPad Pro is set to launch this autumn, fueled by iPadOS 26, the company is ready to offer compelling reasons for users to engage with the Pro experience.

## The Disheartening Saga of iPad Pro Disappointments

When the iPad Pro debuted in 2015, many, myself included, were doubtful. The concept of a 13-inch iPad appeared excessive. Nevertheless, I quickly became fascinated with the iPad Pro, eventually substituting my Mac for it. Still, numerous users have expressed similar initial hesitations, hoping for a device that could function as an effective computer but frequently feeling disillusioned.

In spite of features like a 13-inch OLED screen, an M4 chip, cursor support, a Magic Keyboard, and Apple Pencil compatibility, the iPad Pro has often been seen as “just” an iPad, constrained by its operating system, iPadOS—essentially a bigger version of iPhone OS. However, with the impending M5 iPad Pro and iPadOS 26, Apple has a considerable opportunity to transform the Pro experience.

## M5 iPad Pro May Receive a Major Upgrade from iPadOS 26

iPadOS 26 signifies a substantial advancement for the iPad, introducing functionalities that cater to the requirements of power users. This update emphasizes productivity improvements, responding to long-standing demands from the community of users.

As tech analyst Ben Lovejoy pointed out, “iPadOS 26 alters everything. With the capabilities this device now possesses, I can’t see how anyone could convincingly claim that it’s not a computer.” This remark is particularly significant considering Lovejoy’s earlier skepticism regarding the iPad’s role as a computing device.

Together with iPadOS 26, Apple will reveal its most potent iPad hardware to date. The new iPad Pro will boast the advanced M5 chip, enhanced RAM for better performance, and additional features like a second front-facing camera.

Last year, Apple significantly raised the price of the iPad Pro featuring the M4 model, which included a refined design and an Ultra Retina XDR display. Meanwhile, the launch of the 13-inch iPad Air has been a commercial triumph, while iPad Pro sales have encountered obstacles.

For those in search of a device for light browsing, video streaming, or gaming, the iPad Air emerges as a more attractive alternative. Nonetheless, with the improvements introduced by iPadOS 26, many may rethink the iPad Pro for daily use.

As the M5 iPad Pro approaches its release, it could indeed serve as the impetus for users to once more explore the capabilities of iPad computing.

Does iPadOS 26 compel you to consider the iPad Pro as your main device? Share your opinions in the comments.

### Top iPad Accessories

For anyone aiming to elevate their iPad experience, a range of accessories is available to complement the iPad Pro and maximize its functionalities.

Read More
iOS 26 Launch Date: Anticipated Timeline for the Latest iPhone Update

# iOS 26: Anticipations Regarding Apple’s Upcoming Upgrade

Apple’s forthcoming major iPhone upgrade, iOS 26, is poised to unveil a groundbreaking Liquid Glass makeover alongside an array of new functionalities. Although beta testers are currently able to experiment with iOS 26, the official public launch is expected to be imminent. Here’s the essential information regarding the upcoming release.

## iOS 26 Release Schedule

Apple has announced that iOS 26 will be rolled out to all users this autumn. By examining historical release patterns, we can make informed speculations about the precise timing. Traditionally, significant iOS versions have debuted within a week following Apple’s annual iPhone event.

Below are the launch dates for the previous three major iOS iterations:

– **iOS 18**: September 16, 2024
– **iOS 17**: September 18, 2023
– **iOS 16**: September 12, 2022

These introductions have reliably occurred soon after Apple’s iPhone announcements, which were on September 9 in 2024, September 12 in 2023, and September 7 in 2022. In line with this pattern, iOS 26 is likely to be made available to the public in mid-September 2025, soon after the launch of the iPhone 17 series.

Once available, all users with compatible iPhones will have the opportunity to download iOS 26 and enjoy the new Liquid Glass aesthetic, along with major updates to the Messages app, Apple Music, Wallet, CarPlay, and additional features.

## Public Beta Accessibility

For those keen on trying out iOS 26 prior to its official launch, Apple provides a public beta version. This beta is open to anyone ready to sign up at

Read More
Insider Discloses iPhone 20 Will Incorporate Flat Screen, Possibly Mirroring Apple Watch Aesthetic

After a collection of reports suggested that Apple is working on an all-screen “iPhone 20” smartphone for 2027, showcasing a design predominantly composed of glass bending around the device’s four edges, renowned insider UniverseIce commented on X, asserting that Apple will not produce an iPhone with a curved display to commemorate the iPhone’s 20th anniversary. Instead, Apple intends to give the iPhone’s edges a gentler curvature effect akin to the Apple Watch, which appears to have curved sides. The actual OLED panel beneath the glass will remain flat; merely the glass cover atop it will exhibit a curving effect toward the sides.

UniverseIce has been revealing secrets about Samsung and Apple on Chinese social media and X for several years. His latest insight on X follows a report from another prominent Apple insider. Bloomberg’s Mark Gurman outlined a few days ago Apple’s alleged iPhone design plans for the next three years. The iPhone 17 series will introduce the ultra-slim “Air” model; the iPhone 18 series will showcase Apple’s inaugural foldable device; and a redesign for the 20th anniversary iPhone is anticipated in 2027.

“Then arrives 2027, when Apple marks its smartphone’s 20th anniversary with a curved-glass ‘iPhone 20.’ This design will finally depart from the squared-off slab we’ve been accustomed to since 2020, transitioning to a design with curved glass edges all around,” Gurman stated, through MacRumors. “It should harmonize well with the upcoming Liquid Glass-based interface for iOS and other operating systems slated for release next month.”

Gurman made comparable assertions in mid-May, indicating that the iPhone 20 will feature a “mostly glass, curved” design. The Information reported in early May that Apple plans to release an iPhone model in 2027 with an edge-to-edge display. The phone’s Face ID technology and selfie camera would be positioned beneath the screen.

What the iPhone 20’s curved screen might appear like

“The iPhone cannot be crafted with a curved screen. Do not trust such rumors,” UniverseIce cautioned on X, detailing what type of curvature the 20th anniversary iPhone might showcase. “Apple has explicitly notified its suppliers that it will not embrace curved screens. At most, it might present a ‘visual curve’ effect—similar to the edges of an Apple Watch display, where the panel remains flat with characteristic softly squared-off borders, while the glass subtly curves downwards at the edges. The curvature will be slight, providing an edge-to-edge visual experience.”

The leaker also elaborated on the manufacturing challenges Apple might face during what could be an early prototyping stage. The iPhone 20 may be two years out, but Apple is likely already developing the technological advancements needed to support a significant redesign.

“The current issue lies in thinning the TFE (thin-film encapsulation) and optimizing the side OCA (optical clear adhesive) application,” UniverseIce explained. “If not executed correctly, it could produce a ‘magnifying glass’ effect when viewed from the side, resulting in distorted visuals. This is the general direction Apple is pursuing—absolutely no quad-curved screens. A unibody quad-curved glass design may be feasible, but only the glass would flex; the display itself would remain completely flat, exhibiting no curvature.”

Apple has never manufactured iPhones with curved edges, despite various Android device manufacturers utilizing curved screen designs in preceding years. Samsung serves as an exemplary case, but even Samsung has shifted away from curved displays in favor of the flat screens found on devices launched in more recent years. Apple did offer curved-edge glass effects on the 2014 iPhone 6 designs, maintaining them until the 2022 iPhone SE 3.

One more thing

The sources mentioned above have consistently provided accurate insights into Apple’s plans for the iPhone previously, but these initial iPhone 20 reports will require additional time for verification. While they may seem conflicting, they could be conveying the same iPhone 20 design narrative, drawn from different sources. Both Gurman and UniverseIce could be right. Apple might implement an all-screen iPhone 20 design in 2027, yet only the display’s glass cover may curve slightly at the edges before seamlessly integrating with the device’s chassis.

Interestingly, a report from the Korean site ETNews from mid-May indicated that Apple might utilize “four-edge bending” technology for the 2027 iPhone, somewhat corroborating Gurman’s May statement. Such a screen would wrap around the iPhone’s four sides, providing users with a display experience that would eliminate borders or the bezels present around current iPhone displays. A leak from Korea in mid-June suggested that Apple is contemplating an all-glass design for the iPhone 20. The glass would encompass the display, edges, and rear, leaving no gaps. Apple has filed patents in preceding years demonstrating iPhone

Read More
The Battery Performance of the Pixel 10: Grasping the Issues

A brief explanation upfront is preferable to handling torches and pitchforks down the line.

(Image credit: Nandika Ravi/Android Central)

If you’re a casual technology user, you might believe that the Pixel 10’s battery is poor and that your phone will cease to charge entirely after about six months to a year. It actually isn’t, and it won’t. However, that’s the impression given by the headlines you’ve seen this week.

There are two factors influencing this, and I’m prepared to upset some people by sharing my thoughts on them.

1. Occasionally, tech websites misrepresent the situation.

Mathematical Constraints in Thwarting Malware: A Review

**Comprehending Malware: The Ongoing Danger in the Digital Era**

Malware has represented a major issue in the field of technology since its origin, with the first virus surfacing in 1982 as a joke on Apple II computers. In spite of progress in security measures, malware still presents a danger, not only because of the ingenuity of cybercriminals and nation-states, but also due to the inherent limitations in our capacity to detect it.

At the center of this dilemma lies Rice’s Theorem, a concept in computer science indicating that it is theoretically impossible to develop a program that can flawlessly ascertain whether another program is harmful. The difficulty arises from the reality that the term “harmful” is intrinsically linked to behavior, influenced by a myriad of factors, including coding, environment, and user inputs. Anticipating how a program will behave is similar to predicting the result of a recipe without actually cooking the dish.

Even if we could form a precise definition of harmful behavior, antivirus software encounters considerable challenges. They cannot assess every possible execution pathway, operate indefinitely, or mimic every environment where malware might function. This limitation is intensified by the ever-changing nature of malware, which employs advanced techniques to avoid detection. For example, polymorphic and metamorphic malware can encrypt their code or modify their structure, making it challenging for traditional detection techniques to recognize them. As a result, what may appear suspicious today might be seen as legitimate tomorrow.

Contemporary antivirus solutions have enhanced their functionalities, employing signature detection to identify known malware patterns, behavioral monitoring to track suspicious activities, and sandboxing to evaluate code in a controlled environment. Although these strategies effectively capture a large portion of threats, they cannot assure total protection. According to Rice’s Theorem, even the most advanced systems, including hypothetical superintelligent AIs, would find it difficult to achieve 100% detection rates.

The ramifications of undetectable malware go beyond simple annoyance; they raise alarms about prospective situations, such as the possible deployment of such malware to counter a runaway artificial general intelligence (AGI). This concept resonates with themes present in various science fiction stories, underlining the persistent struggle between technological progress and security threats.

In summary, while the battle against malware is continual and intricate, grasping its nature and the limitations of detection techniques is essential for formulating effective methods to reduce risks. As technology keeps evolving, so too must our strategies for cybersecurity, ensuring that we stay alert in the face of constantly changing threats.

Read More
Will Smith’s Reported Utilization of AI to Replicate Concert Audiences: A Multifaceted Matter

Will Smith faced criticism this week after he shared a brief video on Instagram and YouTube Shorts that showcased audiences at some of his recent shows. A number of fans quickly identified discrepancies in the video, indicating that Will Smith’s team might have utilized generative AI to produce a fabricated clip. TechCrunch and blogger Andy Baio highlighted that the video uploaded by Will Smith does display characteristics of being created or modified by AI. Nevertheless, the audiences shown in the clip are genuine, as are many of the AI-modified signs and individuals showcased.

The situation appears to be more intricate than simply Will Smith employing AI to fabricate videos of pretend crowds. Baio performed an in-depth examination suggesting that Will Smith’s team could have leveraged AI to convert photos from his recent performances into videos. Such tools are widely accessible to the public. Indeed, Google has recently unveiled a new Veo 3 capability that enables users to transform any still image into a video.

However, there is another factor that might undermine Will Smith amid this AI controversy. Google recently conducted an experiment for YouTube Shorts where it employed AI (machine learning) to enhance the quality of Shorts without securing the creator’s consent. Viewers criticized that the videos appeared to be AI-generated. It seems that the YouTube Shorts clip of Will Smith that sparked fans’ dissatisfaction this week could have been impacted by this experiment.

Reasons behind the belief that Will Smith’s concert video is AI-generated

“My favorite part of the tour is seeing you all up close,” Will Smith states in the video’s caption. “Thank you for seeing me too.” The video is merely one minute long, showcasing the artist performing during his European tour before large crowds. The clip emphasizes the fans and some of the signs they held. One sign features a man stating that Will Smith’s music assisted him in overcoming cancer. However, the man’s face appears unnatural on YouTube, and one of his hands seems to blend with the hand of a woman in front of him. Another sign displays unreadable text that appears to have been generated by AI. Furthermore, a sign reading “Lov U Fresh Prince” transforms into “Lov U Fr6sh Crince” later in the video.

These elements led to backlash. Fans suspected that Will Smith fabricated the crowds at his performances, including the signs they showcased. Nonetheless, Andy Baio performed an admirable analysis of Will Smith’s social media posts in an effort to clarify the situation. The signs are authentic. The man who asserted that Will Smith’s song aided his cancer recovery was indeed present. The woman in front of him was holding the sign alongside him. The “Lov U” sign had appeared in photos that the singer shared on his social media platforms prior to the video being released.

Is YouTube Shorts responsible?

Baio conjectures that Will Smith’s team may have utilized AI to transition some of these photos into videos and then combined them into a lengthier clip. This resulted in unwanted visual artifacts that are hallmark signs of AI usage. However, Baio contends that the YouTube Shorts AI initiative may also be culpable in this instance, as Google automatically enhanced the clip shared on Shorts, making it resemble an even more fully AI-generated video.

The identical clip posted on Instagram appears more authentic, as machine learning wasn’t applied to enhance details and smoothen faces. Baio shared a side-by-side comparison on YouTube that illustrates the differences between Instagram and YouTube Shorts:

Despite reasonable justifications, the backlash is understandable, given the rising volume of AI-generated content shared online. Will Smith has neither confirmed nor denied the use of AI in these promotional presentations. As a reminder, not all generative AI tools include visible watermarks to inform viewers that the content has been created with AI. Google did not reveal the YouTube experiment until users raised concerns. Even Netflix has employed AI in a television show without prior disclosure of the practice.

Read More