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DJs

Apple Promised Us the Future of AI. Here's Why It Couldn't Deliver

Apple Intelligence

 

There is a version of this story where Apple quietly became the most thoughtful AI company in the room. Where its obsession with privacy, its custom silicon, and its tightly controlled ecosystem gave it advantages that cloud-first competitors simply couldn't replicate. Where its patience paid off and Siri 2.0 arrived polished, capable, and worth the wait. That version of the story is still being written. And right now, it is not going well.

The Promise: WWDC 2024 and the Hype Machine

Cast your mind back to June 2024. Apple took the stage at WWDC and unveiled Apple Intelligence with the kind of confidence the company usually reserves for products that are actually ready to ship. The presentation was slick, the demos were compelling, and the message was clear: Apple had not just caught up to the AI moment, it had found a better way to do it. The headline feature was a reimagined Siri. Not the bumbling, forgetful assistant that had been the industry's longest-running punchline since 2011, but something genuinely new. A Siri with on-screen awareness, meaning it could see what you were looking at and act on it. Personal context, meaning it could understand your life, your relationships, your calendar, your emails, and respond accordingly. In-app actions, meaning it could reach into third-party applications and get things done without you having to navigate there yourself. Apple also dangled the prospect of Google Gemini as a future integration partner, with executives winking broadly at audiences across multiple events throughout the year. The marketing followed. iPhone 16 was sold, in no small part, on Apple Intelligence. Adverts saturated television, social media, and every surface Apple could buy. The message to consumers was direct: this phone is the AI phone. Buy it now, the features are coming.
What followed was one of the most embarrassing product rollouts in Apple's recent history. In March 2025, Apple publicly admitted it had missed its own quality bar. The smarter Siri, the one with personal context and on-screen awareness, was pulled. The features that had defined the entire iPhone 16 marketing campaign were quietly kicked down the road. A federal lawsuit was filed in California alleging false advertising. Apple eventually settled.

What We Actually Got

To be fair to Apple, not everything about Apple Intelligence was vaporware. iOS 18.1 and 18.2 did deliver some features. Notification summaries arrived, though they quickly became notorious for generating embarrassingly wrong summaries, including one that the BBC formally complained about after it misrepresented a breaking news story. Image Playground and Genmoji shipped. Writing tools that clean up grammar and adjust tone landed in Notes and Mail. ChatGPT was integrated for complex queries, though the implementation was so conservative that it barely registered. What never arrived was the part that actually mattered. The three flagship capabilities that Siri was supposed to gain: Personal Context, On-Screen Awareness, and In-App Actions. These were not peripheral features. They were the entire point. Without them, Apple Intelligence was a set of useful but unremarkable additions to an OS that already had most of what people needed.
The Siri Timeline
Siri debuted in 2011 as a genuine novelty. Between 2014 and 2020, it received incremental updates focused on Apple's own apps. When ChatGPT exploded onto the scene in late 2022, it reportedly blindsided Apple executives entirely. The company scrambled, began work on a new foundation model internally codenamed "Ajax," and by 2024 felt enough pressure to announce a full overhaul before it was ready. By October 2025, iOS 26 had shipped and the major Apple Intelligence features were still absent with no confirmed release date.
In September 2025, Apple shipped five incremental Siri improvements in iOS 26: faster follow-up queries, richer answers, tighter Shortcuts integration, a refreshed calling interface, and instant language switching. Helpful, yes. But these were never a substitute for what had been promised. Internal testers on early iOS 26.4 builds were reportedly warning that the new Siri still did not compete with current chatbots.

Why Did This Happen?

The honest answer is more complicated than "Apple was lazy" or "Apple doesn't care about AI." Neither of those is true, and accepting them as explanations would be doing a disservice to what is actually an interesting and structural problem. Apple's approach to AI was always different from its competitors. While Google, Microsoft, and Meta raced to cloud-based large language models that could dazzle in demos, Apple planted its flag firmly in on-device intelligence. The idea was that your phone's neural engine does the heavy lifting, your data never leaves your device, and you get AI without the privacy tradeoff. It is, philosophically, an admirable position. It is also, technically, an enormously difficult one. Building a model capable enough to do what Apple promised, while keeping it small enough to run locally on an iPhone, is a genuinely hard engineering problem. The rest of the industry solved the capability question by throwing cloud compute at it. Apple's self-imposed constraints meant that solution was not available to them, at least not without compromising the privacy narrative that underpins their entire brand identity. There is also the ecosystem problem. Apple promised that the new Siri would reach into third-party apps via App Intents. For that to work, developers need to build support for it. And developers, watching Apple delay and delay and delay, have not exactly been rushing to invest engineering time in a feature that keeps not shipping. The result was a company that announced something it genuinely intended to build, encountered the reality of building it, and discovered the gap between the two was larger than it had anticipated. That is not a scandal. But announcing it to the world before closing that gap, and building an entire product marketing cycle around it, is where Apple deserves the criticism it has received.

The Gemini Admission

On January 12, 2026, Apple and Google issued a joint statement that, depending on how you read it, was either a pragmatic partnership or a quiet admission of defeat. The two companies announced a multi-year collaboration under which the next generation of Apple Foundation Models will be based on Google's Gemini models and cloud technology, with those models set to power future Apple Intelligence features including a more personalized Siri. Let that sit for a moment. Apple, the company that has spent years positioning itself as the privacy-first alternative to Google's data-harvesting model, has agreed to pay Google reportedly around $1 billion a year to use Gemini as the foundation of its AI ambitions. Apple evaluated technologies from OpenAI and Anthropic before selecting Google, citing its models as the most capable foundation. The company is framing this as a technology choice rather than a retreat, emphasising that Apple Intelligence will continue to run through Private Cloud Compute and that privacy standards are maintained. That framing is not entirely wrong. But it does not change what the deal represents at a strategic level: Apple building toward its biggest announced product feature by licensing the core capability from its oldest and most complex rival. Reports suggest the deal is valued at around $1 billion per year for access to a custom 1.2 trillion parameter Gemini model. Google, for its part, now has Gemini running inside Apple's ecosystem, powering Siri on two billion devices. That is a remarkable outcome for a company that Apple has been quietly trying to reduce its dependence on.

What Is Actually Coming in 2026

To Apple's credit, there is genuine momentum now. WWDC 2026, scheduled for June 8, is expected to unveil a new Siri interface integrated into the Dynamic Island, with a standalone Siri app that supports back-and-forth conversation and conversation history. The Gemini-powered foundation is reportedly being distilled into a smaller on-device model, which would preserve Apple's privacy architecture while delivering significantly better capability. Apple is reportedly planning to turn Siri into a full chatbot experience, capable of competing with OpenAI's ChatGPT, with a dedicated interface tested internally under the codename "Campos." The three long-promised flagship features: Personal Context, On-Screen Awareness, and In-App Actions, are reportedly still on the roadmap and expected to be more capable than what was originally shown at WWDC 2024. Apple has also stated publicly, to CNBC, that the upgraded Siri remains on track for 2026. Given the company's track record over the past 18 months, that assurance deserves some scrutiny. But the Gemini partnership, the new AI leadership under Mike Rockwell (previously of Apple Vision Pro), and the visible pressure from investors and the legal settlement all point to an organisation that knows it cannot miss again.

The Bigger Question: What Does This Mean for AI?

Here is where this story connects to something larger. We have spent the last few weeks on this blog talking about focused tools versus distraction machines. The E-Ink phone piece. The Windows Phone legacy. The idea that the best technology respects your time and attention rather than monetising them. AI, done well, fits naturally into that philosophy. A genuinely intelligent assistant that knows your context, understands what you need, and helps you get it done is the ultimate focused tool. It is the promise that every voice assistant has made since 2011 and that none of them has fully delivered. The trouble is that the AI race, as it is currently being run, is not primarily about building focused tools. It is about building platforms. Microsoft wants Copilot embedded in everything you do at work. Google wants Gemini to be the layer through which you interact with all of Google's services. OpenAI wants ChatGPT to become a default operating layer for a generation of users. These are not neutral productivity tools. They are ecosystems competing for attention and data, dressed up in the language of helpfulness. Apple's stated alternative was different. On-device. Private. Yours. If it had worked, it would have been the most interesting AI proposition in the industry: intelligence that genuinely serves the user rather than the platform.
The Third Platform Question
We asked in the Windows Phone piece whether the current duopoly leaves space for a third platform. The AI layer makes that question more urgent. If Apple's privacy-first approach fails, or gets quietly absorbed into the Google ecosystem through deals like this one, then the AI experience on every major platform converges toward the same model: cloud-dependent, data-hungry, and optimised for engagement over utility. That convergence could be exactly the space a third platform steps into. Not with a better spec sheet, but with a fundamentally different answer to the question of what your AI is actually for.
Android has Google baked into its foundations. iOS is now paying Google to power its AI. The two dominant mobile platforms are, at the AI layer, increasingly the same thing. If a genuine alternative to that model emerges, whether from a new OS, a privacy-first hardware maker, or something we haven't seen yet, it will likely find its audience among exactly the people who read pieces like this one.

Final Thoughts

Apple's failure with Apple Intelligence is not a story about incompetence. The engineering problems are real and difficult. The privacy constraints are genuine, even if they also served as convenient cover for delays. The company still has the best consumer hardware in the industry, custom silicon that its competitors cannot match, and a developer ecosystem that remains the most valuable in the world. But it made a promise it could not keep, marketed a product it had not built, and spent 18 months watching the gap between its announcements and its shipping reality become a running joke. That matters, not just for Apple's reputation, but because the promise itself was worth making. A private, on-device, user-first AI would have been genuinely good for consumers. The fact that Apple could not deliver it without turning to Google suggests that the version of AI that respects your privacy and serves only you is harder to build than anyone wants to admit. WWDC 2026 is in June. The Gemini-powered Siri is coming. The conversation history, the Dynamic Island interface, the chatbot experience: all reportedly on track. Maybe this is finally the year Apple closes the gap between what it promised and what it ships. But I'd suggest watching what it promises next before deciding whether to believe it. What do you think? Has Apple permanently damaged its credibility on AI, or is this a stumble the company can recover from? And if Apple's privacy-first approach ultimately gets swallowed by the Google partnership, does that change what you think about the future of AI on mobile? Let me know in the comments.
DJs

The Network Hopper: A Field Guide to US Mobile Redundancy

US Mobile Review — DJs Mobiles
This technical follow-up to the US Mobile review focuses on using the Multi-Network and Teleport features for professional-grade redundancy. This post treats a mobile connection like a failover system, prioritizing constant uptime over simple cost savings.

The Network Hopper: A Field Guide to Mobile Redundancy

In our previous review, I touched on the general value of US Mobile. For most users, picking one network and staying there is enough. However, for those who rely on a stable connection for remote access or critical tasks, a single point of failure is an unacceptable risk. In 2026, treating a cellular connection as a fail-over system is a strategic necessity.

Here is the technical breakdown of how to "hop" between Warp, Dark Star, and Light Speed to maintain high availability.

The Multi-Network Fail-over Strategy

The most powerful tool available is not just switching networks but having two active simultaneously. By using the Multi-Network add-on, you can run a Dual SIM Dual Standby (DSDS) configuration on a single device.

Dual-Network Configuration
Primary Line Warp (Verizon) – Native QCI 8 Priority Data. Best for deep building penetration and stable performance in dense urban corridors.
Secondary Line Dark Star (AT&T) – Excellent as a failover. It often maintains stability during high-density public events where other networks may saturate.
Data Handling Both lines share the primary plan's data pool. Enable "Cellular Data Switching" on the device for automatic failover.

Strategic Teleporting

If a dual-active setup isn't required, the Teleport tool allows for a complete move between networks. While this is a "cold swap," it is invaluable when a primary carrier has a localized outage or capacity issues.

  • When to Teleport to Dark Star: Best for traveling through rural areas where AT&T's infrastructure often reaches further into dead zones.
  • When to Teleport to Light Speed: Ideal for high-capacity 5G Standalone (SA) areas. In urban centers with modern flagship hardware, the latency on Light Speed (T-Mobile) is often the lowest for tethering sessions.

The QCI 8 Priority Advantage

A major technical detail is the Quality of Service Class Identifier (QCI). This determines where data sits in the "queue" during congestion.

Network Priority Tiers
Warp QCI 8 (Priority) is included by default for 5G devices.
Dark Star Defaults to QCI 9 (Standard). For critical uptime, the upgrade to QCI 8 is recommended. It is the difference between a functional session and a timeout during peak hours.

Final Utility Tip

The Multi-Network add-on appears as a separate line item on the dashboard. For those who track expenses for business continuity or professional tools, this clear separation makes it easier to categorize as a dedicated redundancy asset rather than a standard consumer expense.

Are you running a single network, or have you moved to a multi-carrier failover? There is a peace of mind that comes with knowing a local tower issue won't take your entire workflow offline.

DJs

Apple Names John Ternus CEO as Tim Cook Moves to Executive Chairman

John Ternus with Tim Cook
Quick take: Apple is preparing for its biggest leadership shift in over a decade, with Tim Cook stepping into a new role and John Ternus taking over as CEO.

Apple has officially announced a major leadership transition. Tim Cook will move into the role of Executive Chairman, while John Ternus is set to become the company’s next CEO.

It marks the first time since 2011 that Apple will have a new CEO, closing out one of the most stable leadership eras in the company’s history.

Tim Cook Steps Into a New Role

After more than a decade leading Apple, Tim Cook will transition to Executive Chairman. In this position, he will continue to oversee Apple’s broader direction and long-term strategy, while stepping back from day-to-day operations.

Cook’s tenure as CEO has been defined by steady growth, expansion into services, and a stronger focus on privacy and ecosystem integration. Under his leadership, Apple became one of the most valuable companies in the world.

John Ternus Takes Over as CEO

John Ternus, Apple’s current Senior Vice President of Hardware Engineering, will take over as CEO. He has been a key figure behind many of Apple’s recent hardware products, including iPhone, iPad, and Mac.

Ternus is well known within Apple for his product-focused approach and has been closely involved in shaping the company’s hardware roadmap in recent years.

His appointment suggests Apple is doubling down on its core strength, with hardware continuing to play a central role in the company’s future.

A Natural Transition

Unlike some leadership changes, this transition appears to be carefully planned rather than reactive. Apple is known for long-term succession planning, and Ternus has been seen as a potential future leader for some time.

The move allows Apple to maintain continuity while gradually shifting responsibilities, with Cook still involved at a high level.

What This Means for Apple

For users, this change is unlikely to bring any immediate disruption. Apple’s strategy, ecosystem, and product roadmap are expected to remain consistent in the near term.

Over time, though, Ternus’ leadership could shape how Apple approaches hardware innovation, especially as the company continues to push into areas like custom silicon, spatial computing, and connected devices.

Quick Take

This is one of the biggest moments for Apple in years, but it feels more like a handoff than a reset. Tim Cook isn’t going anywhere, and John Ternus already plays a major role behind the scenes.

If anything, this looks like Apple staying exactly what it has been for the past decade: consistent, controlled, and very deliberate about change.

Source: Apple Newsroom

DJs

Firefox Now Has a Little Brave Inside It and Mozilla Did Not Tell Anyone

Quick take: Firefox 149 quietly shipped Brave's open source ad blocking engine under the hood, and most people had no idea it was there.

Mozilla is not exactly known for making headlines with things it does not tell anyone about, but that is precisely what happened with Firefox 149. Buried inside the release, with no mention in the official release notes, was the integration of Brave's open source ad blocking engine. It took a blog post from Brave's own VP of Privacy and Security, Shivan Kaul Sahib, to bring it to light.

What Was Actually Added

The engine in question is called adblock-rust, and it is the same Rust-based content blocking engine that powers Brave's native ad blocker. It handles network request blocking, cosmetic filtering, and uses a filter list syntax that is compatible with uBlock Origin. It is licensed under MPL-2.0, which makes it open source and a reasonable fit for Mozilla to adopt.

The change landed through Bugzilla Bug 2013888, filed by Mozilla engineer Benjamin VanderSloot and titled "Add a prototype rich content blocking engine." Importantly, the engine is shipped disabled by default. There is no user interface for it and no filter lists are included out of the box, so the vast majority of Firefox users will not notice anything different just yet.

An Unlikely Collaboration

On the surface, Firefox and Brave are competitors. They both target privacy-conscious users and both position themselves as the more principled alternative to Chrome. So seeing Brave's engine land inside Firefox without any fanfare is an interesting moment. It is a reminder that the open source world works differently: if the code is good and the licence is compatible, the source of the software matters less than what it actually does.

Waterfox, the popular Firefox fork, has also adopted adblock-rust and built directly on top of Firefox's own implementation of it, which suggests this could become a more common foundation for privacy-focused browsers going forward.

What It Could Mean Going Forward

The fact that this has shipped in a disabled state suggests Mozilla is treating it as groundwork rather than a finished feature. Whether it eventually becomes a built-in ad blocking option for Firefox users, or powers something more refined down the line, remains to be seen. Given the ongoing pressure on browser-based content blocking from Google's Manifest V3 changes in Chrome, having a capable, Rust-based engine ready to go is not a bad position for Mozilla to be in.

For now it is a prototype, but it is a prototype that is already shipping in one of the world's most widely used browsers. That is worth paying attention to.

DJs

The E-Ink Renaissance: A New Choice for the Intentional User

The response to my Windows Phone legacy piece was something else. Many of you shared the same feeling: that at some point, the smartphone stopped being a tool and started being a leash. That conversation has been sitting with me, and it led me down a rabbit hole I wasn't expecting. Because while the major players continue their annual ritual of cramming more megapixels and faster refresh rates into phones nobody asked for, a quietly serious alternative has been growing. The E-Ink smartphone. And in 2026, it's no longer a novelty.

What Exactly Is an E-Ink Smartphone?

Before we get into opinions, it's worth establishing what we're actually talking about, because "E-Ink phone" gets thrown around loosely. Traditional smartphones use backlit displays, whether LCD or OLED. Your screen is essentially a light source pointed directly at your eyes, all day, every day. E-Ink, or Electronic Paper, works on a completely different principle. Rather than emitting light, it reflects it, like paper does. Tiny microcapsules filled with charged particles rearrange themselves to form text and images, and crucially, they only consume power when the display actually changes. Once an image is on screen, it stays there with zero energy draw. The practical results of this are significant. Battery life that makes modern flagships look embarrassing. A display that is perfectly readable in direct sunlight without cranking brightness to maximum. And a screen that is, by virtually every measure, significantly gentler on the eyes over long reading sessions. The tradeoff, and it is a real one, is refresh rate. E-Ink cannot match the fluid, silky motion of an OLED panel. In 2026, the technology has improved dramatically and the gap has narrowed, but it remains. More on that shortly.

The Third Platform We Never Got

Those of you who read the Windows Phone piece will know where I'm going with this. Windows Phone 7 and 8 were a masterclass in doing more with less. The Metro interface was thoughtfully designed to surface information without demanding your attention. The OS ran fluidly on hardware that Android would have ground to a halt on. There was a genuine philosophy underpinning the whole thing: the idea that your phone should work for you, show you what you need, and then get out of the way. Microsoft lost the platform war not because the software was inferior, but because of ecosystem and timing. And in the decade since, we've ended up in a world where both surviving operating systems are, to varying degrees, in the business of keeping you engaged rather than serving you.
The Parallel Worth Drawing
E-Ink phones aren't trying to be Windows Phone. They don't have a unified OS vision or a coherent third ecosystem. But they share the same underlying philosophy: that a phone should be a focused tool, not a dopamine machine. That's the thread connecting the WP8 live tile dashboard to a matte paper-like screen that makes Instagram Reels physically uncomfortable to watch. Both are, in their own way, acts of rebellion against the prevailing model.
The OLED loop is real, and the industry knows it. The combination of infinite scroll, high frame rate, and saturated colour is not accidental. It is engineered. By contrast, an E-Ink screen introduces what researchers call "intentional friction." Using the apps that matter still works fine, but the ones designed to devour your afternoon become distinctly less appealing. That is not a bug. For a growing number of people, it is the entire point.

The Top Contenders in 2026

The market has matured considerably. There are now genuine choices across different philosophies of what an E-Ink phone should be.
Bigme HiBreak Pro Best Overall

The most complete E-Ink smartphone available right now. Running Android 14 on a MediaTek Dimensity 1080 processor with 8GB of RAM and 256GB of storage, this is mid-range Android performance in an E-Ink body, and it shows. It has 5G Dual SIM support, NFC, GPS, a fingerprint scanner, and a 4,500mAh battery with 18W fast charging. The 6.13-inch Carta 1200 display hits 300 PPI, producing exceptionally sharp text. At around $439, it's the device you'd recommend to someone who wants to make this their primary phone without compromise. Bigme has also released a HiBreak Dual variant with a secondary LCD panel on the back, priced from $519, for those who want a video-capable escape hatch built in.

Hisense A9 Pro Budget Pick

Hisense remains the most consistent force in this space, releasing E-Ink phones when most brands won't touch the category. The A9 Pro uses the same E Ink Carta 1200 panel as the Bigme, also at 300 PPI, on a 6.1-inch display with an 84% screen-to-body ratio. The internals are more modest: Snapdragon 662 processor, 8GB RAM, 256GB storage, and notably no 5G. Android 11 is a genuine concern for longevity. Where the A9 Pro earns its place is the HiFi audio chip (ES9318), 3.5mm headphone jack, and a price point that makes it accessible. If you want an E-Ink daily driver without spending flagship money, this is where you start, though be prepared to import it.

Boox Palma 2 Reader's Choice

Technically not a phone as it has no SIM slot. But it deserves a place here because many users pair it with their primary device as a second screen for their brain. The Palma 2 runs a Snapdragon 7s Gen 2, hits 300 PPI on a 6.13-inch Carta 1300 panel (a step up from the 1200 in its rivals), and supports the full Google Play Store with Android 11. The Boox Super Refresh (BSR) technology is the best implementation of smooth E-Ink scrolling available. It's the choice for those who want the reading and focus experience but aren't ready to ditch a conventional phone entirely. Priced around $300 to $400, it's the least disruptive entry point into this world.

How Far Has the Technology Actually Come?

It's worth being specific here, because the gap between 2020 E-Ink and 2026 E-Ink is substantial. The biggest change is refresh rate management. Modern devices like the Bigme and Boox use proprietary waveform algorithms. Bigme has its own implementation, while Boox calls theirs Super Refresh (BSR). These systems intelligently manage how the display updates, and the result is that typing on a keyboard, scrolling through an email inbox, and navigating maps all feel genuinely usable. Input lag, which used to be the category's biggest weakness, is no longer a barrier to daily use. Color has also arrived, via E Ink's Kaleido 3 technology. The Bigme HiBreak Dual and the earlier HiBreak (non-Pro) both offer it. The colours are muted and pastel compared to OLED, think watercolour rather than neon, but they're real colours and they're useful for maps, charts, and cover art. The color layer does reduce pixel density for colour content, which is a technical tradeoff worth knowing about before you buy.
The Honest Limitation: Video remains genuinely poor on E-Ink. YouTube is technically watchable in some refresh modes, but it is not a pleasant experience. If video content is central to how you use your phone, E-Ink is not the right choice in 2026. That is not a flaw. For many buyers, it is the feature.

The Case For and Against

Why You'd Switch

  • Battery life measured in days, not hours. Five to ten days is realistic depending on usage
  • Perfectly readable in direct sunlight, no squinting required
  • Genuinely easier on the eyes during long reading or messaging sessions
  • The friction effect is real: mindless scrolling becomes less automatic
  • Modern devices run the full Android ecosystem, so the apps you rely on still work
  • A quiet, focused phone experience that respects your time

Why You Might Not

  • Video content is a genuinely poor experience and likely always will be
  • Import-heavy availability: most models require sourcing from Asia
  • Android versions can lag behind; the A9 Pro still ships with Android 11
  • 5G is limited to the Bigme HiBreak Pro at this price bracket
  • Camera quality is functional but nowhere near flagship level
  • No mainstream after-sales support in North America or Europe

Who Is This Actually For?

I want to be direct about this, because E-Ink phones attract two types of interest: people who genuinely want one, and people who are attracted to the idea of one. The idea is compelling. A phone that respects your attention, lasts a week on a charge, looks like paper in the sun, and quietly discourages the habits you're trying to break. It sounds like the device the industry should have built years ago. The reality is that it requires a genuine shift in how you use your phone. If your daily routine involves watching video, heavy social media use, or gaming, not as things you're trying to cut back on but as things you actively value, an E-Ink phone will frustrate you within a week. The friction isn't selective. It applies to everything. But for the IT professional reading long documents, the writer who needs focus, the traveler who wants a phone that survives the week without hunting for a plug, or the person who genuinely wants to break the scroll loop, this is a real option in 2026. Not a compromise device or an experiment. A real option.

The Bottom Line

  • The Bigme HiBreak Pro is the most complete daily driver in the category: 5G, Android 14, 300 PPI, and a 4,500mAh battery at around $439
  • The Hisense A9 Pro is the accessible entry point with excellent audio and the same sharp display, held back by older Android and no 5G
  • The Boox Palma 2 is the ideal companion device for those not ready to make the full switch
  • Video and fast-refresh content remain genuine weaknesses, so know this before you buy
  • Availability is the biggest practical barrier for Western users; expect to import

Final Thoughts

The E-Ink movement in 2026 feels like a quiet rebellion with actual hardware behind it. These aren't concept devices or enthusiast experiments. They are functioning smartphones with competitive specs, running the full Android ecosystem, sold by manufacturers who have been refining the formula for years. What they represent philosophically is something we touched on in the Windows Phone piece: the idea that your device should serve your intentions, not redirect them. WP8 tried to solve this at the OS level and lost the war. E-Ink is trying to solve it at the hardware level, and the market is small but real and growing. Could you live with a muted, paper-like screen if it meant a week of battery life, zero eye strain after a long day, and a phone that quietly makes doom-scrolling less appealing? A growing number of people are discovering that the answer is yes. Whether that constitutes a proper alternative to the Android-iOS duopoly is another question entirely. But it might be the closest thing we have to it right now. What do you think? Is E-Ink a genuine daily driver for you, or does the lack of fluid video make it a non-starter? Let me know in the comments below.
DJs

Your iPhone Is About to Replace More Than Just Your Credit Cards

Quick take: Apple Wallet is steadily growing into something much bigger than a payment app, and third-party adoption is finally starting to catch up with Apple's ambitions for it.

Apple Wallet has been quietly building towards something significant for a while now. The bones have been there for years: car keys, boarding passes, digital IDs. But the honest reality has always been that the app is only as useful as the partners willing to support it. That is starting to change in a meaningful way.

Travel Just Got Smarter

With iOS 26, Apple overhauled the boarding pass experience in Wallet. It goes well beyond showing you a barcode at the gate now. You get luggage tracking through Apple's Find My network, airport navigation via maps, and live activity updates all built into your pass. United Airlines was the first carrier to go live with the new features, followed by Delta and Southwest, with more expected to roll out through the rest of the year. American Airlines is among the latest to commit to the updated experience.

This is exactly the kind of thing that makes a real difference when you are rushing through a terminal. Having your gate, your bags, and a map all surfaced from one place without digging through separate apps is genuinely useful, not just a spec sheet talking point.

Car Keys and Digital IDs Gaining Ground

Apple's digital car key feature has been around since iOS 13.6, but adoption from automakers has been painfully slow. That is finally starting to shift. Porsche is bringing car key support to its 2026 electric Macan and Cayenne, and General Motors has confirmed that Cadillac, Chevrolet, and GMC are all coming on board too. Once you have used a car key on an iPhone or Apple Watch, going back to a physical fob feels like a step backwards, so the more manufacturers that join the better.

On the digital ID front, iOS 26 added support for US passports in Wallet, which can now be used at TSA checkpoints, in apps, and in person. It is worth noting that digital IDs currently cover domestic travel only. Your physical passport is still required for international flights and border crossings. State-level driver's license support continues to roll out gradually, with Arkansas and Virginia both recently committing to Apple Wallet support.

Order Tracking Finally Makes Sense

One of the more underrated additions in iOS 26 is the overhaul of Wallet's order tracking feature. Apple originally introduced this in iOS 16 but it required individual merchants to opt in, which meant it was essentially useless for most people. The iOS 26 version sidesteps the problem entirely by using Apple Intelligence to pull delivery tracking information directly from your emails, covering all your orders without needing any third-party integration. It is a smart solution and long overdue.

What Comes Next

With WWDC 2026 kicking off on June 8, there is every chance Apple announces further Wallet capabilities alongside iOS 27. The app has come a long way from its Passbook origins back in 2012, and with third-party momentum finally building across travel, automotive, and identity, it is starting to live up to what Apple has always wanted it to be: the one app you reach for instead of your physical wallet.

DJs

Google Gemini Finally Gets a Native Mac App and It's Built the Right Way

Google Gemini for Mac
Quick take: Google has released a dedicated Gemini app for Mac, making macOS the first desktop platform to get a native Gemini AI experience.

If you have been accessing Gemini on your Mac through Chrome or the web, those days are officially over. Google has launched a proper native Gemini app for macOS, and from what we can see, they put some serious effort into it.

The headline feature is the keyboard shortcut. Hit Option + Space to pull up a mini chat window from anywhere on your Mac, or Option + Shift + Space if you want to go straight into the full chat experience. Both shortcuts are customizable through the app's settings, which is a nice touch. You can also access it from the menu bar or just launch it from the Dock like any other app.

Built properly, not bolted on

What stands out here is that this is not a browser wrapper dressed up as an app. Google built Gemini for Mac as a 100% native Swift application, meaning it was developed specifically for Apple's platform. Josh Woodward from Google noted that a small team built over 100 features in less than 100 days to get this out the door. That kind of turnaround explains why it has arrived feeling reasonably complete rather than half-baked.

In terms of what it can actually do, the app covers the full range of Gemini capabilities you would expect: quick answers without opening a browser, drafting emails and documents, summarizing long articles or web pages, brainstorming, coding assistance, and image analysis. There is also voice mode with a choice of several voices, and the ability to share your screen for additional context when chatting.

The mini chat window can be configured to reset after a set time duration, and you can choose whether new chats open in the mini window or the main app. Small details, but they add up to something that feels considered.

The bigger picture

Timing-wise, this lands at an interesting moment. Apple and Google announced earlier this year that Gemini will power a next-generation version of Siri as part of a multi-year collaboration, with those features expected to arrive in iOS 27 and macOS 27 later this year. We will learn more when WWDC kicks off on June 8.

For now, the Gemini Mac app is available as a free download from gemini.google/mac. You will need macOS 15 Sequoia or later to run it.

It is good to see Google treat the Mac as a first-class platform here rather than an afterthought. Whether it becomes part of your daily workflow will depend on how deep into the Google ecosystem you are, but as a standalone AI assistant on the desktop it is a strong opening move.

DJs

Nothing Warp is the company's response to Apple AirDrop

Update

It looks like the source article, the extension and the Android app have all been pulled. Stay tuned for updates

Nothing Warp

Nothing is continuing to build out its software ecosystem, and this time it is focusing on something a lot of people use every day. The company has officially introduced Nothing Warp, a new feature designed to make moving content between devices faster and easier.

At its core, Warp is all about simple, seamless file sharing. It is another step toward a more connected experience across Nothing devices, including phones and PCs.

What is Nothing Warp?

Nothing Warp is a cross-device sharing system that lets you quickly transfer files, links, and content between supported devices.

The idea itself is not new. If you have used AirDrop or Quick Share, you already understand the concept. What Nothing is trying to do here is deliver that same level of convenience within its own ecosystem.

The focus is on removing friction. No cables, no complicated setup, and no need to jump between apps. Everything is designed to feel quick and direct.

How It Works

To achieve this Nothing has release a new smartphone app and a browser extension. Users can upload a file from one device to Warp, then making it available to the other device. This requires you to sign in to your Google account. Warp acts as a middleman with Nothing saying that “it uses your own private Google Drive to move files.”

Nothing Warp is available for Chromium-based browsers such as Chrome and Edge, and is available to Android devices besides just the company's own.

The process of moving files from a phone to a computer involves using the built in Android Share feature.

On the Nothing Warp extension, you will see a 'Send with Nothing Warp' option on the right click menu. You can also upload directly to the extension or copy into it.

A Bigger Push Toward an Ecosystem

What makes Warp interesting is not just what it does, but what it represents.

Nothing has been steadily building its ecosystem, and this is another step in that direction. Features like this only really shine when they are part of a larger connected experience.

That means better integration between devices, smoother workflows, and less reliance on third-party tools for basic tasks.

Why It Matters

File sharing is something everyone uses, but it still is not always as simple as it should be, especially across different platforms.

If Nothing can deliver something fast and reliable here, Warp could easily become one of those features you use all the time without even thinking about it.

Quick Take

Nothing Warp is not trying to stand out with flashy features. Instead, it focuses on making everyday tasks easier.

If it works as intended, it is the kind of feature that quietly improves the overall experience. And for a growing ecosystem, that is exactly what Nothing needs right now.

Source: Nothing Community

DJs

The Google Pixel Referral Program is back with 10% off phones and $50 store credit

Google Pixel Referral Program

Google is bringing back one of its more underrated perks for Pixel buyers — the Pixel Referral Program — and if you’ve been thinking about picking up a new Pixel, this is one of those deals that’s actually worth paying attention to.

The program is pretty straightforward. If you have a referral code (or know someone who does), you can get 10% off a Pixel phone when buying directly from the Google Store.

How It Works

Google is once again letting Pixel owners share referral codes with friends and family. When someone uses that code at checkout:

  • The buyer gets 10% off a Pixel phone
  • The person sharing the code earns $50 in Google Store credit

Each code is single-use, and you can typically generate multiple codes — meaning the rewards can stack up if you share them around.

What’s Different This Time?

Not much has changed on the surface, but the timing is what makes this interesting. The referral program is returning after the last round wrapped up earlier this year, and it’s now active again ahead of the next wave of Pixel devices.

The current offer is expected to run through July 31, giving you a decent window to take advantage of it before the next generation arrives.

The Catch (There’s Always One)

Like previous versions of the program, there are a few limitations:

  • Referral codes usually can’t be used during major sales events
  • They’re limited to one-time use per code
  • The $50 credit is issued after the return period passes

Still, compared to most phone deals, this one is refreshingly simple.

Why It Actually Matters

Google has been getting more aggressive with Pixel pricing and promotions lately, and this is another example of that.

A straight 10% discount — especially when it can sometimes stack with other offers — makes Pixel devices even more competitive in that mid-to-high-end range.

And if you’re already in the Pixel ecosystem, it’s basically free credit just for recommending a phone you were probably going to suggest anyway.

Quick Take

This isn’t a flashy launch or a big headline feature, but it’s one of those small moves that actually benefits real buyers.

If you’re planning to grab a Pixel anytime soon — or know someone who is — make sure you use one of these referral codes below before you hit checkout.

Status Reward Referral Code
Active $50 Google Store referral credit REF-4XJCXVFMGT2U0V2M7IRF4WC
Active $50 Google Store referral credit REF-VYBQ2KI203QNTHD3ASHT987
Active $50 Google Store referral credit REF-JEYIKAXSJTORO7NXMGIY1ZO
Active $50 Google Store referral credit REF-5PUL4Y9ZX8KZH3ZCA8XL1EL
Active $50 Google Store referral credit REF-Q1B2S5T5BHOFHT0VNCKDTPX
DJs

US Mobile - Review - The Teleporting MVNO That Finally Solved Network Choice

US Mobile Review — DJs Mobiles

The MVNO market has traditionally been about compromise—sacrificing network choice for a lower bill. US Mobile has flipped that script for 2026. By offering access to all three major US networks under a single dashboard, it has created a premium digital experience that feels more bespoke than budget. I've been using the service recently, and the ability to pivot between networks is a technical luxury that’s hard to give up once you've tried it.

Networks Warp, Light Speed, Dark Star
Unlimited Premium $32.50/mo
Priority Data 100GB
Hotspot Unlimited*
🏆 Industry Leader: As of April 2026, US Mobile holds the #1 spot on Consumer Reports with a score of 89/100 for overall value and support. It is currently the highest-rated carrier in the US, beating all three major postpaid providers in customer satisfaction.
Key Takeaways
  • US Mobile’s biggest strength is giving users real network choice without leaving the MVNO space.
  • Teleport and multi-network options make it one of the most flexible carrier experiences available.
  • Shareable pools and premium roaming perks give the service appeal beyond just unlimited-plan shoppers.

Choosing Your Flavor of 5G

Warp (Verizon)

Ideal for rural reliability. On 5G devices, you get QCI 8 priority data, meaning your traffic is treated with the same importance as Verizon's top-tier postpaid customers. No deprioritization in crowded areas.

Light Speed (T-Mobile)

The speed king for urban dwellers. While it operates at QCI 7, the raw 5G mid-band capacity typically results in the fastest download marks I've tested.

Dark Star (AT&T)

A balanced bridge with excellent mid-band coverage. For an extra $7/mo, you can add the Turbo feature to jump from QCI 9 to QCI 8 priority, which makes this the most tweakable option of the three.

Teleport: Network Freedom

US Mobile App Teleport
Network Teleportation

The standout feature of US Mobile is Teleport. This allows you to switch your line between networks via the app dashboard, managed as separate eSIMs on the same device for a polished digital experience. While Unlimited Premium users get unlimited free transfers, other plans typically pay $2 per swap.

For the ultimate failover setup, the Multi-Network add-on ($7.50/mo on annual plans) lets you have two networks active simultaneously. It’s one of the most compelling reasons to look at US Mobile if reliability matters more to you than just chasing the cheapest monthly bill.

International Roaming & Perks

US Mobile has simplified international travel. Depending on your choice, the Unlimited Premium plan includes native roaming in up to 180+ countries on Light Speed. There are still a few nuances worth keeping in mind, especially around high-speed caps and multi-line perks.

  • 100GB Cap — High-speed data on Unlimited plans is hard-capped. Once you hit 100GB, speeds are throttled to 1Mbps.
  • Multi-Line Perks — Streaming subscriptions are available only to accounts with 3 or more lines on Unlimited Premium.
  • Native Roaming — Premium subscribers can use their US number abroad for seamless calls and texts.

Celestial & Terrestrial: The Starlink Bundle

Launching just this week, US Mobile has introduced a first-of-its-kind Starlink Bundle. For less than $50/month, you can bundle an unlimited mobile plan with Starlink Residential. It’s a bold strategy that brings your home and mobile internet under one roof.

The Residential Max tier pushes even higher speeds and includes a Mini Kit rental for standby roaming, which makes it especially interesting for road warriors and rural users. The inclusion of the Starlink Kit at no upfront cost on select plans only adds to the value proposition.

Shareable Data Pools: By the Gig

If you do not need an unlimited firehose, the Shareable Data Pools are where flexibility really shines. Unlike traditional plans, these let you share one bucket across multiple devices, including tablets and modems, even if those devices sit on different networks.

  • First Line Included — The base cost includes your first line with unlimited talk and text.
  • $8 per Additional Line — Add family members or secondary devices at a flat rate.
  • $2 Top-Ups — Add more data for just $2/GB, and unused top-ups roll over to the next month.
📊 Value Tip: A 10GB pool with two lines comes out to just $28/month including taxes and fees, which makes it one of the strongest low-to-mid usage values in the category.

Referral Rewards

If you’re looking to make the switch, US Mobile has a referral program that benefits both of us. By using the link below, you can get a head start on your new service while also helping support the blog.

🎁 Reader Bonus: Sign up using our referral link to unlock current new-subscriber credits and trial offers. It’s a great way to test out the Teleport feature with less risk.
Final Verdict

US Mobile is the MVNO for power users

US Mobile has established itself as one of the most compelling carrier alternatives for enthusiasts and value-focused users alike. By prioritizing network flexibility, digital control, and transparent plan design, it manages to feel more advanced than many traditional postpaid options. Whether you want the brute speed of Light Speed or the broader reach of Warp, US Mobile gives you meaningful control instead of forcing a one-size-fits-all experience.

Best for power users Excellent flexibility Strong overall value
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