Enjoying music is much more than just setting up your listening gear, putting on the headphones, and getting lost in a melodic world. Spotify is currently one of the most used streaming services to enjoy music, anywhere, anytime. However, some inventive DIYers go the extra mile to elevate the experience as no one has done before. The Prestodesk Spotify desk music player by AKZ Dev is a good example.
The software engineer is back with another creation to showcase his love for Spotify and, obviously, music. To bring the tactile experience of loading and playing records via Spotify is a totally new and exciting idea. AKZ explores this with his intuitive engineering skills to add the satisfying feeling of loading a vinyl record and then playing it via the Spotify service.
Designer: AKZ Dev
At the heart of this DIY record player is a Raspberry Pi that does all the complex handling and an RFID reader that turns a simple desk accessory into something interesting. The idea struck the DIY’er when he saw the gifted miniature vinyl record coasters lying on his desk, and he presumed they could do so much more than just hold a cup of coffee. The mini records move on the coaster base (which is modified to make space for the electronics) courtesy of the stepper motor, and to detect the tonearm position, he uses a hall effect sensor that’s found in most gaming controllers.
The enclosure below the coaster stand is 3D printed for a snug fit and gives the platter a genuine record player feel. After putting everything in place, the magnet is attached to the tone arm. The stepper motor lies beneath the spindle, so that the vinyl can spin seamlessly. The next step involves preparing the vinyl records for the musical nirvana. NFC stickers are placed behind the vinyl record, and custom labels are printed to make things feel authentic. AKZ also 3D printed a record stand to showcase the whole setup on the desk.
After doing a bit of tinkering with the Raspberry Pi software and connecting it to the Spotify API, the record player is ready to rock the desk. Basically, the music does not play off the record; the RFID tag on the mini vinyl record player is detected by the moving tonearm. This triggers the playback of the associated music from Spotify’s library. Pretty nifty, isn’t it? The DIYer is kind enough to share all the project files on GitHub, and tells that the record player can be improved further with volume controls, or by integrating the speaker unit inside the main enclosure.
The year 2026 marks a historic pivot in personal technology. We are moving past the era of the “AI chatbot” trapped inside a website and entering the age of ambient hardware. While 2025 was defined by software experimentation, 2026 is the year when specialized AI silicon, smart glasses, and wearable pins have matured into indispensable daily companions.
These next-gen devices aren’t just faster smartphones; they represent a fundamental shift in how we interact with the digital world. By integrating intelligence directly into our physical presence, the “AI in your pocket” has evolved from a reactive tool into a proactive partner that anticipates our needs before we even voice them.
1. The Post-Smartphone Device
The traditional glass rectangle is no longer the sole gateway to the internet. In 2026, we are seeing the rise of screenless interfaces and augmented reality glasses that prioritize voice and gesture over scrolling. Devices like AI-powered rings and lightweight smart glasses have moved from niche gadgets to mainstream essentials, offering a “heads-up” lifestyle that keeps users engaged with the real world.
A desire for frictionless interaction drives this hardware shift. Instead of pulling out a phone to navigate or translate, users simply look at a sign or speak to their lapel pin. These devices are designed to disappear into our daily attire, making technology an invisible but powerful layer of our human experience rather than a constant distraction.
The Acer FreeSense Ring represents a refined advancement in wearable technology, offering continuous health monitoring in a compact, stylish form. Crafted from lightweight titanium alloy, the ring is slim, measuring 2.6mm in thickness and 8mm in width, and weighs only 23 grams. Its design balances elegance and practicality, available in finishes such as rose gold and glossy black, and water-resistant up to 5 ATM. With seven size options, it ensures a comfortable fit for a wide range of users. The ring is intended to complement traditional watches, providing wellness tracking without overwhelming the wearer with bulk or complexity.
Equipped with advanced biometric sensors, the FreeSense Ring tracks heart rate, heart rate variability, blood oxygen saturation, and sleep quality. Data is processed through a dedicated mobile application, which transforms readings into actionable, AI-driven wellness insights and personalized recommendations. Its detailed sleep analysis and continuous monitoring enable users to manage health proactively. By integrating sophisticated design with advanced biometric intelligence, the FreeSense Ring delivers an elegant and practical solution for modern wellness management.
2. On-Device Intelligence Systems
One of the biggest breakthroughs in 2026 is the move away from the cloud, made possible by massive leaps in Neural Processing Units (NPUs). As a result, your device no longer requires a constant internet connection to “think.” Complex reasoning and language processing now happen directly on the hardware in your pocket, resulting in near-zero latency.
This shift to “Edge AI” means your personal assistant is faster and more reliable than ever. Whether you are in a remote hiking spot or a crowded subway, your device can translate languages and organize your schedule offline. By keeping the “brain” of the AI on the device, manufacturers have finally solved the lag issues that plagued early generations of AI hardware.
The CL1 by Cortical Labs is the world’s first commercially available biological computer, integrating living human neurons with silicon hardware in a compact, self-contained system. Rather than relying on conventional software models, the CL1 uses lab-grown neurons cultured on an electrode array, allowing them to form, modify, and strengthen connections in real time. This enables the device to process information biologically, learning dynamically through interaction instead of pre-trained algorithms or large datasets.
At the core of the CL1 is Synthetic Biological Intelligence (SBI), a hybrid computing approach that combines biological adaptability with machine precision. The neurons respond to electrical stimulation by reorganizing their connections, closely mirroring natural learning processes in the human brain. This results in exceptional energy efficiency and high responsiveness compared to traditional AI systems. Designed as a research-grade platform, the CL1 offers scientists a new way to study neural behavior, test compounds, and explore adaptive intelligence, positioning it as a foundational product in the emerging field of biological computing.
3. Rethinking App-Centric UX
We are witnessing the slow death of the traditional app icon grid. In 2026, next-gen devices utilize Agentic AI, which allows your pocket companion to navigate services on your behalf. Instead of you opening a travel app, a hotel app, and a calendar app to book a trip, you give one command. Your AI agent handles the cross-platform logistics autonomously.
This transition from “apps” to “actions” has redefined the user interface. Our devices have become executive assistants that understand our preferences across every service we use. The friction of toggling between dozens of different interfaces is being replaced by a single, unified conversation that gets things done, effectively turning the operating system into a proactive worker rather than a static menu.
The TB1’s defining feature is its AI-powered LightGPM 2.0 system, developed using principles of color psychology and professional lighting design. The system is capable of generating refined lighting scenes from billions of possible combinations, delivering precise, task-appropriate illumination without requiring manual configuration. Through simple voice commands such as “Hey Lepro,” users can activate lighting modes tailored for activities including gaming, or social gatherings. The AI interprets intent in real time and produces a balanced, professional-grade ambience with minimal user intervention.
The product also incorporates a built-in microphone and LightBeats technology, enabling lighting to synchronize dynamically with music, while segmented control allows detailed customization across different sections of the lamp. By combining intelligent scene generation, hands-free interaction, and a distinctive sculptural form, the TB1 positions itself as a forward-looking lighting solution. It enhances modern living environments through responsive, adaptive illumination that prioritizes ease of use and functional design.
4. Sensory-Driven Artificial Intelligence
Next-gen devices in 2026 are no longer blind to their surroundings. Equipped with high-fidelity microphones and low-power cameras, these pocket companions possess contextual awareness. They can “see” the ingredients on your kitchen counter to suggest a recipe or “hear” the tone of a meeting to provide real-time talking points or summaries that capture subtle emotional cues.
This sensory integration allows the AI to offer help that is actually relevant to your current environment. It isn’t just processing text; it is understanding your physical reality. By merging visual, auditory, and biometric data, your 2026 device acts as a second set of eyes and ears, providing a level of personalized support that was previously confined to science fiction.
The Humane AI Pin was introduced as a bold vision of screenless, context-aware computing, promising an AI-powered future worn discreetly on the body. For many early adopters, however, the device quickly lost functionality after the discontinuation of its cloud services, rendering its advanced features inoperative. What remained was a piece of thoughtfully engineered hardware—complete with a miniature projector, sensors, microphones, and cameras—stranded without a viable software ecosystem. As a result, the Pin became a notable example of how tightly coupled hardware and proprietary services can limit a product’s long-term relevance.
This narrative has begun to shift with the emergence of PenumbraOS, an experimental software platform developed through extensive reverse engineering. By reimagining the AI Pin as a specialized Android-based device, PenumbraOS unlocks privileged system access and introduces a modular assistant framework to replace the original interface. This effort reframes the Humane AI Pin not as a failed product, but as a capable development platform with renewed potential. Through open-source collaboration, the device now serves as a case study in how community-led innovation can extend the life and value of forward-thinking hardware.
5. Data in Your Pocket
As AI becomes more personal, the demand for “Data Sovereignty” has reached a fever pitch. 2026 hardware solves the “creepy” factor through hardware-level privacy vaults. Because the majority of AI processing now happens locally, your most sensitive conversations, health data, and private photos never have to leave the physical device to be processed in a distant corporate data center.
This “Privacy by Design” approach has built a new level of trust between users and their machines. With encrypted local storage and physical kill switches for sensors, next-gen devices ensure that your digital twin remains yours alone. In a world where data is the most valuable currency, the 2026 device serves as a secure fortress that protects your personal identity while amplifying your capabilities.
The Light Phone III is a purpose-built device designed around simplicity, privacy, and intentional use. It features a 3.92-inch black-and-white OLED display that replaces the earlier e-ink screen, offering sharper visuals, faster response, and improved legibility across lighting conditions. The interface is minimal and distraction-free, supporting essential functions such as calls, messages, navigation, music, podcasts, and notes. Powered by a Qualcomm SM4450 processor with 6GB of RAM and 128GB of storage, the device delivers smooth performance while remaining firmly limited to core tasks.
The product introduces a single, straightforward camera with a fixed focal length and a physical two-stage shutter button, emphasizing documentation over content creation. Its compact, solid form factor includes a user-replaceable battery, fingerprint sensor integrated into the power button, stereo speakers, USB-C charging, NFC, and GPS that prioritizes user privacy. Every design decision reflects a restrained, ethical approach to personal technology, positioning the Light Phone III as a secure, focused alternative to conventional smartphones.
The “AI in your pocket” is no longer a futuristic promise but the standard for 2026. By moving intelligence to the edge, embracing agentic workflows, and prioritizing local privacy, next-gen devices have successfully bridged the gap between human intent and digital execution. We are no longer using technology as we are living alongside it.
You know that little piece of tape covering your laptop camera? Or that awkward moment when you frantically check if your microphone is really muted before talking about your coworker? We’ve all been there. The problem is that webcams have become permanent fixtures in our lives, but trusting whether they’re actually off means squinting at tiny icons buried in software menus. Designer Bhavesh Sharma thinks there’s a better way, and honestly, it’s kind of brilliant.
NODE is a conceptual modular webcam system that tackles privacy by making it physical instead of digital. The core idea is refreshingly simple: if you want your camera or microphone truly off, you just remove it. Like, actually detach it from the device. No more wondering if that green light really means what you think it means.
Designer: Bhavesh Sharma
The system centers around a clean, minimal camera module that attaches to a shared backplate along with other components. Think of it like building blocks for your workspace. Need just a camera for quick video calls? Done. Want to add a microphone module for podcasting? Snap it on. Curious about that optional screen module? Add it to the mix. The beauty is that you’re not locked into one bulky all-in-one device that does everything poorly.
Here’s where it gets really interesting. Each module connects magnetically with pogo-pin contacts, so everything feels seamless and looks clean. But when you pop a module off the backplate, it’s completely disconnected from power and data. Not “software off” or “privacy mode enabled.” Actually off. Privacy becomes something you can feel in your hands rather than a setting you hope is working correctly.
That optional screen module deserves its own moment. Instead of cramming in yet another interface demanding your attention, it acts as what Sharma calls a “confidence display.” It surfaces only the essentials: camera status, microphone status, whether you’re recording, upcoming meetings, weather, select notifications. The whole point is to read it at a glance without pulling your focus from your actual work. In a world where every device screams for attention, this kind of restraint feels almost radical.
The design language communicates all of this beautifully. NODE keeps a restrained rectangular geometry that blends into your workspace rather than trying to be the star of your desk setup. The backplate uses smooth matte plastic as a neutral foundation, while the modules themselves feature a subtly textured matte finish. That contrast isn’t just aesthetic; it helps you visually and tactilely understand what’s fixed and what’s removable. The system comes in black as the default, with blue, orange, and white options if you want a bit more personality.
Setup is mercifully simple. Everything runs through a single USB-C connection, so you’re not drowning in cables. The magnetic alignment means modules snap into place without fussing, and the whole thing just works.
Now, let’s be clear about what NODE isn’t trying to do. This isn’t about revolutionizing image quality or replacing all your software controls. Sharma isn’t promising the crispest 4K video or AI-powered background removal. Instead, NODE focuses on something we’ve lost in our rush toward smarter, more connected devices: trust, awareness, and physical agency.
We’ve become so accustomed to abstract digital interfaces that we’ve forgotten how reassuring it is to actually control something with our hands. To see a component sitting on your desk and know, without doubt, that it’s not active. To build a workspace setup that matches how you actually work instead of adapting to what some company decided you need.
NODE is still a concept, which means you can’t buy it yet. But as a design exploration, it asks important questions about how we interact with the technology that’s constantly watching and listening. In a landscape where privacy feels increasingly theoretical, NODE offers something wonderfully tangible. It suggests that maybe the solution to our complicated relationship with always-on devices isn’t more software or better encryption. Maybe it’s just letting us unplug the parts we’re not using.
The iPad got its own native calculator app in 2024, just 40 years after Apple rolled out its first-ever GUI (graphical user interface) calculator for the Macintosh in 1984. The original was designed by Chris Espinosa, and was a favorite of Steve Jobs’ up until it was refreshed with the MacOS X in 2001. However, most of us are familiar with the original black and orange calculator UI that debuted as early as 2007.
The thing is, Apple’s calculator designs are a pretty great way to see the company’s design journey. Things went from strictly functional to visually contemporary to goddamn gorgeous (without ever compromising usability of course), and this LEGO set captures that journey perfectly. Put together with just 821 pieces, this fan-made build shows Apple’s transition through 4 stages – going all the way from the b/w 1984 calculator to the modern scientific calculator.
The first calculator design was put together by Espinosa at the young age of 22 while under the leadership of Jobs. Famously a pedantic, Jobs ripped apart almost every design that Espinosa shared with him. After multiple iterations, Espinosa went to him with what we now look at as the final design. It was accepted, but not without a strong dose of criticism from Jobs, who said “Well, it’s a start but basically, it stinks. The background color is too dark, some lines are the wrong thickness, and the buttons are too big.”
The calculator was finally tweaked on the UI and semantics front by Andy Hertzfeld and Donn Derman, who retained this Jobs-approved graphical version. This remained a standard on Macs all the way up until the end of OS 9. The following OS X, again led by Jobs’ vision to break past old and usher in the new, saw a more skeuomorphic approach.
In 2001, Apple transitioned away from its classic Mac OS 9 calculator, known for its simple, functional design (influenced by Steve Jobs and Dieter Rams’ Braun aesthetic), to the new Mac OS X, featuring a refreshed look that emphasized minimalism, better integration, and user-friendly details like larger zero buttons, reflecting Jobs’ philosophy of simplicity and intuitive interaction.
The final calculator design we see today wasn’t always like this. Apple loyalists will remember a phase in 2007 when the iPhone did have a calculator app with the familiar black and orange colorway, but with rectangular buttons instead of orange ones. The circles only made their way into the UI as late as 2024, although design-nerds will remember the Braun ET55 calculator which heavily inspired Apple’s design efforts. Braun’s entire design philosophy, crafted by legend Dieter Rams himself, helped craft Apple’s approach to industrial (and even interface) design. Shown below are two versions of the same iOS18 calculator design – in basic as well as scientific formats.
“This model utilizes interlocking plates, tiles, and inverted tiles for a smooth, tactile finish. It is designed as a modular desk display, perfect for students, engineers, and tech historians alike. With roughly 821 pieces, it offers a rewarding build experience that fits perfectly alongside other LEGO office or technology sets. Attention is paid to the scale of the model to match as closely as possible to the apps,” says designer The Art Of Knowledge, who put this MOC together for LEGO lovers on the LEGO Ideas forum. It currently exists as just a fan-made concept, although you can vote the build into reality by heading down to the LEGO Ideas website and casting your vote for the design. It’s free!
Back in early 2024, John Tse designed a flying umbrella controlled by a remote, which seemed a completely out-of-the-box idea. However, some users pointed out that the umbrella should follow the person using it, to make it more practical, come rain or shine. The hands-free option of using a flying umbrella is far more exciting than maneuvering it while walking.
Months later, John set out to design an upgraded version of the project. The thing is essentially an autonomous drone shading you from wet or dry weather on demand. The vital addition to the rig is a tracking system loaded with a camera that comes from drone parts. That said, the build was not a cakewalk, and it took him a couple of years to achieve the intended version.
Things started off by creating a custom frame with a central hub for the umbrella, the locking mechanism, and the hinges to have a solid structure for the camera and sensors to mount on. Most of the components are 3D printed, either made out of carbon fiber or nylon. Once the design materialized, an ordinary umbrella was mounted onto the frame, and the arms attached to the mechanism, just like a tripod. After figuring out the GPS, flight controller, Raspberry Pi function, and other electronics, it was time for the first test flight. After a few glitches with the rotational direction and the flight anomalies, the troubleshooting mode kicked on. The rig finally held stable in flight, and John attached the umbrella housing to the thing.
The next step was to align the camera, sensors, and GPS function to make the autonomous flight possible, so that the umbrella doesn’t bump into the person it’s hovering over, or other people on the street. With help from his buddy Hinsen, the idea of creating a 3D map of the people nearby, even in low light, using complex light reflection tech, came to life. Somehow, the thing didn’t work after replacing all the old components with the new ones. Eventually, after a lot of tinkering and tuning, the flying umbrella finally moved from the initial stage to the concrete prototype stage. A project that was meant to be just a few weeks finally took more than a couple of years.
Finally, the day arrived when the project materialized, and the floating umbrella hovered over John. Even when the sun went down, the thing managed to hover over him. Thereafter, it was time for the rain to come down and test the flying umbrella in wet weather. In heavy rain, the umbrella had zero glitches, and the painstaking ritual of going through numerous roadblocks felt sweet for him. The design of the umbrella doesn’t feel like there’s something off; it just feels like an everyday object. Sure, the high-tech accessory is heavy due to all the components, still it manages to do what it was intended for. In the end, a shout out to John for his patience and persistence that ultimately materialized this project.
We’ve all been there. You sit down at your desk, ready to tackle that project, and suddenly you’re drowning in cables, hunting for your phone charger, and watching your battery percentage drop to single digits. Your workspace looks like a tech graveyard, and your creative energy? Well, that died somewhere between untangling the third cable and knocking over your coffee while reaching for your headphones.
Enter the ONZA Desktop Dock, a concept design by Vedanta Maheshwari that’s making me seriously reconsider what a desk accessory can actually do. This isn’t just another “put your phone here” kind of solution. It’s a complete rethinking of how we interact with our workspace, and honestly, it’s about time someone figured this out.
At first glance, the ONZA system looks like something that beamed in from a more aesthetically pleasing future. The design features a sleek, geometric form that immediately catches your eye without screaming for attention. Think angular, almost sculptural, with a glossy black finish that somehow manages to look sophisticated rather than trying too hard. The body has these organic, flowing mesh panels that aren’t just there to look cool (though they definitely do). They’re functional speaker grills that transform this little powerhouse into an audio solution too.
But here’s where it gets interesting. The ONZA isn’t trying to be everything at once while doing nothing particularly well. Instead, it focuses on solving the actual problems creative professionals face every day. The integrated wireless charging pad means your phone gets juice while staying visible and accessible. No more digging through desk drawer chaos or having your device face-down on some random charging pad where you can’t see notifications. The angled design props your phone up at the perfect viewing angle, so it becomes part of your workflow rather than a distraction you have to pick up every five minutes.
Those subtle icons along the base? They’re not just decorative. They indicate battery status, storage connectivity, wireless capabilities, and audio functions. Everything you need to know at a glance, without any notification overload or annoying lights blinking at you while you’re trying to focus. It’s the kind of thoughtful detail that separates concept art from actual design thinking.
What really sells the ONZA concept, though, is how it plays with the entire desk ecosystem. Maheshwari’s renders show this thing in context, and it’s clear he understands that great design isn’t about creating isolated objects. It’s about creating harmony. The dock sits comfortably alongside mechanical keyboards, designer headphone stands, and dual monitor setups without fighting for visual dominance. It complements rather than competes, which is surprisingly rare in a market full of RGB-everything and aggressive gamer aesthetics.
The speaker integration is particularly clever. Most of us have dealt with the disappointing tinny sound of phone speakers or the hassle of connecting Bluetooth devices every single time we sit down. Having quality audio built into something that’s already anchoring your workspace? That’s the kind of convenience that actually changes how you work. Take a call without fumbling for earbuds. Play music while you design. Listen to a podcast while you’re organizing files. It’s all just there, ready to go.
Now, let’s be real for a second. This is a concept design, which means we can’t exactly run out and buy one tomorrow (trust me, I checked). But that’s also what makes it so exciting. Maheshwari is showing us what’s possible when designers really think about the creative workspace as a holistic environment rather than just a place to dump tech. The ONZA asks better questions: What if your charging solution also managed audio? What if your phone dock could integrate with your entire desktop ecosystem? What if workspace accessories could be genuinely beautiful without sacrificing functionality?
The creative workspace has evolved dramatically over the past few years, but our accessories haven’t always kept pace. We’re still dealing with solutions designed for problems from a decade ago. The ONZA Desktop Dock concept suggests a different path forward, one where form and function aren’t competing priorities but complementary goals. And honestly? That future looks pretty good from here.
Satechi’s Thunderbolt 5 CubeDock with SSD Enclosure is built to look as sophisticated as the devices it serves. The compact 5 x 5 x 2-inch footprint mirrors the proportions of Apple’s Mac mini, so the two stack neatly into a clean, monolithic tower on your desk rather than a cluttered pile of hardware. The solid aluminum body and soft, rounded corners pick up Apple’s visual language in a way that feels intentional, making the CubeDock read like an extension of a modern Mac setup instead of an aftermarket add‑on.
Designer: Satechi
That design focus does not mean the dock is only for Mac users, though. Satechi is positioning the CubeDock as a cross‑platform, Thunderbolt 5‑first hub for creative professionals and power users on both Windows and macOS. Built on Intel’s Thunderbolt 5 technology, it doubles the bandwidth of previous generations, delivering 80 Gbps of bi‑directional bandwidth and up to 120 Gbps with Bandwidth Boost for external graphics and multi‑display configurations. On supported Windows machines, it can drive triple 8K displays at 60 Hz or triple 4K panels at 144 Hz, while on newer Apple silicon systems, it supports dual 6K at 60 Hz, all from a single cable.
The CubeDock’s compact size hides a serious amount of connectivity. It boasts Thunderbolt 5 downstream ports, multiple 10 Gbps USB‑C and USB‑A ports, UHS‑II SD and microSD card readers, and 2.5 Gb Ethernet. For photographers, filmmakers, and 3D artists, that means fast card ingestion, wired networking, and external drives all plug into one cube that visually recedes into the background. A 180 W smart power supply delivers up to 140 W back to the host laptop, plus 30 W of Power Delivery for phones and tablets, so the dock can replace multiple separate chargers on the desktop.
One of the most thoughtful touches is the integrated NVMe SSD bay. Instead of forcing users to add yet another external enclosure, Satechi has built a PCIe 4×4 slot into the CubeDock itself, supporting up to 8 TB of storage at speeds up to 6000 MB per second. That turns the dock into both a visual anchor and a primary working drive, ideal for 4K and 8K video, large RAW photo libraries, or CAD files. Adaptive active cooling keeps the cube whisper‑quiet even under heavy workloads, maintaining performance without adding fan noise to your workspace. For anyone building a refined, minimal workstation around a Mac mini or modern laptop, yet wanting the flexibility to move between platforms, the CubeDock offers a rare combination of industrial design, raw bandwidth, and integrated storage in one small aluminum cube.
Picture this: you’re helping your grandmother organize her medicine cabinet, but she’s visually impaired. Those prescription bottles all look identical to her touch. You want to help, but learning Braille isn’t exactly something you picked up over coffee. Now imagine pulling out a compact printer, speaking into your phone, and watching as sticky Braille labels emerge, ready to paste onto each bottle. That’s the beautiful simplicity behind Mangoslab’s Nemonic Dot printer, unveiled at CES 2026.
This isn’t just another gadget trying to solve a problem nobody has. It’s a genuinely thoughtful piece of design that bridges the gap between those who want to help and those who need it. The Nemonic Dot is roughly the size of a stack of drink coasters, a plastic square about 4.5 inches wide and 2 inches thick that connects wirelessly to your smartphone. What makes it special isn’t its size, though. It’s what happens when you open the companion app and simply talk to it.
The magic lies in the voice interface. You speak a word into the app, and it converts your speech into text, then translates that text into Braille, and finally prints it onto a peel-and-stick strip. No Braille keyboard required. No special training needed. Just your voice and a desire to make someone’s daily life a little easier. It’s the kind of intuitive design that makes you wonder why nobody thought of it sooner.
Mangoslab, which spun off from Samsung’s internal C-Lab research department years ago, originally made their name with a cute sticky note printer. But they’ve evolved that concept into something with real social impact. Traditional Braille label makers cost upward of $1,250 and require users to type directly in Braille using specialized keyboards. The Nemonic Dot comes in under $1,000 and eliminates that learning curve entirely.
What’s particularly clever is how the device handles multiple languages and Braille standards. Because here’s something most people don’t realize: Braille isn’t universal. French Braille differs from English Braille, and there are both six-dot and eight-dot standards to navigate. The Nemonic Dot handles all of this through software translation, meaning it can adapt as standards evolve or when you need to switch between languages. The printer uses electric currents to move ball pins up and down, embossing uniform dots that are 0.6 millimeters high, meeting international standards for tactile readability.
The real-world applications are endlessly practical. Salt and pepper shakers that actually tell you which is which. Spice jars in the pantry. Light switches around the house. Medication bottles in the bathroom cabinet. These are everyday objects that most of us take for granted, but for someone with visual impairment, they represent small daily frustrations that add up. The Nemonic Dot turns those frustrations into solved problems, one sticky label at a time.
What I find most compelling about this design is how it shifts the power dynamic in accessibility. Usually, adaptive technology requires the person with a disability to do all the learning and adapting. But the Nemonic Dot is explicitly designed for friends and family members to use on behalf of their visually impaired loved ones. It’s a recognition that accessibility isn’t just about the end user, it’s about creating ecosystems of support that are easy for everyone to participate in.
The printer runs on battery power or an AC adapter, making it genuinely portable. When your label is finished printing, you press a button on top to trim the strip, and you’re done. The whole process takes seconds. There’s something refreshing about technology that doesn’t try to overcomplicate things. In an era of smart everything and AI everything, the Nemonic Dot does one thing exceptionally well: it turns spoken words into tactile information.
This is inclusive design at its best. Not flashy, not trying to reinvent the wheel, just thoughtfully addressing a genuine need with elegant simplicity. It’s a reminder that the most impactful innovations aren’t always the ones with the most features or the biggest screens. Sometimes they’re the ones that quietly remove barriers and make life just a bit more navigable for everyone.
Mudita is a company that focuses on minimalism and mindfulness in technology, a rare philosophy in an industry that relentlessly chases engagement metrics and data monetization. At CES 2026, while competitors showcased AI-powered everything and sensor-packed gadgets, Mudita’s booth felt like a calm oasis in the chaos. CEO Michał Stasiuk explained that most people quickly grasp the concept behind Mudita’s products when they hear what the company does, noting that “most of our conversations here were with people who, you know, when they hear what we are about, what we are doing, what the product is about, they do get the concept.”
The real challenge, Michał acknowledges, isn’t explaining the philosophy but implementing behavioral change: “The difficult part is to actually implement the usage in their own lives because it’s a trade-off between the convenience and the less usage of the device and the peace of mind.” We sat down with Michał to discuss how Mudita positions itself as the antidote to big tech’s attention economy, why the company deliberately avoids AI, and how it’s building trust with consumers who are burned out and skeptical of technology promises.
Mudita Kompakt
Trading Convenience for Calm in a Sensor-Saturated World
CES 2026 was dominated by products cramming sensors into everything, trying to capture data at every opportunity. Mudita stands in stark contrast, deliberately avoiding data gathering and Google APIs. When asked how it feels to be such an outlier, Michał responded positively, explaining that visitors “do get the concept” fairly quickly. The philosophy resonates because people recognize the problem in their own lives, even if acting on it requires uncomfortable changes.
The company frames its products as a deliberate trade-off: “It’s a trade-off between the convenience and the less usage of the device and the peace of mind so the difficult part for them is to actually use the screen less and use the phone less for their benefit but with the trade of convenience.” This honesty about sacrifice sets Mudita apart. Rather than promising effortless transformation, they acknowledge that reclaiming attention requires genuine commitment and a willingness to forego some modern conveniences.
Michał cited sobering statistics: “The average screen time is above six hours a day in the US.” He suggested that all that time could be spent elsewhere, “doing other stuff,” emphasizing that “this device is designed for that purpose of reducing the screen time.” By acknowledging the scale of the problem without sugar-coating the solution, Mudita positions itself as the company willing to say what others won’t.
Band-Aids vs. Built-In Guardrails
The interviewer characterized messaging from Apple and Google about mindfulness and digital well-being as “putting a band-aid on a problem that is actually a really big problem,” noting that their corporate ethos centers on data gathering. Michał agreed, pointing out that big tech companies acknowledge the problem by implementing screen-time controls, which means “they are admitting that the issue is there, right?” However, he argued their implementations are “less efficient” because “you can disable the screen time limitations with no problem whatsoever on your device any time you like.”
Mudita’s approach hardens the constraints: “The device that we’ve made can be much more efficient in that regard. Because when you’re making a decision to use our phone instead of, for example, iPhone or Samsung, it’s much more difficult to break the habit of not using the phone so much.” The key difference? “You cannot disable the limitation on this device.” This is product design as commitment device, locking users into healthier patterns by removing escape hatches.
The business model distinction is fundamental: “The main difference is that the business model of large companies is set to monetize the data, for example, and to make the device as appealing as possible. So our device is designed not to be as appealing as possible, rather it’s designed for our users, clients, to do what they need to do on the phone and then move on.” The goal is to free up time “in life, spending their time elsewhere, doing actually meaningful things instead of staring at the phone, whatever brings joy to them and not spend so much time using a phone.”
Recognition Arrives Fast, Habits Follow Slowly
Michał noted that “the niche is growing and quite fast,” with significantly more awareness in recent years: “What we’ve seen for the last couple of years is definitely more awareness and people get the concept now. Most of the people understand the concept now.” He contrasted this with a few years ago when “it wasn’t the case,” meaning the minimalist phone category had to overcome basic comprehension barriers that no longer exist.
Regulatory momentum supports this shift. Legislators, psychologists, and even big tech insiders are talking about “serious damage happening and mental damage and psychological damage happening with these devices that are constantly taking our attention.” Michał highlighted parental demand as a key driver, noting that “in the last year 2025 there were three phones released on the market designed solely for the purpose of digital minimalism.” The market is validating Mudita’s early bet.
Yet Michał tempered expectations about speed: “I wouldn’t say that the change is very fast in terms of consumer habits because the consumer habits take long time to change much longer but in terms of understanding the issue I would say that everybody agrees.” Many visitors tell him the phone is something “someone would buy for their children” because “a lot of parents are concerned with the screen time of their children so actually they are looking for solutions.” Understanding precedes action, and the gap between the two is where Mudita must operate.
Mudita Bell 2 & Harmony 2
Old Problems Don’t Need New AI
At a show where AI appeared in “literally every product now,” including “an AI alarm clock” and “an AI toaster,” Mudita’s CEO was blunt: “We do not see any need for AI usage in the products that we are creating so far, because the problems we are trying to solve do not require AI, like for example in the alarm clocks, the problem we are trying to help to solve is better sleep and to improve sleep which is harmed by extended use of mobile devices like phones before going to bed.”
He explained that people “scroll for three hours before they go to sleep and this can disturb the sleep and circadian rhythm,” and that Mudita’s alarm clocks use “e-ink display like the phone does and for that reason it does not emit any blue light right so you do not need to look at the blue light before you go to bed.” The solution is material science and interface design, not machine learning. Solving sleep disruption doesn’t require algorithms; it requires removing the stimulating screens that prevent sleep in the first place.
Michał clarified the stance isn’t ideological: “We are not against AI in general but until now there wasn’t any need to use AI.” It’s a refreshing example of technology restraint, deploying tools only when they serve a genuine purpose rather than chasing trends. By avoiding AI where it’s unnecessary, Mudita reinforces its core message that more technology isn’t always the answer.
How Mudita’s Design Language became Instantly Recognizable
When asked about Mudita’s distinctive design DNA, Michał described the unifying principles: “In every product that we are making we are aiming for similar outcomes for example we want to create simple products we want to create products that are easy to use and easy on the eyes without any eye strain so we design all of our interfaces to be pleasant not very cluttered without any jumping elements.” The aesthetic is functional, driven by the goal of reducing cognitive load and visual stress.
He elaborated on the interface philosophy: “In our phone we design the user interface not to have any popping up notifications that could be disturbing and to be as simple as possible and black and white aesthetics are very good fit for that purpose and E Ink displays are also very good fit for what we are trying to achieve without the blue light emission and black and white interfaces.” The monochrome palette isn’t a stylistic flourish; it’s a deliberate choice to make devices less stimulating and more restful to look at.
Rather than building a data-sharing ecosystem, Mudita envisions “an ecosystem but of a different sort,” where devices like alarm clocks work well with lamps “that will have colors adjusted for bedtime like for example you can have warmer colors without any blue light emission.” Importantly, “there is no need for data transfer between those two devices,” and the philosophy is “if they can solve an issue or solve a problem being simple there is no need for us to complicate things with the massive ecosystem that’s not needed.” Simplicity, kept simple.
Transparency as the Trust Strategy
Given that potential customers “have a problem with big tech because they’ve had issues of their own whether it’s data breaches, whether it’s mental health exhaustion or any sort of anxiety,” the challenge for Mudita as “ultimately a tech company” is “how do you win their trust when they’re already so skeptical?” Michał’s answer centers on transparency: “What we are trying to do is to be transparent so basically what you see is what you get okay we are describing our products on our marketing information like, explicitly saying what they are what they are not just to make sure that every important information is out there communicated.”
The company uses community feedback to calibrate disclosure: “We have a forum that people are very active and this is like a source of information for us, what’s important to them, what information should be disclosed and so on,” adding that “it’s not always obvious for us what people are looking into.” Additionally, “what we are trying to do is to deliver what we say when we announce it, so if we announce that there is going to be released with some changes, we are doing everything we can to deliver exactly those changes in exact time that we promised our clients and community.”
Michał summed up the philosophy: “We are doing our best to be as transparent as we what you see is what you get what you see is what you get this is this is like something is a model yes.” By contrast to big tech’s opacity and broken promises, Mudita offers radical honesty about capabilities, limitations, and timelines. Trust isn’t assumed; it’s earned through consistent delivery and clear communication about what the products can and cannot do.
Robotic lawn mowers don’t fail because they lack autonomy – they fail because owners stop trusting them. Missed patches, unexpected downtime, edge-case breakdowns: these are the reasons robotic mowing still hasn’t fully replaced traditional mowers on large and complex lawns. Lymow One Plus addresses that trust gap head-on. An evolution of Lymow’s tank-tread, boundary-free mower that has already attracted attention for its rotary mulching blades and steep‑slope capability. The new model builds on its predecessor with targeted hardware and software enhancements, including sharper SK5 blades, an improved airflow system, and advanced AI algorithms. For homeowners with demanding lawns, that means more confidence that the mower will get the job done right.
On the CES floor in Las Vegas, Yanko Design’s Radhika Seth sat down with Lymow co‑founder Charles Li to unpack what “replacement‑grade” actually means. Across the conversation, a few themes kept surfacing: ruthless user‑centric research, a willingness to admit and fix first‑generation flaws, and an almost stubborn insistence on “appropriate technology” over spec‑sheet theater. Lymow One Plus is the hardware expression of those values.
From Lymow One to One Plus, a mower built to actually solve North American yards
Charles describes Lymow One Plus as nothing less than a ground‑up evolution of the original product. “Lymow One Plus is a comprehensive upgrade of Lymow One,” he says. “It delivers a fundamental step up in cutting performance, stability, and long‑term reliability, while becoming noticeably smarter in complex, real‑world yard conditions.”
The target is very specific. Lymow One Plus is “a mower built to genuinely solve problems for large and complex lawns in North America, and increasingly, globally.” Instead of chasing flashy AI tricks, the team went back to first principles. “We didn’t design it to showcase flashy intelligence. Instead, we went back to the first principles and asked a very simple question. What does the user ultimately care about? The answer is very straightforward. Cut the grass short, and well, consistently, without hassle.”
That framing also ties into timing. Robotic mower penetration in North America is still under 5 percent as of 2025, and Charles is blunt that “no one is really successful in the robotic lawn market in the US” yet. The team sees 2026 as a genuine inflection point and wants Lymow One Plus positioned as the product that makes skeptical homeowners comfortable crossing the chasm.
Road‑tripping for R&D, and why a startup can ship what big brands will not
Charles makes it clear that Lymow One Plus is not the result of a whiteboard exercise. He talks at length about the legwork behind the company’s user research. “We’ve traveled through the U.S. I have visited more than 10 states. I’ve spoken to more than 30 families, three hours each one,” Charles explains. “You touch the grass through your own hands. You listen to the users from the deep, from your heart.”
That qualitative research is layered on top of a fairly serious engineering pedigree. “We do have very good accumulation in R&D,” Charles says. “Hardware level, mechanical design. Software level, we do have our accumulation, our autonomous algorithm. Our software team, most of our software team are from autonomous driving industry.” This is the same toolkit used to keep cars between lane markings, now repurposed to keep a mower reliably on task in a yard with patchy GPS and changing light.
There is also a cultural angle: Lymow is deliberately leaning into what a startup can do that a large appliance company often cannot. Charles contrasts their top‑down product decisions with the risk‑averse committees he remembers from his big‑company days, where “the quality manager is going to say, hey, you don’t have reference data” and after‑sales teams push back on anything too unconventional. For Lymow One Plus, that freedom shows up in choices like a front‑mounted mulching deck and tracked treads that would be harder to push through a conservative roadmap.
“Appropriate technology,” not tech for tech’s sake
When asked about Lymow’s long‑term vision, Charles does not talk about AI, RTK, or connectivity first. He talks about time. “Our core vision has always been using the best, or let’s say the most appropriate technology to give people their time back, to make them truly hands‑free,” he says. “Not to show off those fancy technology, but to understand what users need. We tend to say the most appropriate technology, rather than the best technology.”
That philosophy also reframes the yard itself. “A yard should be an extension of the home,” Charles notes in the same breath. If the home has already been transformed by robot vacuums and smart locks, Lymow wants the yard to feel similarly invisible in terms of maintenance, without forcing homeowners to become part‑time robotics engineers.
Specs are treated as a means to that end, not the end itself. Near the close of the interview, Charles relays something “from the bottom of our founder’s heart”: “Specs can tell you what a product is capable of, but they rarely explain how it feels to live with it… What truly earns trust is solving real problems in a pragmatic way, paying attention to small details, and delivering a level of reliability users can depend on day after day.” For Lymow One Plus, he says, “many of its most important [things] don’t stand out on a spec sheet, but users will feel them in how consistently the model works, how little friction it adds to daily life, and how thoughtfully it handles edge cases.”
Redefining “all‑terrain” around real backyards, not demo slopes
“All‑terrain” has become a throwaway phrase in outdoor robotics marketing. Charles is visibly wary of that. “Marketing is kind of tricky,” he says with a laugh. “A lot of manufacturers or lots of brands tend to use those, how can I put it, extreme words. Yeah, I can do everything. People use that in marketing words. ‘All terrain’ is a very strong word. It means a lot. It actually means a lot.”
For Lymow, redefining it started again with fieldwork. North American yards, they found, are not just about inclines. They are about unpredictability. Open lawns with exposed tree roots, mole and rabbit holes, swings, trampolines, and informal forest edges became the true baseline, not edge cases. “In North America, these aren’t edge cases, but they are the baseline. So they became the scenarios we absolutely refused to fail at,” Charles says.
Grass type is another non‑negotiable benchmark. The team evaluated more than a dozen common cool‑ and warm‑season grasses, including thick, tough varieties that will quickly expose underpowered blades. That research directly informed Lymow’s rotary mulching blade system, which is designed to maintain cut quality across that diversity, not just on manicured test plots.
Fixing wet‑mowing failures and rebuilding the cutting system from the inside out
One of the most candid portions of the interview comes when Radhika asks what feedback from Lymow One directly shaped Lymow One Plus. Charles does not sugarcoat it. “One of the issues reported was our hub reliability during wet mowing conditions,” he admits. “In our first generation, the grass clippings could accumulate and eventually kind of damage the hub motor. We’re honest for this.” The response came in two stages. First, interim fixes and even unit swaps for affected early adopters. “For the people that are suffering this issue, we already swapped some new Lymow One units for them,” Charles notes. Mandy adds that it only affected a small number of users, but was taken seriously precisely because they did not want it to happen to anyone.
For Lymow One Plus, the team went much further. “We added dedicated debris shields to significantly reduce grass clippings and introduced scraping guards to prevent the clippings from getting trapped. And also we increased our motor strength by more than two times. Altogether, this changes fundamentally, entirely resolve these issues rather than masking it.” Underneath, the cutting system itself has been re‑architected. The cutting chamber volume has been expanded by roughly 50 percent, creating the airflow headroom needed for more aggressive mulching. Peak cutting power is up by about 50 percent as well, paired with SK5 industrial‑grade blade steel and redesigned geometry that generates a cyclone‑like airflow to lift grass before cutting. “When the blade is rotating, the grass will lift up, so you’re going to have a clean, even cut,” Charles explains.
Side discharge has also been rethought. Instead of leaving visible windrows, the Lymow One Plus deck is tuned to blow clippings out in a more even pattern. “We just kind of blow the grass clipping to make sure it’s not in the line… so in this case it’s healthier for your lawn,” Charles says. “You don’t have grass clippings in the line, but you have, like, an average… so that’s healthy.” Functionally, all of that shows up in three scenarios the team calls out as major improvement areas: wet and rainy mowing, heavy growth (long grass and dense weeds), and leaf‑heavy autumn yards. With the new airflow and power, Lymow One Plus can now lift and mulch thick vegetation that previously needed more favorable conditions or manual intervention, and it shreds fallen leaves more effectively so homeowners can “have a relaxed autumn.”
Why Lymow thinks Lymow One Plus can lead the category, not just join it
Asked to deliver a 30‑second elevator pitch against premium competitors, Charles narrows it down to three claims. “We’re the first one using rotary blades, multi‑rotary blades, the best cutting capability. And we’re the first one who can support the slope of 45 degrees, 100 percent, so let’s say the best climbing capability. And we mow up to 1.73 acres per day in our testing environment. So that’s an industry‑leading cutting efficiency.”
Those are bold numbers, but he quickly pivots back to something less easily quantified: trust. Lymow is not especially interested in feature‑by‑feature comparison charts. “We don’t spend much time positioning ourselves feature by feature against premium competitors,” he says. “What Lymow does is understanding user needs and systematically improving real user experience. So for us, more importantly, it’s the market education. It’s a heavy job, honestly, it’s a heavy job.”
That combination of specs and stance might be what makes Lymow One Plus interesting in a sea of CES robots. On paper, it is a tracked, rotary‑blade mower that climbs 45‑degree slopes, handles over an acre and a half per day, and navigates without boundary wires. In conversation, it is a case study in how a young hardware brand can own its mistakes, obsess over edge cases, and still talk about something as unsexy as “low friction daily life” with conviction.
If CES 2025 was Lymow’s coming‑out party for the original One, CES in Las Vegas now feels like the moment the company starts arguing not just that robot mowers can replace traditional ones, but that they should be held to the same standard of reliability and cut quality. Lymow One Plus is the company’s attempt to prove that out, one tricky backyard at a time.
