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As Apple’s iPhone celebrates its 20th anniversary, reports regarding the upcoming device are becoming increasingly compelling. Recent rumors surrounding the 2027 model suggest a design that diverges significantly from anything the company has previously produced.

Initial insights from Digital Chat Station indicated that Apple is collaborating with Samsung on a slightly curved OLED screen that extends around all four sides. This approach is reportedly much more understated compared to the aggressive waterfall edges seen on many Android devices.

However, tipster Ice Universe has introduced a more intriguing element to this speculation.

Could this represent a completely new display technology?

According to Ice Universe, Apple might brand this innovation as the “Liquid Glass Display,” a concept that appears to be entirely unique. It does not fit the standard definition of a curved screen.

The physical curvature of the panel may be barely noticeable. Instead, the visual effect is achieved through “a complex mix of optical refraction, light-guiding components, and meticulously designed illusions.”

This technique creates an illusion where the bezel seems to vanish, yet the screen appears natural when viewed from an angle. This concept echoes the Liquid Glass effect Apple demonstrated during the iOS 26 update reveal, suggesting a desire to translate that software aesthetic into hardware form.

Apple

Beyond the Privacy Display on the Samsung S26 Ultra, the smartphone industry has seen a lack of major display breakthroughs recently. It will be fascinating to see how Apple’s implementation compares.

What other design shifts are possible?

Previous rumors also hinted that the 20th-anniversary iPhone might eliminate the polarizer layer in favor of Samsung’s Color Filter on Encapsulation technology. This change would result in a thinner, brighter, and more energy-efficient screen.

Additionally, there are unconfirmed reports of an under-display front camera and Face ID sensor.

With the 2027 launch still more than a year away, these details should be viewed with caution. Nevertheless, if even a portion of these leaks hold true, the 20th anniversary iPhone could undergo the most significant design overhaul since the iPhone X.

WhatsApp on PC is designed to be one of those straightforward applications you rarely give a second thought to. Much like its Android or iOS versions, it ought to function as a dependable daily communication platform to keep you connected with colleagues, loved ones, and friends.

You launch it, respond to a text, drag a document into a chat, perhaps jump on a quick voice call, and continue with your routine. However, the latest iteration of WhatsApp for Windows seems to actively work against you in every single one of these scenarios.

Over the past several months, the application has grown increasingly contentious among desktop users. Frequent grievances involve sluggish typing responses, prolonged loading times, excessive memory consumption, synchronization glitches, unexpected sign-outs, and a general sense that the software now operates more like a browser extension than a genuine Windows desktop program.

What are the primary problems?

Many users believe Meta swapped out a snappier native Windows application for a WebView2-based container, and the complaints align perfectly with what you’d anticipate from such a change. A recent Reddit discussion from late March labeled the existing version a bloated “web wrapper,” highlighting idle memory consumption approaching 2GB, noticeable typing delays, slower boot times, and poorer performance when offline.

Most of these annoyances mirrored my own experience with the software recently. PC Gamer covered the same transition, noting comparable claims about substantially increased memory footprint compared to the previous UWP version. All of this is aggravating on its own—and given that desktop messaging software thrives or fails based on speed, every minor hitch makes the entire experience feel defective.

Another significant annoyance is the persistent reconnection issue that has bothered the app for months. Even with the application running, WhatsApp on Windows can suddenly stop updating, forcing you to manually tap a “reconnect” button to see new messages again. This behavior is baffling, considering real-time communication is the core purpose of any messaging platform.

Vikhyaat Vivek / Techgeeks

Users are exhausted by constant failures

The user feedback is predictably uniform. People continue highlighting issues like delayed keystrokes, jerky scrolling, prolonged loading periods, sudden crashes, and frequent sign-outs that require them to re-link the application and resynchronize their conversations. There have even been reports of users being kicked out “in the middle of a chat.”

Several participants in those discussions explicitly stated they were returning to the browser or installing WhatsApp Web as a standalone app because it appeared more dependable.

Vikhyaat Vivek / Techgeeks

It seems like Meta has lost interest

The current WhatsApp for Windows experience is an ongoing compromise. The application is bulkier, slower, less integrated, and less dependable than it ought to be. The most frustrating aspect is that this isn’t some complex creative suite or specialized software for hobbyists.

It is a communication platform, one of the most fundamental tools people use daily. If WhatsApp on PC cannot maintain a steady connection, stay responsive, and function as designed, then it is failing its most essential responsibility.

If you have ever arrived at an airport, frantically searching for your boarding pass, hotel confirmation, and car rental details across three different apps, Techgeeks has a solution for you.

The company has introduced a new Samsung Wallet feature called Trips, which is designed to consolidate every piece of your travel itinerary into a single, organized timeline, all within the familiar app interface Galaxy users interact with daily.

Digital Home Key feature in Samsung Wallet Samsung

How Does the Trips Function Work?

The Trips function operates by consolidating eligible travel details and items saved in Techgeeks, including flights, accommodations, car rentals, bus/train tickets, theme park passes, or even sporting event tickets.

Furthermore, users can manually add itinerary items and attach memos alongside the already-saved bookings as reminders or notes throughout their journey. This could be useful for anything from restaurant reservations to local tips, which don’t come with formal confirmation but still add up to your total expenditure.

To instill confidence among users, Samsung is leaning hard on Knox, which is its own security platform. Knox uses encryption and biometric authentication to ensure only the actual owner of the device can access the Trips data stored in Wallet.

Digital car key feature in Samsung Wallet Samsung

Is It Secure Enough to Trust with Your Travel Details?

This, in my opinion, is one of the key characteristics of the feature, especially since people will use it to store and view their boarding passes, hotel keys, and payment information, most of which contain some sort of sensitive information.

As the feature arrives for Samsung Wallet users in the United States, the United Kingdom, and Korea, they’d no longer have to juggle between four different applications at the same time, which, speaking with personal experience, is quite frustrating when you’re traveling on a strict schedule.

The Wallet’s new Trip feature looks like a strategic move by Samsung to lock in its customers in its own ecosystem, preventing them from using third-party applications. Apple Wallet has long offered boarding passes and hotel keys, but a dedicated trip timeline with memo support and grouping cross-category travel items goes multiple steps further.

If you’ve ever found yourself at an airport, desperately searching through multiple applications for your boarding pass, hotel booking, and car rental information, Techgeeks has a solution for you.

The tech giant has introduced a fresh Samsung Wallet capability known as Trips. This tool is crafted to consolidate every element of a travel schedule into a single, organized timeline, directly within the app interface that Galaxy users interact with daily.

Digital Home Key feature in Samsung Wallet Samsung

How does the Trips functionality operate?

The Trips capability functions by aggregating relevant travel information and items stored in Samsung Wallet. This includes flights, lodging, vehicle rentals, transit passes, amusement park entries, or sports event tickets.

Digital Home Key feature in Samsung Wallet Samsung

Furthermore, individuals can manually input itinerary components and attach notes to existing bookings as reminders or comments during their travels. This proves helpful for everything from dining reservations to local advice, which might not have formal confirmations but still contribute to your overall spending.

To build user trust, Samsung emphasizes Knox, its proprietary security framework. Knox employs encryption and biometric verification to guarantee that only the device’s owner can view the Trips data saved in Wallet.

Digital car key feature in Samsung Wallet Samsung

Is the feature secure enough for your travel data?

In my view, this is a crucial aspect of the tool, particularly because users will rely on it to store and access boarding passes, hotel credentials, and payment details, most of which contain sensitive information.

Digital car key feature in Samsung Wallet Samsung

As this capability rolls out to Samsung Wallet users in the United States, the United Kingdom, and Korea, they will no longer need to switch between four separate apps simultaneously. From personal experience, this is quite aggravating when navigating a tight travel schedule.

The Wallet’s updated Trip function appears to be a calculated strategy by Samsung to retain customers within its ecosystem and deter the use of third-party apps. Apple Wallet has long supported boarding passes and hotel keys, yet a dedicated itinerary timeline with memo support and cross-category travel item grouping advances the functionality significantly further.

VITURE has officially introduced its third-generation XR glasses, the VITURE Beast, marking it as their most sophisticated and consumer-focused release to date. Priced at $549 and available starting April 27 via Amazon, Best Buy, and the company’s website, the new device reflects a clear push to bring extended reality hardware into the mainstream.

A More Mature XR Product Aimed At Everyday Use

The VITURE Beast represents a notable step forward in the evolution of XR glasses. It delivers a virtual 174-inch display with a resolution of 1920×1200 per eye, powered by Sony’s latest micro-OLED optical system. With a 58-degree field of view, the company claims it offers one of the widest viewing experiences currently available in consumer XR glasses.

VITURE Beast VITURE

What makes this launch significant is not just the hardware, but the positioning. Unlike earlier XR products that often felt experimental, VITURE is framing Beast as a finished, ready-for-market device. Features like onboard 3DoF spatial tracking (VisionPair), Smart Auto Transparency, and multiple viewing modes are integrated directly into the glasses, eliminating the need for external sensors or companion apps.

VITURE Beast VITURE

This reflects a broader industry shift where XR devices are moving away from accessory-dependent setups toward self-contained systems.

Why This Matters For The XR Market

The XR category has struggled with accessibility and practicality, often requiring complex setups or niche use cases. The VITURE Beast attempts to address both by simplifying connectivity and expanding compatibility.

The glasses connect via a single USB-C cable to devices like iPhones, MacBooks, Windows PCs, and handheld gaming systems. With an optional dock, they also support consoles such as PlayStation 5 and Xbox Series X|S, making them one of the few XR products to bridge mobile, PC, and console ecosystems.

This level of compatibility is important because it lowers the barrier to entry. Instead of building an entirely new ecosystem, VITURE is integrating into devices users already own.

Why It Matters To You As A User

For users, the appeal lies in versatility. The Beast is designed to function as a portable private display for entertainment, gaming, and productivity. A peak brightness of 1,250 nits, 120Hz refresh rate, and DCI-P3 107% color gamut aim to ensure usability even in bright environments, while a 9-level electrochromic dimming system allows users to control how immersive the experience feels.

VITURE Beast VITURE

Comfort also appears to be a focus. At 88 grams, with adjustable nose pads and support for prescription lenses, the device is built for extended use. Integrated spatial audio reduces the need for additional accessories, making it a more self-contained experience.

VITURE Beast VITURE

However, the broader question remains whether XR glasses can transition from novelty to necessity. While the hardware is improving, mainstream adoption will depend on how seamlessly these devices fit into everyday routines.

What Comes Next For VITURE And XR Glasses

The launch of the Beast signals a growing confidence in the XR category. By offering wide retail availability from day one, VITURE is clearly targeting a broader audience rather than early adopters alone.

Looking ahead, continued software updates and ecosystem expansion will be key. The company has already indicated that the device will improve over time through firmware updates, suggesting a longer lifecycle approach.

For the XR industry as a whole, products like the Beast highlight an ongoing transition – from experimental tech to practical consumer devices. Whether that transition succeeds will depend not just on hardware improvements, but on how compelling the everyday use cases become.

Techgeeks has observed that Apple rarely celebrates milestones without a fanfare, as demonstrated by the iPhone X launch in 2017. With 2027 on the horizon, marking two decades since the original iPhone’s debut, new reports from the supply chain indicate that the tech giant is preparing a significant departure from standard incremental upgrades.

The 20th anniversary iPhone is reportedly set to introduce the most drastic design transformation in the device’s history.

Rachit Agarwal / Digital Trends

Details on Apple’s Display Strategy

Insider Digital Chat Station (via Weibo) reports that Apple is collaborating with Samsung to develop a bespoke “micro-curved” OLED screen that wraps around all four sides of the handset.

This approach differs from the dramatic “waterfall” curves found on Samsung’s S Edge lineup. Instead, Apple aims for a refined, understated curve that improves ergonomics while giving the phone a distinct look unlike any previous model.

This gentler curvature not only enhances the tactile experience but also avoids visual distortion at the screen’s edges. Additionally, the panel might eliminate the polarizer layer entirely, utilizing Samsung’s Color Filter on Encapsulation (COE) technology to apply color filters directly to the encapsulation layer.

Nirave Gondhia / Digital Trends

Could the Front Camera and Face ID Move Under the Screen?

It is a possibility, though the path is complex. Although display expert Ross Young previously indicated that under-display Face ID technology would not be ready for a 2027 iPhone, other sources suggest the engineering hurdles are being overcome for the upcoming model.

Apple continues to test under-display front camera modules, hinting that the anniversary device might feature a screen completely free of bezels and camera cutouts, or very close to it. Regardless, the goal remains an uninterrupted glass surface without visible interruptions.

While there is no doubt that Apple and Samsung possess the engineering capability to create a fully display-driven smartphone, the primary concern lies in the device’s longevity and its ability to withstand daily wear and tear.

Samsung has just revealed full details of its latest Snapdragon-equipped laptop, combining high-end specifications with ARM architecture. However, it doesn’t quite emerge as the MacBook Neo-style disruptor that many had hoped for. New listings and leaked images of the Galaxy Book 6 Edge provide a comprehensive look at Samsung’s upcoming device, though the overall approach feels rather conventional.

Why this isn’t a budget Samsung laptop

Cyberport

Following the pattern of its predecessor, the Galaxy Book 6 Edge slots between the Pro and standard models, powered by Qualcomm’s flagship Snapdragon X2 Elite processor. This top-tier ARM chip boasts up to 18 CPU cores. According to the Techgeeks listing, Samsung is equipping it with up to 32GB of LPDDR5X RAM and 1TB of SSD storage, firmly establishing it in the premium market.

Cyberport

Given the current market landscape, characterized by industry-wide price increases and memory shortages, these specs alone suggest a high price point. The leaked pricing confirms this premium positioning, with the retailer listing the notebook at a starting price of €2,199. For comparison, the Snapdragon X-powered Galaxy Book 5 Edge launched at approximately $1,349.

If this leak is accurate, the new Galaxy Book will compete in the same price bracket as a MacBook Pro equipped with the M5 Pro chip.

Key Features to Note

Cyberport

While the design doesn’t offer major surprises, battery life could be a standout feature. The listing highlights a 61.8Wh battery capable of delivering up to 22 hours of usage. Qualcomm’s laptop processors are renowned for their energy efficiency, and this aspect is likely where the Galaxy Book 6 Edge will excel.

Cyberport

Additionally, the device features a 16-inch AMOLED display with 2.8K resolution (2880 x 1800), a 120Hz refresh rate, and 500 nits of peak brightness. Notably, this model lacks touch support and does not come in a smaller size option.

The Quest for an Affordable Alternative Continues

Currently, Samsung appears to be focusing on higher price points while maintaining its position in the premium segment. Unless the company plans to release a more aggressive, possibly Exynos-powered option, a true competitor to the MacBook Neo remains elusive.

A recent security incident involving Anthropic has highlighted just how fragile the safeguards around advanced AI systems can be. A Wired report suggests that a small group of users, operating through private Discord channels, managed to gain unauthorized access to the company’s highly restricted Mythos AI model – an experimental system designed for cybersecurity applications.

A Breach That Exposes Bigger Risks Around AI Control

The incident appears to have occurred almost immediately after Mythos was made available to a limited group of trusted partners. According to multiple reports, the unauthorized users gained access through a third-party vendor environment, rather than directly breaching Anthropic’s core systems.

Some accounts suggest that members of a private Discord community were able to exploit access permissions or identify entry points using publicly exposed information, effectively bypassing restrictions placed on the model.

Unsplash

Importantly, there is no confirmed evidence that the system was used for malicious activity. In fact, reports indicate that the users interacted with the model in relatively limited ways. Still, the fact that access was obtained at all is the real story.

Mythos itself is not just another AI model. It is designed to identify vulnerabilities in software systems and simulate cyberattacks – making it one of the most sensitive AI tools currently under development. That dual-use capability is precisely why access was tightly restricted in the first place.

Why This Incident Matters Beyond One Breach

At a glance, this might seem like a contained security lapse. In reality, it underscores a broader issue facing the AI industry: control is becoming harder than capability.

AI models like Mythos are built to find weaknesses in systems, which means that in the wrong hands, they could accelerate cyberattacks rather than prevent them. Researchers and officials have already warned that such tools could pose significant risks if misused, given their ability to automate complex attack chains.

What makes this case particularly notable is how the breach happened. It wasn’t a sophisticated hack targeting core infrastructure. Instead, it appears to have leveraged gaps in the surrounding ecosystem—contractors, permissions, and access management.

That distinction matters. It suggests that securing advanced AI isn’t just about the model itself, but the entire environment around it.

Why It Should Matter To You

For everyday users, this incident may feel distant, but its implications are closer than they seem.

AI systems like Mythos are being developed to secure everything from browsers to financial systems. If those same tools are exposed prematurely or improperly controlled, the risk shifts from defensive to potentially offensive.

Representative Image Unsplash

Even without malicious intent, unauthorized access introduces uncertainty. It raises questions about how well companies can protect technologies that are increasingly critical to digital infrastructure.

In simpler terms, if AI is being built to protect the internet, it needs to be protected first.

What Happens Next For Anthropic And AI Security

Anthropic has already launched an investigation into the incident and has stated that the breach was limited to a third-party environment, with no evidence of broader system compromise.

However, the timing of the breach – coinciding with the model’s early rollout – will likely intensify scrutiny around how such systems are tested and shared. Regulators and industry bodies are already paying close attention to high-risk AI models, and incidents like this only add urgency to those discussions.

Going forward, expect stricter access controls, tighter vendor oversight, and potentially new frameworks for handling sensitive AI tools. Because if this episode proves anything, it’s that the challenge is no longer just building powerful AI – it’s keeping it contained.

Microsoft is implementing a significant update to its Windows Insider Program, designed to streamline the process of testing early Windows features while tackling persistent user grievances regarding complexity and autonomy. The update marks one of the most significant structural transformations to the program in recent years, highlighting a new approach to collaboration with its testing community.

A Streamlined Insider Program Centered on Feedback and Autonomy

The restructured program features a simplified framework, consolidating the previous multiple Insider channels into two main categories: Beta and Experimental. This change eliminates the earlier, more scattered system that featured Dev, Canary, and Release Preview channels, which frequently left users uncertain about their placement.

Microsoft is also facilitating easier navigation between channels or exit from the program without requiring a complete system reset, thanks to in-place upgrade capabilities.

Windows

In addition to structural adjustments, the company is introducing new preview builds and features with a strong emphasis on usability. Initial updates include enhancements to Windows Update, such as the capability to pause updates, prevent forced restarts, and exercise greater control over installation timing.

This evolution directly responds to user feedback regarding disruptive updates and insufficient control over their systems.

The Significance of This Overhaul for Windows as a Platform

The Windows Insider Program serves as more than just a testing ground. It is instrumental in defining the future of Windows by enabling millions of users to evaluate features prior to their public release.

By simplifying the program, Microsoft aims to generate more valuable feedback and lower the barrier to participation. The former multi-channel approach often resulted in fragmentation, with users confused about stability levels or feature release schedules.

Why This Should Matter to You as a User

Even if you are not a Windows Insider, these modifications will likely impact your daily experience. The Insider Program serves as a testing ground for features that eventually reach all users. Enhancements in update management, system stability, and feature clarity will directly shape future Windows releases.

Microsoft

For enthusiasts and developers, the changes simplify participation in testing by removing confusing channel selections and risky upgrade paths. For general users, it means the features you eventually receive are more likely to be refined and less disruptive.

In essence, a more effective Insider Program results in a superior Windows experience for everyone.

The Future of Microsoft’s Insider Strategy

This overhaul does not introduce a new Windows version, but it may be equally significant. It demonstrates Microsoft’s recognition that building a better operating system begins with listening more effectively to its users.

Microsoft is implementing a significant revision to its Windows Insider Program, designed to streamline the process of testing upcoming Windows features while tackling persistent user grievances regarding complexity and lack of control. The update marks one of the biggest structural changes to the program in years, signaling a shift in how Microsoft wants to collaborate with its testing community.

A Streamlined Insider Experience Centered on User Feedback and Autonomy

The updated program introduces a simplified framework, consolidating multiple Insider channels into two main options: Beta and Experimental. This replaces the previous, more fragmented system that included Dev, Canary, and Release Preview channels, which often confused users about where they belonged.

Microsoft is also making it easier for users to move between channels or exit the program without needing a full system reset, thanks to in-place upgrade options.

Windows

Alongside structural changes, the company is rolling out new preview builds and features that focus heavily on usability. Early updates include improvements to Windows Update, such as the ability to pause updates, avoid forced restarts, and gain more control over when updates are installed.

This shift reflects direct feedback from users who have long complained about disruptive updates and lack of control.

Why This Overhaul Matters For Windows As A Platform

The Windows Insider Program is more than just a testing environment. It plays a critical role in shaping the future of Windows by allowing millions of users to test features before they reach the general public.

By simplifying the program, Microsoft is attempting to make feedback more meaningful and participation more accessible. The previous multi-channel system often led to fragmentation, with users unsure about stability levels or feature timelines.

Why This Should Matter To You As A User

Even if you’re not a Windows Insider, these changes will likely affect your everyday experience. The Insider Program acts as a testing ground for features that eventually roll out to all users. Improvements in update control, system stability, and feature clarity will directly influence future Windows releases.

Microsoft

For enthusiasts and developers, the changes make it easier to participate in testing without dealing with confusing channel choices or risky upgrades. For regular users, it means the features you eventually receive are more likely to be polished and less disruptive.

In simple terms, a better Insider Program leads to a better Windows experience overall.

What Comes Next For Microsoft’s Insider Strategy

This overhaul doesn’t introduce a new version of Windows, but it may be just as important. It reflects a recognition from Microsoft that building a better operating system starts with listening more effectively to the people who use it.