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  • Sony just handed control of its TV business to TCL — what it actually means for you

    Sony’s TV business is going through a major structural shift, but if you’re thinking about buying a Sony TV right now, very little is about to change.

    The company has created a new entity, Bravia, Inc., which will now handle its TV and home theater business. TCL owns 51% of this new company, while Sony holds 49%, giving TCL operational control over manufacturing, supply chain, and logistics.

    That sounds like a big deal, and it is. But the impact depends entirely on what part of the business you’re looking at.

    Sony isn’t stepping away from what defines its TVs

    Even with TCL taking operational control, Sony is still responsible for the areas that shape how its TVs actually perform.

    That includes image processing, picture tuning, and audio technologies, which are core to Sony’s identity in the TV space. Branding also remains unchanged, so Sony and Bravia TVs will continue to look and feel like Sony products for the foreseeable future.

    If you’re buying a Sony OLED or Mini-LED TV today, this shift doesn’t suddenly change the experience. The fundamentals that Sony is known for are still being handled internally.

    What’s actually changing happens behind the scenes

    The biggest shift is in how Sony TVs are made, not how they look or perform today.

    Historically, Sony had tighter control over manufacturing. Going forward, that responsibility shifts to TCL, which now handles production, logistics, and overall operations. Sony’s role becomes more focused on design, software, and tuning.

    In simple terms, future Sony TVs become Sony-designed, but TCL-produced. That distinction doesn’t matter immediately, but it could shape how these TVs evolve over time.

    Why this move makes sense for both companies

    Sony’s TVs have long been positioned as premium products, but they’ve also been expensive to build.

    TCL, on the other hand, is one of the largest TV manufacturers globally and is known for producing high-performance TVs at scale. This partnership gives Sony access to that manufacturing efficiency, along with stronger supply chains and potentially lower costs.

    From a business perspective, it’s a practical move. From a buyer’s perspective, it could change how Sony TVs are priced and positioned going forward.

    Where this could actually benefit buyers

    There are a few clear upsides if this partnership plays out well.

    Sony TVs could become more competitive in the mid-range segment, an area where pricing has historically been a challenge. Improved manufacturing scale could also lead to better availability, especially for high-demand models that have been difficult to find at times.

    There’s also potential for stronger Mini-LED TVs. TCL has deep experience in this space, and that could influence how Sony develops its own lineup in the future.

    None of this is guaranteed, but the potential is there.

    The concerns are more about long-term identity

    The bigger questions aren’t about what happens next year. They’re about what happens over time.

    Sony has built its reputation on consistency, color accuracy, and refined picture tuning. With TCL handling manufacturing, the question becomes whether those standards remain as tightly controlled.

    There’s also a broader concern around brand identity. Sony TVs have traditionally leaned premium and refined, while TCL focuses more on performance and value. If those approaches start to blend too much, Sony’s positioning could shift.

    That doesn’t happen overnight, but it’s something to watch.

    What happens to OLED?

    One of the more important unknowns is how this affects Sony’s approach to OLED.

    Sony doesn’t manufacture its own OLED panels. It sources them from companies like LG Display and Samsung Display, while TCL has focused more heavily on Mini-LED technology.

    That creates a potential tension. In the best-case scenario, nothing changes and Sony continues to push OLED alongside Mini-LED. In a less ideal scenario, OLED could become less of a priority over time.

    Right now, there’s no clear indication either way, but it’s a key area to watch.

    When will any of this actually show up?

    Not immediately.

    Bravia, Inc. is expected to begin operations around 2027, which means buyers in 2026 won’t see any real impact. Even in 2027, changes are likely to be gradual. The more noticeable differences, if they happen, are expected to show up closer to 2028 and beyond.

    So, should you be concerned?

    If you’re buying a Sony TV today, there’s no real reason to worry. The current lineup remains unchanged, and the aspects that define Sony’s picture quality are still controlled by Sony. In the short term, this deal doesn’t negatively affect what you’re getting.

    Long term, it becomes a story worth watching. If Sony maintains control over its processing, tuning, and quality standards, this could make its TVs more competitive, especially in pricing and availability. If that balance shifts too far, the identity of Sony TVs could change.

    For now, though, nothing about this deal should stop you from considering a Sony TV.

  • The Beats Studio Buds+ drop to $99, and they’re the wireless earbuds I’d recommend for iPhone and Android users alike

    The Beats Studio Buds+ drop to $99, and they’re the wireless earbuds I’d recommend for iPhone and Android users alike

    The Beats Studio Buds+ are down to $99.95, a $70 saving off their $169.95 list price, and that gets you true wireless noise canceling, spatial audio, and sweat resistance at a price that most competing earbuds with this feature set can’t touch. For anyone using an iPhone or an Android device, these cover the bases better than most things at this price.

    What you’re getting

    The Studio Buds+ improved on the original Studio Buds in two meaningful ways: better ANC performance and the addition of spatial audio, which delivers a more immersive, three-dimensional listening experience on compatible content. The noise-canceling handles commuting and office environments well, and transparency mode is responsive enough to actually use when you need to stay aware of your surroundings.

    What sets the Studio Buds+ apart from most earbuds at this price is the cross-platform compatibility. They pair seamlessly with iPhone through the Apple ecosystem while offering full Android integration through the Beats app, one-touch Google Assistant access, and Find My Device support. Most earbuds at this price favor one platform at the expense of the other; the Studio Buds+ don’t make that compromise.

    The built-in microphone handles calls clearly, the IPX4 sweat resistance makes them a practical gym companion, and the compact charging case keeps the overall package travel-friendly.

    Why it’s worth it

    Spatial audio and ANC together in a wireless earbud typically push the price well above $100. The Beats Studio Buds+ at $99.95 bring both to a price point where the decision becomes considerably easier, particularly for anyone who switches regularly between Apple and Android devices and doesn’t want to sacrifice features to do so.

    The bottom line

    The Beats Studio Buds+ at $99.95 are a well-rounded wireless earbud at a price that makes the feature set look considerably more expensive than it is. The ANC, spatial audio, and genuine dual-platform compatibility add up to an earbud that’s difficult to beat at this price, and the $70 saving makes it the right time to pick them up.

  • Amazon Leo satellite internet is nearing launch, and it already has big customers to rival Starlink

    Amazon Leo satellite internet is nearing launch, and it already has big customers to rival Starlink

    Amazon’s long-delayed satellite internet service is finally getting close to actually launching. In his latest letter to shareholders, Amazon CEO Andy Jassy said the company is “on the verge” of launching Leo, Amazon’s low Earth orbit satellite internet service, and expects it to go live in mid-2026.

    This puts Amazon much closer to finally challenging SpaceX’s Starlink, even if it is still arriving years later than its biggest rival.

    When does the Starlink rival drop?

    Jassy said Amazon already has 200 low-orbit satellites in space and plans to add a “few thousand more” in the years ahead. But the first release is set to kick off in the middle of this year. To recall, Leo was originally conceived as Project Kuiper back in 2019, being renamed last year

    Amazon has revealed that it has already secured revenue commitments from enterprise and government customers. But this is not a typical consumer broadband play. Jassy claims that Leo will integrate with Amazon Web Services so enterprises and governments can move data back and forth for storage, analytics, and AI. This gives Amazon a very obvious angle against Starlink. Leo isn’t just selling connectivity, it is also selling the broader AWS-powered ecosystem.

    Why Amazon thinks it can win people over

    Starlink converts might actually be real. The executive said that Delta Air Lines has selected Leo as its future onboard WiFi provider and will begin using it on 500 planes in 2028. Other names mentioned include JetBlue, AT&T, Vodafone, DIRECTV Latin America, Australia’s national broadband network, and NASA, among Leo’s customers.

    Amazon’s list of early customers signals to the world that companies are at least willing to bet Leo can become a credible second option in the satellite internet market. But that said, Amazon is still playing catch-up with Starlink, which already has nearly 10,000 satellites in space.

  • The iPhone 5C is making a comeback, thanks to retro-loving Gen-Z

    Apple’s iPhone 5C is apparently getting a second life, and this time it is not because it was a hidden gem that was slept on.

    In an NBC News segment, the network highlights a small but noticeable social media comeback for Apple’s old iPhone 5C. The sudden popularity is largely driven by Gen Z users who seem drawn to its colorful design, “throwback” camera quality, and overall retro charm.

    The story is less about raw utility and more about the vibes. So after the iPod, the colorful iPhone is the next to get a revival.

    Why Gen Z is suddenly into the iPhone 5C again

    The appeal behind the iPhone 5C is pretty simple. Gen Z is drawn to how different it feels from modern phones. Today’s smartphones mostly look like polished slabs of metal and glass. The iPhone 5C, on the other hand, is bright, plastic, cheerful, and a little awkward in a way that now reads charming rather than cheap.

    NBC notes that another reason for the renewed interest is the camera. One of the on-screen captions specifically notes that the iPhone 5C is trending thanks to its grainy photo quality. The softer and lower image quality fits neatly into the broader social media obsession with imperfect digital aesthetics, particularly with older digital cameras.

    So what used to feel outdated now reads as character.

    Nostalgia plays a big role

    Back when it was first released in 2013, the iPhone 5C failed to meet sales expectations because it failed to be affordable, despite its “budget iPhone” pitch. It lacked the popular Touch ID, and the plastic was perceived as “cheap”.

    The segment brought in Clay Routledge, an existential psychologist and author of Past Forward, to explain the deeper pull behind retro tech. He also gives the story a broader cultural frame. The comeback is not just about one old iPhone model. It is about how younger users are increasingly drawn to gadgets that feel less optimized, less overwhelming, and less trapped in today’s hyper-polished digital culture.

  • Snap’s AR glasses inch closer to reality with Qualcomm Snapdragon chips

    Snap’s AR glasses inch closer to reality with Qualcomm Snapdragon chips

    Snap’s AR glasses ambitions might be starting to look a lot more real. In an official announcement, Snap has said it has expanded its partnership with Qualcomm through a multi-year strategic agreement that will bring Qualcomm’s Snapdragon silicon to future generations of Specs.

    The company describes this as the first flagship engagement for Specs Inc, which will be launching Specs wearable later this year.

    What was revealed in the announcement

    According to Snap, future Specs devices will run on Qualcomm’s Snapdragon XR platforms, while the company says it will provide the foundation for edge AI, on-device processing, advanced graphics, and lower-power performance. Snap is framing this mix as essential for building AR glasses.

    Snap is clearly trying to position Specs like an always-on computer instead of the tethered demos.

    Why this actually matters for Snap

    Sony has been working on AR eyewear for years through Spectacles, but this latset announcement seems more serious because it is tied to a long-term hardware roadmap. The company says its collaboration with Qualcomm already stretches back more than five years, with Snapdragon platforms having powered multiple earlier generation of Spectacles.

    So the new agreement is meant to provide a more predictable foundations for developers and partners building apps for the platform. Snap also added that the collaboration will focus on things like on-device AI, improved graphics, and advanced multiuser digital experiences. In simplers terms, Snap is saying it wants its glasses to handle AR interactions without feeling slow, power-hungry, or dependent on a phone.

    There is still a lot that Snap isn’t saying yet. The company hasn’t shared detailed consumer hardware specs, pricing, or launch timing beyond later in 2026. Though, Snap clearly wants developers and buyers to see Specs as a long-term computing platform, and Qualcomm is now being positioned as the chip partner that could help make it possible.

  • Google’s new Android backup idea is so practical that I’m annoyed it took this long

    Running out of storage is one of those problems that almost everybody understands, and almost nobody handles properly. Storage can almost never be enough, so some people keep paying for cloud space. Meanwhile, others keep promising that they will “sort it out later”. And a lot of people just end up deleting things when the warning gets too annoying.

    But Google’s upcoming Android feature could finally offer a better answer, with an automatic local backup to a PC. This functions wirelessly like a cloud storage service, but it is also free of charge since you’re using your own device.

    Android Authority’s recent teardown of Google Play Services beta v26.15.31 revealed that Google is working on an Automatic backup feature inside Quick Share that can copy selected files from your phone to your PC without using the cloud.

    Why this might be the storage fix normal people actually use

    Cloud backup is useful and all, but a lot of people still do not want to pay for it. Considering the tiny amount of free storage space that you do get, stuff like WhatsApp backups, and photos and videos from a year can easily eat into this free storage immediately.

    But Google’s in-development feature appears to let users automatically back up camera photos, camera videos, and audio files directly to a household PC, thanks to a new auto sync option and a Back up now button for manual transfers.

    The report also revealed that deleting a file from your phone will not remove its copy from the PC backup. So the feature isn’t just about syncing—it is about finally permitting people to clear space without feeling like they are throwing memories away.

    Your Android, your computer, your storage

    The part that really matters is the “free” tagline. Most homes already have a laptop, desktop, or even both. And oftentimes, hundreds of gigabytes of storage sitting there are mostly unused. Unless somebody in the house is gaming, editing high-resolution gaming, or hoarding massive files, there is usually plenty of room for old phone footage, family photos, and voice notes.

    So Google’s feature appears to take advantage of that reality instead of pushing people into buying more cloud space. Because it lives in Quick Share, it will likely use the same local transfer system, which also suggests that you don’t need an internet connection for backup. You just need to be in close proximity. From the start to the finish, your data stays with you.

    This is the boring feature Android needed

    There is still one catch though. The details arrive from an APK teardown, so Google has not formally launched the feature yet, and it could change before release. But if it does arrive, it’s the quality-of-life upgrade that could matter more than a lot of flashy AI nonsense. It is practical, wireless, and free.

  • The Rise of Secure Hardened Container Images

    The Rise of Secure Hardened Container Images

    The software development life cycle relies heavily on the integrity of containerized environments. As secure software delivery becomes standard in the development process, more teams seek hardened container images and similar hardened container solutions that deliver security without slowing build times. This change shows that container security has become a common need, not just an extra feature for a few specialized sectors. It has become a baseline for security teams that want faster deployment, smaller attack surfaces, and cleaner production environments from the very beginning of the coding process. 

    The Rise of Hardened Image Standards 

    For years, many developers treated container hardening as something only large enterprises needed, long after a product had matured. That idea is fading as organizations understand the numerous threats present in the current digital environment. Today, smaller teams, maintainers of open source projects, and growing SaaS companies are under pressure to ship software that is secure from the first commit. 

    This helps explain the rising interest and how hardened images are constructed and distributed. Developers are not only asking which images are secure but also which ones naturally fit into the tools they already use. A secure image only helps if it works within real development cycles, including local testing and CI pipelines. Security tools only stick when developers don’t feel they have to fight them constantly during a sprint. 

    Adoption is ultimately driven by practicality and the need for stronger defaults. Teams work to reduce their vulnerability risk while keeping their operations quick and flexible. They prefer to stick with their current workflows instead of switching to completely new methods just to secure a primary image. The industry has focused on specialized, lightweight container solutions to meet this need for balance. 

    The Practical Appeal of Minimal Images 

    Minimal container images are attractive because they reduce complexity by design. Using fewer packages typically leads to having fewer components to update in libraries to monitor. This reduces the risk that hidden vulnerabilities will be missed in production. When developers remove unnecessary binaries and shells, they reduce the attack surface. This makes it harder for exploits to succeed. 

    The technical community emphasizes that image composition is a primary factor in overall system safety. As noted in research by the National Institute of Standards and Technology (NIST), “Containers provide a portable, reusable, and automatable way to package and run applications.” However, the agency also notes that the image itself can pose a risk if organizations do not manage trusted content and configurations carefully. 

    Many developers focus on image size and composition as their first line of defense. A smaller image is not automatically more secure, but it is often much easier to audit and maintain over time. For instance, an independent developer who employs a lightweight API may not require a comprehensive basic image that includes numerous features. They can maintain a rapid runtime and reduce the number of products that require security vulnerability checks by employing a compact, secure image.  

    In the real world, this includes updating old workflows.  

    Think about a situation where a group of developers needs to update an old container configuration for an app that offers financial services. There are likely many terminals, debugging tools, and package managers that were useful when the app was first created in the old images. While these tools helped with troubleshooting early on, they stay in the image even after it goes to production, which can create a risk. 

    By adopting a stronger strategy with minimal images, the team can eliminate unnecessary parts. This speeds up the security review for the compliance department. It also helps keep consistency across different environments. This makes sure that the software on a developer’s device is the same as the software that is running in the cloud. This example shows that it is often better to get rid of unnecessary parts than to add more security features to a system that is already complicated. 

    Prioritizing Developer Workflow Speed 

    The adoption of new security tools often fails when it adds too much friction to the daily routine. Teams are looking for approaches that improve security without demanding a complete change in how they build, test, and scan software. For a developer, the primary question is whether the image will work with the registry and scanner they already depend on. 

    If a security solution requires proprietary tooling or unique commands, it becomes hard to justify the migration efforts. This matter is particularly significant for open-source contributors and smaller teams without a dedicated security department. They need secure faults that do not create weeks of additional migration work or break existing automation scripts. 

    A project maintainer updating a public service may prefer a hardened image approach that aligns with common container tooling. If a strategy can offer security-first images while respecting the developers’ time, it will see much higher adoption rates. The goal is to make the secure path the path of least resistance for the person writing the code. 

    Ecosystem Fit and Long-Term Stability 

    Compatibility with the broader technical ecosystem is becoming a major differentiator in how teams choose their base images. Organizations do not buy or implement image security in isolation. They need it to fit with internal policies, software bill of materials (SBOM) workflows, and deployment automation. 

    When a hardened image works well only within a narrow ecosystem, some teams hesitate to use it. They worry about being locked into a specific vendor, especially if their underlying infrastructure is still under construction or in flux. Companies with mixed cloud environments want the ability to plug secure images into the existing processes rather than rebuild everything. 

    This worry is growing because the ability to adapt is important for staying safe from cyberattacks. Attackers keep changing their methods and adopting new technologies. New ways to protect against them also emerge. Since these attack methods are always evolving, development teams prefer tools that help them respond to threats more quickly. They want to be able to swap components or update base images without a total system overhaul. 

    The Evolution of Developer Priorities 

    The industry is seeing a clear shift in how developers view their security responsibilities. It is no longer a task relegated to a final check before a release. Instead, developers expect security to be built into the regular tools from the start. They want minimal images, faster builds, and better support for the languages they use most. 

    Many fortified image options show how important security efforts are for everyone. The ability to find and use these images will help teams of all sizes include security in their software delivery processes. This shift towards transparency and honesty strengthens the software supply chain’s resilience against new challenges. 

    The development community is working to create a more stable foundation for future applications by prioritizing minimalism and compatibility. Secure images play a key role as the foundation for this stability. When security is invisible and integrated, the entire ecosystem benefits from higher quality, more reliable code. 

  • LG G6 vs. C6 OLED TVs: What’s actually different, and which one should you buy?

    LG’s 2026 OLED lineup is headlined by the G6, but the C6 is likely the model most people will end up considering. On paper, both TVs share a lot, including LG’s new Alpha 11 AI processor Gen 3, along with similar gaming features and AI-driven tools.

    After seeing both models up close during LG’s recent reviewer workshop at its U.S. headquarters in New Jersey, the overlap becomes even more apparent, but so do the areas where they start to separate.

    The differences aren’t always obvious at first glance. If you’ve been trying to figure out what actually separates the G6 from the C6, and which one makes more sense for your setup, here’s what you need to know.

    The G6 is where LG is pushing OLED the hardest

    The G6 is positioned as LG’s flagship, and the focus this year is clearly on brightness.

    It combines a new panel with Hyper Radiant technology and LG’s Brightness Booster Ultra system, with claims of up to 3.9 times the brightness of a standard OLED. In real use, that shows up most clearly in HDR highlights and brighter scenes, where the G6 has more punch and better visibility.

    At the same time, LG is maintaining core OLED strengths. The G6 is certified for both “perfect black” and “perfect color,” so contrast and accuracy remain intact alongside the brightness gains.

    The C6 carries more of that experience than you’d expect

    While the G6 leads on paper, the C6 doesn’t feel like a major step down.

    It runs on the same Alpha 11 AI processor Gen 3 and includes many of the same core features, including Dolby Vision, Dolby Atmos, and LG’s updated AI-driven picture and sound tools.

    Brightness is improved over previous generations, even if it doesn’t reach the same peak levels as the G6. For most viewing scenarios, the gap is present but not always dramatic unless you are specifically comparing HDR-heavy content side by side.

    Gaming performance is essentially identical

    This is where the distinction between the two models almost disappears.

    Both the G6 and C6 support 4K at 165Hz, along with VRR, Nvidia G-Sync, and AMD FreeSync Premium. That level of support puts them closer to high-end gaming monitors than traditional TVs.

    LG is also focusing on low input lag and smoother motion handling, which makes both models equally capable for fast-paced gaming. If gaming is your priority, there’s little reason to choose one over the other.

    AI features are shared, not exclusive

    Both models use the same processing platform, and that shows in how similar their feature sets are.

    AI Picture Pro handles real-time image optimization, while AI Sound Pro can simulate virtual 11.1.2 surround sound. There’s also a personalization layer that adapts picture and audio settings based on your preferences over time.

    Filmmaker Mode with ambient light compensation adds another layer by adjusting the image based on room lighting without sacrificing accuracy.

    Where the gap really starts to show

    The biggest differences come down to performance ceiling and positioning.

    The G6 is built to push OLED further, especially in brightness and overall visual impact. It is also the model that scales up to larger, premium sizes, going as high as 97 inches.

    The C6 is designed to be more flexible. It starts smaller, at 42 inches, and is priced to fit a wider range of setups, from bedrooms to living rooms.

    So which one actually makes more sense?

    For most people, the C6 is the more balanced option. It delivers the key improvements LG is focusing on this year, including better brightness, updated processing, and strong gaming performance, without pushing into flagship pricing.

    The G6 still has the edge in peak performance, especially if brightness is a priority or you’re building a high-end home theater. But the gap between the two isn’t as wide as you might expect in everyday use.

  • You don’t want to trust Meta’s new Muse Spark AI with health advice

    Meta‘s new Muse Spark may be pitched as a smarter AI model, but based on early testing, it sounds like the kind of AI you really do not want anywhere near serious medical decisions.

    The recent WIRED report talked about the experience with Muse Spark. Meta’s health-focused AI model inside the Meta AI app did not show promising results. The chatbot reportedly encouraged users to upload raw medical information like lab reports, glucose monitor readings, and blood pressure logs, then offered to help analyze patterns and trends.

    All of this sounds pretty useful till you realize two immediate concerns. You’re handing over very sensitive data, and whether the AI is even remotely trustworthy enough to interpret it.

    What went wrong in the early tests?

    The first problem is kind of hard to ignore. In a day and age where your life already feels too transparent, Muse Spark is prying even further. It isn’t unexpected to give out the necessary information for an accurate diagnosis, but handing over your personal health records to a chatbot for advice doesn’t sound like a privacy risk.

    Unlike data shared with a doctor or hospital, information entered into a chatbot does not automatically come with the same expectations or protections people may assume are in place. This isn’t a professionally vetted opinion, and that’s what makes the idea shaky. The AI is being presented as a helpful tool, but the environment around it still looks much closer to a consumer product than a proper medical one.

    This isn’t even the worst part

    Aside from the typical privacy risks involved when sharing personal data with any tech giant, you’d at least expect to get a serviceable answer. But the more serious problem appeared to be with the quality of the advice. In WIRED’s testing, the chatbot reportedly generated an extremely low-calorie meal plan after being asked about weight loss and aggressive intermittent fasting.

    While the bot did flag some of the risks along this route, a warning does not mean much if the model then goes on to help the user do the dangerous thing anyway. This is where the real issue lies with a lot of AI health tools right now. They can sound cautious, informed, and seem balanced right up until the moment they start reinforcing bad assumptions. That polished tone can offer the wrong advice with confidence, which makes failure more dangerous.

  • Gmail mobile gets end-to-end encryption to shield your emails from snooping

    Gmail mobile gets end-to-end encryption to shield your emails from snooping

    Your most sensitive emails on Gmail now have a much better privacy lock on your phone. Google has officially started rolling out end-to-end encryption for Gmail to Android and iOS devices. 

    For the first time, eligible users on Android and iOS devices can compose and read encrypted emails natively, inside the Gmail app, without going through the hassle of downloading and installing third-party apps for the same. 

    How does E2EE work in Gmail for mobile?

    Gmail’s E2EE first arrived for desktop users in April 2025, marking its 21st birthday. The external recipient support was added later, in October 2025. Smartphones, however, didn’t get the feature, leaving a significant gap as far as privacy is concerned. 

    The April 2026 update finally bridges that gap. If you’ve read about E2EE and how it works on other messaging platforms, you can already guess its mechanism on Gmail: only you and the recipient can view the email. 

    While composing an email, you can tap the lock icon, select the “additional encryption” toggle, and then send the email. If the recipient uses Gmail, the email lands in their inbox, like any other regular email. However, if they’re on a different platform, they receive a secure link to read and reply via a web browser (without a Gmail account). 

    Who actually gets to access E2EE on Gmail for mobile?

    Here’s the catch. Gmail for mobile is getting E2EE, but only for Google Workspace Enterprise Plus accounts with the Assured Controls or Assured Controls Plus add-on. Admins must first enable Android and iOS access through the client-side encryption interface. 

    In other words, personal Gmail users on mobile don’t get access. Anyway, by closing the gap between Gmail for web and mobile, Google has removed a crucial concern for clients evaluating Workspace against the Microsoft 365 suite.