Pocket-sized e-readers have existed in one form or another for years, but most have struggled to be genuinely pocketable. Anything much larger than a phone immediately stops feeling like a carry-anywhere device and starts feeling like something you have to plan around. The original Xteink X4 built a loyal following by treating compact form and distraction-free reading as non-negotiables, with physical buttons, a clean 4.3-inch E-Ink screen, and a $69 price that was hard to argue with.
The one complaint that kept surfacing was the absence of a frontlight. Reading in dim conditions meant clipping on a separate lamp or giving up entirely, which was an odd gap for a device otherwise built around serious reading habits. The Xteink X4 Pro addresses that directly. It launches at $99 with an adjustable warm-to-cool front light built in, removing the need for any workarounds when the lighting situation isn’t ideal.
The frontlight isn’t the only addition. The X4 Pro also introduces a touchscreen for navigation, though it retains physical page-turn buttons along the sides for anyone who’d rather not tap the display while reading. That combination matters because part of what made the standard X4 appealing was the tactile, no-swipe experience. The Pro doesn’t discard that, but it layers touch navigation on top for people who want it.
The trade-offs are real and worth noting. The front navigation buttons that sat below the screen on the original have been removed on the Pro, replaced by the touchscreen. More significantly, the USB-C port is gone, swapped out for a proprietary pogo-pin magnetic connector. That means carrying a specific cable rather than reaching for any USB-C cord already in a bag. The X3 has used the same pogo-pin setup since its release, so it’s a known quantity, but it’s still a step backward in convenience for anyone who valued USB-C universality.
The physical footprint barely changes. Despite adding layers for the light and touch sensor, the X4 Pro is actually marginally thinner at 5.95mm versus the X4’s approximately 6.4mm, and sheds a couple of grams to land at 72g. The same 4.3-inch, 220-PPI E-Ink display carries over, and battery life holds steady at around 14 days per charge. Storage remains the same 16GB microSD configuration with expansion support.
It’s a focused upgrade rather than an overhaul. The X4 Pro doesn’t try to compete with full-featured six-inch Kindles or Android-based E-Ink tablets. It stays small, stays quiet, and now stays lit, at $99 for people whose reading life regularly extends past sunset.
For existing X4 owners, the calculus comes down to one question: how often does dim lighting stop you from reading? If the answer is rarely, the base X4, for $30 less with USB-C and front buttons intact, still has a strong case. For anyone who’s been waiting to pick up an Xteink device but held off specifically because of the missing frontlight, the Pro closes that gap without fundamentally changing what the device is about.
Keeping houseplants alive has become something of a modern ambition, especially for those living in smaller spaces where a bit of greenery goes a long way. The problem is that most people have a complicated relationship with plant care. Forgetting to water on time, struggling with repotting, and watching plants suffer because the pot can’t keep pace can make the whole experience feel more discouraging than rewarding.
That’s what HELIX was designed to address. Created by Andrew Flynn, former industrial design lead at Dyson and the mind behind the Airwrap, Corrale, and Airstraight, HELIX is what POTR describes as the world’s first self-watering pot that physically grows alongside your plant. Its origami-inspired form isn’t purely decorative; the folds are the functional mechanism that lets the pot expand as roots develop.
At the heart of HELIX is a capillary wicking system tucked into the base. Fill the 300 ml reservoir, and a wick draws moisture steadily upward into the soil, letting the plant absorb exactly what it needs. The result is consistent hydration for up to two weeks between refills, meaning you’re no longer guessing whether you’ve overwatered, underwatered, or simply forgot entirely.
What really sets HELIX apart is what happens when a plant outgrows its space. Rather than pulling it out, cleaning up the mess, and starting over in a bigger container, you simply twist the pot open and add fresh compost around the root ball. The structure expands from 7cm to 16cm tall, accommodating up to 2 litres of soil without disturbing the roots.
For those who want to start from scratch, the Sprout Plate turns HELIX into a seed-starting setup. It sits inside the pot and works with the self-watering reservoir to keep seeds consistently moist, which is exactly what herbs like basil, mint, coriander, and parsley need to get going. As the seedlings grow taller, the pot simply expands around them, no transplanting required.
The Sprig Plate handles something slightly different. It’s designed for propagating cuttings, holding them above the water reservoir so stems can develop roots before being moved into soil. It works well for popular houseplants like pothos, monstera, and Chinese money plants, and the smart part is that once those roots have taken hold, the same HELIX pot expands to become their permanent home.
Then there are climbing plants, which have their own needs entirely. The Expanding Trellis plugs into the soil and can be extended upward in layers as the plant grows, with stems clipped into the folded origami structure for support. It borrows from the same geometric design language as the pot, turning something aesthetic into a functional vertical guide for climbers like pothos, hoya, or jasmine.
What makes HELIX even more interesting is that its hexagonal footprint lets multiple pots sit flush against each other without awkward gaps. Line up several on a counter or windowsill, each growing a different herb or microgreen, and you end up with a surprisingly coherent indoor herb garden that you can keep adding to. It’s a modular setup that scales with your appetite for growing.
The sustainability angle is woven into the design rather than tacked on as an afterthought. HELIX ships completely flat, which cuts both packaging volume and transport emissions compared to conventional rigid planters. It’s made entirely from recycled polypropylene, a waste plastic that often ends up in landfill, and uses roughly 70% less material than a comparable concrete or ceramic pot, making the eco credentials feel genuinely earned.
Plant care has always been about patience and attention, but it’s rarely been about the pot itself. HELIX shifts that dynamic by asking what a container could look like if it were as invested in a plant’s progress as the person tending to it. Whether you’re growing something you plan to eat, something to look at, or something you simply don’t want to kill, that’s a compelling thought.
Most phones marketed at kids are really just smartphones in disguise, dressed down with monitoring apps and screen-time limits that parents set and children quietly find ways around. The tension between staying connected and staying focused has pushed many families toward patchwork fixes: a shared phone, an old handset with most apps deleted, or a prepaid SIM dropped into hardware never meant for the job.
Lenovo’s answer to that problem is the AI Student Phone L1, which we covered at launch in China in late June 2026 for 299 yuan, or about $44. It looks like a compact candy-bar phone with a 1.83-inch touchscreen and 4G connectivity, but it behaves far more like a purpose-built study companion. There’s no browser, no social media, no games, and based on current reporting, sideloading isn’t an option.
Designer: Lenovo
What makes the L1 interesting from a design standpoint isn’t what’s missing; it’s what Lenovo chose to keep and why. The phone reportedly features a compact body built with Panda glass, a material meant to handle the daily punishment a backpack full of school supplies tends to deliver. That choice isn’t a premium flourish; it’s a quiet signal about who this device is actually built for.
The most telling design decision is the dedicated physical AI button reportedly built into the side of the L1. In most other phones, the AI assistant lives inside software, hidden behind a long press or buried in settings. A hardware button changes that, making help a fixed and visible part of the object. A child doesn’t need to find the feature; the button is it.
Press it, and the L1 reportedly connects to an AI assistant that can help with homework, language learning, and subject lookups. The simplicity is the point. Instead of opening a browser and disappearing down a rabbit hole, the student gets a focused answer and moves on. The phone isn’t trying to replace a teacher; it’s trying to stay out of a teacher’s way.
The feature most coverage tends to bury is the reported QR-code payment system with parent-set spending limits. A child can reportedly take the bus, grab lunch, or pay for a snack without a full smartphone or a physical wallet. GPS tracking and an SOS button reportedly keep parents in the loop. Parents set a cap, the child spends within it, and that’s the end of the negotiation.
That said, the L1 isn’t without its compromises. A 1.83-inch screen is genuinely small, and while that probably discourages mindless scrolling, it also makes extended interaction feel a bit cramped. If handwriting input is included, as some reports suggest, the novelty may wear off quickly. Restraint is a valid design philosophy, but it still has to feel comfortable enough to use every day.
For parents in the US or Europe, the L1 is unfortunately a China-only device for now. Products like the Gabb Phone, Pinwheel, and Bark Phone all tackle the same distraction problem, but by restricting a conventional smartphone from the inside. The L1 appears to start from a narrower behavioral premise, building limits into the hardware rather than patching them in through software.
That distinction is worth sitting with. Handing a child their first phone has always been about balancing independence and oversight, and software-based restrictions have always felt like a workaround. The Lenovo AI Student Phone L1 raises the question of whether you can get closer to that balance by designing the object differently from the start, and that’s probably the right conversation to be having.
Winery architecture has long struggled to find the right balance between the rustic identity of viticulture and the ambitions of contemporary design. Most wineries reach for one extreme or the other, either leaning on stone barns and old-world aesthetics or commissioning cold modernist boxes that feel disconnected from the land around them. Few have tried to use the vineyard itself, quite literally, as the architectural concept.
The Great Vine Winery is an unbuilt conceptual proposal that takes that idea seriously. It envisions a two-story winery whose entire form reads as a giant grape vine that has grown organically from the ground. It’s a structure that doesn’t just sit in a vineyard but tries to feel like a living, functional part of it, with every curve evoking something the landscape itself might have produced.
Inside, the building accommodates tasting rooms, retail, and offices across its two levels. Outside, the structure extends into a series of shaded exterior areas, formed by large curved green panels, that are meant for tasting, picnics, and special events. The boundary between indoor and outdoor experience is deliberately blurred, with the architecture guiding visitors through the building the way a path through an actual vineyard might.
The enclosed spaces within the structure are cylindrical, calling to mind the cross-section of a real vine. Skylights set into their roofs are shaded by more of the curved panels, delivering natural light without solar glare. Underfloor vents channel cool air into each space from below, while perimeter windows and doors contribute additional ventilation and open views of the vineyard to anyone sitting inside.
Sustainability runs quietly through the whole concept. A large dark curved solar array, mounted on the central arched section of the structure, generates enough electricity to power the entire facility. Rainwater collected from the curved panels is channeled into underground reservoirs, where it’s held for use in daily winery operations and the upkeep of the surrounding grounds.
What makes the design particularly interesting is its built-in logic for growth. If the winery ever needs more space, the vine metaphor simply continues, with new sections of structure branching outward in any direction to suit whatever the program demands at a given time. This adaptability isn’t just a technical feature; it’s an extension of the central concept, where the building grows the same way an actual vine would.
Everything is intended to be fabricated from lightweight, colored concrete composite, an eco-friendly material that suits the complexity of the organic forms and keeps construction practical at a scale this ambitious. The muted green finish running consistently through every surface, inside and out, reinforces the vine reference without needing any additional ornamentation or applied symbolism to make the concept legible.
Winery visits have grown more intentional over the past few decades, with visitors expecting a sense of place as much as a good pour. The Great Vine Winery concept answers that expectation in a way most tasting room designs don’t, offering a building that’s as immersive to move through as the vineyard around it. As unbuilt concepts go, it’s a rare one where the metaphor genuinely earns its keep.
The clipboard hasn’t changed much since it arrived on desks and workbenches over a century ago. It’s still a flat backing board with a spring clip at the top, reliable enough for what it does, but never quite solving the small annoyances that anyone who uses one regularly has quietly accepted. Papers flap in the wind, finished pages dangle awkwardly, and there’s never a convenient surface to mount them on.
Japanese stationery brand King Jim took those frustrations seriously with the MagFlap, a clipboard that rethinks the form through a series of small magnetic additions that end up changing how the whole thing works. It doesn’t look dramatically different from the outside, but the moment you start using it for anything beyond signing a single sheet, the thoughtfulness behind each feature becomes clear pretty quickly.
The most visible improvement is at the bottom, where a magnetic flap closes over the lower edges of the papers. On a regular clipboard, any wind or movement is enough to send pages flapping and bending corners. The front flap locks everything flat against the board and protects the surface from the kind of gradual damage that most clipboard users have simply accepted as unavoidable.
The second magnetic flap is on the back and solves a different but equally familiar problem. Reviewing multiple pages usually means dealing with finished sheets flopping back over the clip or dangling in the way. With the MagFlap, completed pages curl over the top and get held securely against the back of the board by a magnetic flap, keeping the working surface clear at all times.
The full-width metal clip at the top is another departure from the norm. Most clipboards grip only the center of a page’s edge, leaving corners free to curl and crumple. The MagFlap’s clip spans the entire width, keeping everything flat. And since the body itself is magnetic, it attaches directly to steel surfaces, turning a filing cabinet, a locker, or a refrigerator into an instant mounting point.
Put those three features together, and the MagFlap starts to make a lot more sense for anyone who regularly deals with paperwork away from a desk. Nurses moving between wards, field inspectors filling out reports outdoors, or students working through multi-page readings all get a clipboard that doesn’t just grip paper from the top, but actually manages the reality of it moving around.
The clipboard comes in three sizes: A4 vertical, A4 horizontal, and A3 horizontal. All are covered in a PP film-applied polypropylene shell and hold up to 30 sheets of standard copy paper. The profile stays slim at 0.7 inches thick, and the board is rigid enough to grip at a single corner without flexing, which makes one-handed use genuinely practical rather than just technically possible.
A position guideline printed on the board helps with paper alignment, a small but useful detail when you’re handling a high volume of pages. Available in blue, red, green, and black, the MagFlap retails for $20.99. It’s not the cheapest option on a stationery shelf, but what it fixes is real, and the three solutions it offers are hard to find anywhere else in a single product.
Dedicated music players gradually faded from use once streaming apps turned every smartphone into an on-demand jukebox. Carrying a separate device for audio began to feel redundant. That attitude has slowly changed. Growing numbers of listeners, tired of notifications and algorithm-driven queues, have started reaching for standalone players again, ones that let music be the only thing competing for their attention.
The Hidizs AP30 Music Boy addresses that growing appetite, though it does so in a way that isn’t easy to overlook. Rather than adopting the clean, minimal aesthetic common to most digital audio players, it draws heavily from the visual language of retro handheld gaming. The result is a device that looks playful and compact but carries serious audio hardware inside.
Physical directional buttons and a 2.0-inch IPS display give the AP30 an immediately tactile quality that touchscreen-only devices often lack. The plastic version weighs just 56g, while the CNC aluminum edition comes in at 80g. A small whale motif on the back adds a quiet nod toward environmental awareness, giving the device one more detail that makes it memorable beyond the spec sheet.
The “wearable” part of the AP30’s pitch has practical implications. It clips to bag straps, hangs from a neck lanyard, or attaches magnetically to the back of a phone via an optional case, keeping it physically accessible during exercise, commutes, or any activity that doesn’t leave a free hand. Storage starts at 128GB built-in and expands to 256GB via a microSD slot.
Behind the gaming console’s exterior is a Cirrus Logic CS43198 DAC paired with an RT6863 amplifier, supporting DSD256, PCM at 24-bit/192kHz, and lossless formats including FLAC, WAV, and ALAC. Everyday headphones connect to the 3.5mm single-ended output, while the 4.4mm balanced connection offers meaningfully stronger output for listeners using higher-end in-ear or over-ear monitors, with room to grow as their setup does.
Bluetooth 5.3 with LDAC handles wireless listening without much compromise in audio quality, and the USB-C port doubles as a DAC input for computers and phones. Connect it that way, and the AP30 draws its own power, sparing the host device’s battery. The 1,200mAh cell manages 10 to 12 hours of continuous playback in single-ended mode and charges back to full in about one hour.
HidizsOS, the player’s Linux-based operating system, keeps the interface focused entirely on music rather than apps or streaming services. Customizable EQ presets and switchable digital hardware filters give listeners control over how their music sounds, and a built-in block puzzle game is a fitting Easter egg on a device with this much retro DNA. Both plastic and aluminum editions retail at $129.
There’s no streaming service, no social feed, and no notification waiting to derail the listening session. The AP30 runs on a locally stored library and asks for nothing more than a decent pair of earphones. For anyone who’s ever put a phone on silent just to get an hour of uninterrupted music, it makes a compelling case for carrying two things instead of one.
Managing multiple AI agents at once has become a surprisingly real friction point in modern knowledge work. Developers using tools like OpenAI’s Codex, which is closing in on nine million users, often run several threads simultaneously. Constantly switching between windows and chat screens to check each agent’s progress breaks the kind of focused flow that agentic workflows are supposed to create in the first place.
That’s the problem the Codex Micro, a collaboration between OpenAI and boutique keyboard maker Work Louder, tries to solve. It’s essentially a compact mechanical macropad purpose-built as a physical command center for AI agents, keeping the most important controls and status readouts within arm’s reach without requiring you to look at your screen. It’s a small but thoughtfully considered piece of hardware for heavy Codex users.
The heart of the device is its six frosted Agent Keys, each mapped to a separate Codex thread. They light up in different colors to reflect each agent’s status: white for idle, blue for thinking, green for completed tasks, amber when it needs your input, and red for errors. A single tap selects an agent in the background; a double tap brings it to the foreground.
The dial and joystick add two more dimensions of tactile control. The rotary encoder lets you adjust how deeply your agent reasons through a problem, dialing things down for quick tasks and up when the work calls for more careful consideration. The four-directional joystick can be mapped to skills like toggling plan mode or navigating between threads, and it’s never more than a thumb’s flick away.
The largest button, which takes up twice the space, is for push-to-talk. A double-tap starts recording, and the ambient RGB shifts to a snaking green pattern to confirm it’s live. Once you stop speaking, a white effect takes over while Codex processes your voice, and a solid white cue signals it’s ready to send. It makes submitting a prompt feel more like dictating than typing.
Beyond what it does, the Codex Micro is built to feel as good as it works. The body is made from sandblasted polycarbonate that diffuses the RGB lighting into a soft, even glow. The base, a solid aluminum block, keeps the whole unit planted on the desk thanks to an anti-slip ring. Buyers can choose between clicky or silent low-profile switches, with USB-C and Bluetooth connectivity.
What sets it apart from a generic programmable macropad is its direct integration with Codex itself. There’s no extra software to download or vet; key assignments and layouts can be adjusted natively within Codex. For more advanced setups, Work Louder’s Input app unlocks up to six programmable layers, letting you group different workflows into dedicated layouts without needing more desk space. It works on both Mac and Windows.
The Codex Micro ships with a USB-C to USB-C cable and the Codex Icon Keyset, a collection of 32 custom-designed keycaps with icons specific to Codex functions. It’s the kind of peripheral that’ll appeal to developers who’ve started treating their AI agents less like chat windows and more like teammates running parallel tasks. It’s priced at $230, and stocks have been limited since its launch.
Health apps and wearables have become remarkably precise at reading the human body. They can tell you how restorative last night’s sleep was, how stressed your body was during a presentation, and whether your recovery is on track after a hard week. What most of them don’t do, at least not in any concrete way, is hand you a tool to act on what they’ve just told you.
That’s the gap MobiFren founder and CEO Juwon Heo set out to address with the HealingFit TWS, a true wireless earbud built to go beyond standard listening. It earned a CES 2026 Innovation Awards recognition in Headphones and Personal Audio, but the more compelling aspect isn’t the accolade. It’s the design thinking underneath it, and what that thinking could mean for the broader world of digital health.
During normal use, HealingFit TWS functions as a premium pair of true wireless earbuds with Bluetooth 6.0, Hybrid ANC, and five tunable sound modes built on MobiFren’s own MSTS sound tuning system. The shift into wellness mode happens when you attach the Magnetic TES Link, a cable that snaps magnetically onto both earbuds. There’s no separate gadget involved, and no new category of hardware to carry.
TES, or Transcranial Electrical Stimulation, is a non-invasive approach widely studied in neuroscience. HealingFit TWS translates it into a controllable daily routine, running calibrated microcurrents through skin-contact electrodes built into each earbud. The intensity is adjustable across 15 levels, and most people describe the sensation as a subtle, rhythmic pulse. It’s designed to support the nervous system’s natural shift toward rest or focus, not force it there.
Three wellness modes organize the experience. Sleep is the bedtime routine, pairing TES with binaural audio tracks to help you gradually settle for the night. Healing is a shorter session for mid-afternoon or post-work moments when the day has felt relentless. Study is a focus-priming routine to run before anything demanding real concentration. Each mode comes with five dedicated tracks, though you can also layer TES over your own music.
That three-mode framework reads differently from the perspective of a digital health platform. Platforms like Samsung Health, Apple Health, Google Health, and Fitbit have become genuinely capable at detecting sleep quality, stress levels, recovery readiness, and daily activity. They generate scores, flag patterns, and surface recommendations. What they don’t typically offer is a connected, device-level way to act on those signals in the moment they appear.
HealingFit TWS addresses that with an open Bluetooth LE interface that developers and platform teams can connect to without a licensing fee or a proprietary SDK. The technical entry point is UUID 0xBE00, and documentation is publicly available through mobifrenglobal.com. The intent is clear: the earbud becomes the intervention hardware, while the app or platform provides the health context that determines when and which session a user might benefit from.
Think about what that could look like in practice. A sleep app detecting elevated pre-bed stress could suggest a Sleep session. A recovery platform flagging low readiness after a demanding training week could prompt a Healing routine. A focus tool that spots declining concentration before a deadline could surface the Study mode. In each case, the platform has done its analysis. HealingFit TWS handles what comes after.
The core architecture places a TES-generating circuit inside one earbud, with electrodes on the front of each earbud that contact the ear canal, and a TES Link cable that connects both earbuds. Detached, it functions as flagship-grade wireless earbuds; connected, it transforms into a wellness device designed to support sleep, stress relief, focus, and memory.
What makes the TES architecture appealing to hardware teams isn’t just the open API. The circuit that generates TES signals relies on entirely standard, commercially available components, totaling just 18 parts: a dual-transistor chip, one FET, and a set of RLC components. The earbud’s existing charging contacts also serve as the TES link contacts, so no extra contact points or major structural changes are needed.
The design has received formal IP recognition across multiple jurisdictions. The U.S. patent application covering the core architecture has been allowed and is proceeding to registration, with the patent expected to be granted soon. There are also registered patents in Korea and Japan, as well as a published application in Europe. FCC certification was granted on July 1, 2026.
Heo founded MobiFren in February 2002, originally as a contract developer for Samsung Electronics feature phones. The company started building its own Bluetooth audio products in 2005 and brought its first Bluetooth earphones to market in 2006. MobiFren has maintained an ongoing relationship with Samsung through smartphone software verification work ever since. That two-decade grounding in Bluetooth audio is what gives HealingFit TWS its engineering footing.
The choice to build this platform on earbuds specifically is, in that context, a deliberate one. Earbuds are already the personal technology closest to the human body for most of the waking day. They’re phone-paired, habitually worn, and typically owned by the same people most likely to be using a health app. Embedding TES therapy into a device people already carry daily removes most of the adoption barrier entirely.
The hardware reflects that audio-first foundation. Alongside the TES system, HealingFit TWS delivers up to 6.5 hours of playback and up to 4.5 hours in TES mode, with Hybrid ANC, three microphones per side, and wear detection for auto-pause when an earbud is removed. Both earbuds and the Magnetic TES Link cable dock in a cylindrical charging case finished in anodized aluminum, designed to carry without fuss.
What Heo is ultimately proposing is a platform category that doesn’t quite have a name yet. His comparison is to how true wireless earbuds, from AirPods to Galaxy Buds, turned personal audio into a mainstream daily habit. The longer ambition is for this patented TES architecture to be adopted into future products from those same companies, giving their health platforms a connected hardware layer for the signals they already detect.
The more compelling case might be for the health platforms themselves. Apple Health, Google Health, Samsung Health, and Fitbit have spent years becoming sophisticated at detecting when something is off: poor sleep, elevated stress, slow recovery. What they don’t yet widely offer is a hardware path from that detection to user-controlled action. HealingFit TWS was built to be exactly that path, and it’s open to anyone willing to test it.
That’s a bold bet, and the category he’s describing doesn’t fully exist yet. But HealingFit TWS makes a credible early case for it, with a patent-allowed architecture, open developer access, and a hardware design that doesn’t ask users to change anything about how they already carry and use earbuds every day.
E Ink phones have spent years selling one idea: a calmer screen, a longer battery, and a slower relationship with your phone. That promise has almost always come with a catch. You’d get the paper-like display but lose the processing power. You’d get the focus-friendly software but sacrifice half the apps you actually need. The category thrived on convincing buyers that every compromise was worth making.
Bigme’s HiBreak Dual 2 doesn’t improve on the E Ink formula. It changes the question entirely. Pairing a 6.13-inch color E Ink front panel with a 5-inch LCD on the back and running Android 16 on a Dimensity 8300 chip, it removes the old forced choice between paper-like calm and normal smartphone capability. That shift forces every rival to explain what they’re still asking you to give up.
Bigme HiBreak Dual 2
It’s a refreshingly practical premise. When E Ink handles the task, reading, taking notes with the optional stylus, or checking messages, the front panel does the work quietly. When it can’t, the 5-inch LCD on the back handles video calls, maps, or anything that moves too fast for a paper display. You’re not forced to pick a lane. The phone picks it based on what you’re actually doing.
The familiar trade-offs don’t apply anymore. With 12GB of RAM, a 50MP camera, dual SIM 5G, NFC, and Google Play on Android 16, the Dual 2 closes every gap this category used to own. What it still costs is simplicity. A two-screen phone with an optional stylus isn’t a minimalist object, but that’s the honest bargain. The sacrifice shifted from capability to preference, and at $574, that’s an easier trade.
Minimal Phone
Before the HiBreak Dual 2, the Minimal Phone offered what felt like a reasonable compromise: a full Android 14 experience on a 4.3-inch E Ink touchscreen grounded by a physical QWERTY keyboard. Google Play works out of the box, NFC and wireless charging are onboard, and battery life is strong enough that charging feels less urgent. It starts at $499 for 6GB of RAM and 128GB of storage.
The keyboard is the whole identity, and that’s either the appeal or the limitation, depending on who you are. If you prefer typing with actual resistance, this phone still makes a strong case. But after Bigme, the keyboard has to work harder as a justification. It’s no longer the pragmatic path through the category. It’s a deliberate preference, which means it now belongs to a more specific kind of buyer.
Mudita Kompakt
The Mudita Kompakt doesn’t compete on specs and isn’t trying to. It runs a custom OS stripped down to calls, texts, offline maps, music, and not much else. There’s no app store, no browser built for scrolling, just a 4.3-inch E Ink display, a 3,300 mAh battery with up to six days of life, and a phone that genuinely expects to be set down often. It’s available for $399.
What Mudita charges you is breadth. The Offline+ Mode disables every signal at once, including GSM, Wi-Fi, Bluetooth, camera, and microphone, which sounds drastic until you realize that’s exactly the point. The trade-off goes beyond app access. It’s the assumption that a phone should keep expanding. For anyone exhausted by that expectation, the Kompakt feels less like a device with missing features and more like one that refused them deliberately.
Light Phone III
The Light Phone III is the most philosophically clear product here, and the only one without E Ink. It runs a 3.2-inch OLED in grayscale, no app store, no browser, and a proprietary OS with a short, curated list of tools. What it does carry is 5G, NFC, and the kind of calm that comes from removing things rather than restraining them. At $799, it’s priced like a considered commitment.
That clarity is also its challenge. After Bigme, the Light Phone III’s restrictions no longer read as a necessary cost of the category. They read as a position statement. You’re not settling for less because less is all that exists. You’re paying more for less because you’ve decided that’s the better way to live. That’s a meaningful shift, and it makes the Light Phone III a conviction purchase, nothing more.
BOOX Palma 2 Pro
The BOOX Palma 2 Pro sits in its own corner of this category. It’s a 6.13-inch Kaleido 3 color E Ink device running Android 15 with full Google Play access and 8GB of RAM. A hybrid SIM provides 5G data, so you can run messaging apps, make VoIP calls, and browse freely. Native cellular calls and SMS aren’t officially supported, though some users have found workarounds that get reasonably close.
Phone legitimacy is the sacrifice here, which is a harder ask than anything else on this list. But the Palma 2 Pro delivers the best E Ink reading experience in a pocketable form right now. If your communication needs fit through apps like WhatsApp or Google Voice, and you’ve always wanted a reading device that travels independently, it’s a compelling choice at $399 that doesn’t fit any category neatly.
Books tend to get stacked, shelved, and forgotten in most homes. They migrate from nightstand to floor to the corner of a couch, and the one you’re currently reading usually ends up spine-down on whatever surface is closest when you need both hands. Furniture design has solved almost every other interaction you have with objects in a room, but the relationship between people and the books they’re reading hasn’t received much considered attention.
The Totem collection from Eran approaches that problem seriously. It’s a series of stainless steel furniture pieces that hold books as a primary function, not a secondary feature. Each piece has a precisely cut slot integrated into the steel that keeps a book in place, whether closed or open, at a specific height and angle. The slot isn’t decorative. It’s the whole point.
The collection includes two standing totems and a coffee table, all in brushed stainless steel with a matte finish. One totem is a tall rectangular column with a V-shaped notch cut into the flat top, wide enough to hold an open book by its spine with pages splayed upward like wings above the steel. The other has an angled face cut diagonally from the top, with a slot along that edge that tilts the book upward at a display angle.
That’s a meaningful distinction from a bookend or a reading stand. The totems are floor-standing, placing a held book at roughly chest height, which makes picking it up feel more like choosing something from a collection than retrieving it from a pile. The sculptural quality holds whether a book is in the slot or not, but the slot gives each totem a reason to exist beyond decoration, and beyond what most furniture does with books at all.
The coffee table operates on the same logic at a different scale. A diagonal slot runs across part of the steel surface, holding an open book at a shallow, readable angle while the flat area remains free for other objects. It’s a small structural decision that changes how you interact with the table. A book placed in the slot reads as intentionally parked rather than absentmindedly abandoned, which turns out to be a more significant distinction than it sounds.
Eran’s studio philosophy fuses artisanal work with a vision that connects the past and present, and the Totem name draws on archaeological totemic sculptures found across Mexico. That framing does real work here. A totem holds something up, marks it as significant. Dedicating a piece of furniture specifically to keeping a book accessible and presented changes what the book means in a space, and the collection is made in Mexico, entirely in stainless steel, sitting at the intersection of furniture and sculpture with enough conviction that neither category alone quite covers it.
