Tag Archives: special needs

After Losing His Arm in a Crash, He Built the Controller No One Made

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Gaming peripherals have come a long way in terms of specialization, from mechanical keyboards tuned for competitive play to mice with adjustable DPI profiles and ergonomic grips. What hasn’t kept pace is hardware designed for players who can only use one hand. Existing options like gaming keypads only get so far, and none of them truly replace the keyboard and mouse combination that PC gaming has relied on for decades.

Joe Tomasulo found that out the hard way. After losing his right arm in a motorcycle accident, he’d tried everything to get back to PC gaming as he knew it. He adapted a Razer Tartarus, strapped a wireless mouse to it, and tweaked the software bindings endlessly, but nothing ever felt right. Rather than keep settling for workarounds, he eventually built something purpose-made, and the result is the Ercham MK1.

Designer: Joe Tomasulo (Adventurous_Tie_9031)

The core idea is to put the keyboard and the mouse into the same device so that one hand handles everything at once. The Ercham MK1 sits flat on a surface, and an optical sensor on its underside lets the entire unit glide like a conventional mouse. The hand resting on top can simultaneously press keys, scroll, and execute game commands without ever having to reach for a second peripheral.

The key section features more than 30 programmable inputs arranged in a compact grid within natural finger reach. A strap system runs across the top of the device, keeping the hand firmly in place during longer sessions without requiring a tight grip. That matters for players with limited hand strength or residual limb use, where maintaining position on a mouse-like surface for extended periods would otherwise be exhausting and imprecise.

One of the more considered design decisions is that the Ercham MK1 works for either hand. Most gaming keypads aren’t built for both; they default almost universally to left-hand use, leaving right-handed amputees and players with right-side impairments without a natural fit. The fully ambidextrous layout, combined with angled control modules on both sides of the device, means the setup adapts to the user rather than the other way around.

Joe built the Ercham MK1 with amputees and stroke survivors specifically in mind, but its potential reach extends well beyond those two groups. Players dealing with RSI, brachial plexus injuries, and chronic pain face the same frustrations with two-device setups that don’t accommodate them, and so do power users and content creators. The programmable layout and macro support make it a genuinely useful tool for productivity work, not just gaming.

It’s come a long way from the hacked-together prototype he started with, and that origin gives it a kind of credibility that polished gaming accessories rarely have. It wasn’t designed in a studio; it was built by someone who genuinely needed it and couldn’t wait for anyone else to.

The post After Losing His Arm in a Crash, He Built the Controller No One Made first appeared on Yanko Design.

Your Voice Wearable and Robot Hear the Words Mute People Can’t Say

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For most people, saying something as simple as “good morning” to a stranger or asking for directions takes no effort at all. For the tens of millions worldwide who live with speech impairments or are completely mute, those same moments can be frustrating or simply inaccessible. The tools that exist to help, from apps to letter boards, tend to make communication slower rather than simpler.

That’s what designer Ivana Nedeljkovska set out to change with Your Voice, an assistive communication concept built on a simple premise: the body already tries to speak, even when no sound comes out. Rather than adding yet another screen or typing interface to the equation, the system works with what the body naturally does, turning the attempt to communicate into communication itself.

Designer: Ivana Nedeljkovska

Your Voice consists of two components. A flexible patch worn on the neck detects the muscular movements the body makes during attempted speech, even when the vocal cords produce no sound at all. Those signals are transmitted in real time to a small, spherical robotic unit, which converts them into audible speech. The patch reads the intention; the robot gives it a voice.

What that means in practice is the removal of the pause that defines most assistive communication right now. Someone with a speech impairment attending a meeting doesn’t have to look away from the conversation to type out a response. A child who can’t speak can call for a parent without reaching for a device first. The thought and the response happen almost simultaneously.

The robotic unit’s form was guided by Nedeljkovska’s early inspiration from an orange, its rounded shape steering the design away from anything clinical. The polished sphere, embedded display panel, and mesh speaker grilles give it a refined look that doesn’t betray its purpose at a glance. It’s something you’d carry without self-consciousness, which matters more in assistive technology than it’s often given credit for.

The display panel on the robot unit adds another layer to the audio output. It shows transcribed words in real time so conversations can continue even in noisy environments or when someone nearby can’t quite hear what was said. The neck patch is designed to sit against the skin comfortably for extended wear, and the robot is compact enough to be held in hand or placed nearby.

Most assistive communication tools are designed around output: a screen to tap, an app to navigate, a board to point at. Your Voice flips that logic by making the body the input. That shift in thinking is arguably the most significant thing the concept offers, more so than any single feature, because it treats a physical limitation as a starting point rather than a constraint.

It’s still a concept, and turning neck muscle signals into reliable speech at scale is a complex engineering challenge. But the direction Nedeljkovska points toward, communication that asks nothing extra of the person trying to be heard, is one that the assistive technology field sorely needs. The ambition isn’t simply to build a better device; it’s to stop making communication feel like work.

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This Cup Replaces the Kettle So Visually Impaired Users Make Tea Alone

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For most people, making a morning cup of tea or coffee is an almost automatic routine. But for someone who can’t see, the same steps involve a level of risk that kitchenware has never really been built to handle. Hot liquids, unfamiliar controls, and the constant need to pour from one vessel to another can turn a simple habit into a genuine obstacle.

Designer Ivana Nedeljkovska’s Smart Cup for Visually Impaired Users tackles that problem head-on. Built from scratch with blind and visually impaired users as the primary audience, it combines the roles of a kettle, a teapot, and a drinking cup into one integrated form designed to be navigated entirely by touch, so there’s no need to move hot liquid between containers at any point.

Designer: Ivana Nedeljkovska

The challenge isn’t a small one. Conventional kitchen tools, from kettles to electric water heaters, were all designed for someone who can see them. They offer no tactile feedback on whether they’re on or off, no way to safely judge when water is ready, and no guidance on where to set things down. For visually impaired users, the kitchen is full of small ambiguities that add up to real risk.

That matters because every transfer of liquid is a risk. Pouring boiling water from a kettle into a separate cup is the kind of step that can go wrong for anyone, but for a blind user, the consequences are far more serious. Keeping the entire heating and drinking process within one vessel removes those moments before they can become a problem.

Every tactile detail carries that same logic through the design. A circular base guides the cup into the correct position when placed down, taking the guesswork out of a step that most products never consider. Raised Braille ON/OFF markings let the user activate and control the heating function entirely on their own, with no visual feedback or anyone else’s input required.

As for the cup itself, the same thinking applies. Its rounded, barrel-like body fits comfortably in the hand, and the handle’s adaptive shape ensures a secure grip without needing to search for the right position. The heat-resistant material keeps the exterior manageable even at full temperature, a detail that matters quite a lot when touch is the primary way of reading what’s inside.

Taken together, these choices reflect something that product design rarely gets around to prioritizing: dignity. Blind and visually impaired users shouldn’t have to depend on others or work around tools that were never built with them in mind just to make a hot drink. The Smart Cup treats independent use not as a bonus feature but as the foundational premise of the entire design.

It’s also worth noting that aesthetics aren’t treated as secondary here. The warm-toned form and sculpted handle give the cup a polished quality that would feel at home on any kitchen counter, not just in a specialized or assistive context. Accessible design has long leaned on utilitarian looks, as if beauty and function were incompatible, and this concept quietly pushes back against that assumption.

The post This Cup Replaces the Kettle So Visually Impaired Users Make Tea Alone first appeared on Yanko Design.

5 Inclusive Products That Prove Braille Design Is the Future of Every Device

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Accessibility in design has historically been treated as a functional requirement or a compliance-driven afterthought – rather than a source of creativity or innovation. Today, this mindset is shifting. Designers and manufacturers are embracing a “Braille-first” philosophy, where touch, haptic feedback, and tactile cues become primary tools for interaction. By prioritizing the senses of touch alongside vision, products can communicate function, orientation, and usability intuitively. This approach transforms everyday objects from passive tools into interactive, human-centred devices, making design inherently inclusive while enhancing precision, confidence, and user satisfaction.

Rooted in material authenticity and ergonomic clarity, Braille-first design emphasizes textures, weights, and tangible feedback. Whether in a sculpted control dial, a textured grip, or a responsive surface, these products indicate how touch becomes a critical channel for understanding and navigating products.

1. Friendly Braille-Reader

Tactile spatial language in product design uses touch as the primary guide for interaction. Surfaces, controls, and interfaces are shaped to be understood through the hands rather than visual cues alone. Raised markers, textures, and Braille elements are integrated directly into products, allowing users to navigate functions intuitively and confidently.

The intent is not compliance, but refinement. When tactile cues are built into materials such as metal, wood, or molded composites, they feel deliberate and well-crafted. Accessibility becomes a design asset, enhancing usability, product quality, and long-term user trust.

Blind students often rely on expensive embossers, special paper, and slow production cycles to access Braille content, while most assistive devices remain bulky, fragile, and designed for adult use. These tools rarely suit the realities of school life, where children move between classrooms, share crowded spaces, and carry everything in backpacks. This mismatch reveals a clear gap between what visually impaired children actually need and what assistive hardware typically offers.

Vembi Hexis bridges this gap with a Braille reader designed specifically for children by Bengaluru-based Vembi Technologies, with industrial design by Bang Design. It converts digital textbooks and notes into refreshable Braille across multiple Indian languages and English. Compact, rugged, and affordable, Hexis features soft geometry, protective bumpers, tactile surface cues, and an integrated carry handle. Wi-Fi connectivity enables seamless content delivery via the Antara cloud platform. Widely adopted by schools and NGOs, Hexis feels like a natural classroom companionb which is durable, approachable, and designed to fit in.

2. Tactile Learning Devices

Learning devices that prioritize tactile interaction exemplify how touch can replace or complement visual input. Materials are selected not just for durability or aesthetics but for their ability to convey function, hierarchy, and spatial logic. Different textures, raised surfaces, and subtle temperature variations signal transitions, guiding learners intuitively without reliance on sight.

Knurled surfaces, raised patterns, and carved textures act as tactile landmarks, providing orientation and feedback. These cues help users differentiate functions and reinforce memory, turning touch into a primary channel for exploration. By integrating tactile logic into product design, learning devices offer an intuitive, multisensory experience that builds confidence and enhances comprehension.

Many assume that learning Braille is easy for visually impaired users, but learners often report that existing tools are far from intuitive. Overly complex or cluttered devices can be overwhelming, increasing cognitive load and making navigation through touch more difficult. Instead of supporting learning, poorly designed tools can slow progress and discourage engagement. This gap has encouraged designers to rethink how Braille education devices communicate information through touch, simplicity, and clear spatial organisation.

SMARTIO EDU is a conceptual Braille education device designed to reduce tactile noise for both students and teachers. It uses soft, rounded contours and subtle tactile cues to guide fingers and improve readability. Clearly placed buttons on the top act as functional controls and navigation aids, while discreet surface markers help users identify orientation and key interfaces.

3. Braille Musical Instruments

Musical instruments offer an extraordinary opportunity to translate tactile feedback into skill and expression. Sensory acoustic layers allow learners to experience sound through touch as well as hearing. Vibrations, resonance, and textures from strings, drum skins, and keys provide continuous tactile feedback, helping users intuitively understand tone, pitch, and dynamics.

Textured grips and responsive surfaces allow learners to feel subtle variations in sound and force, while the instrument itself communicates through touch. This approach transforms musical instruments into fully sensory learning tools, where haptic feedback complements auditory cues. The result is an inclusive experience that teaches skill, expression, and musical understanding simultaneously.

Simply colour-coding or backlighting parts of an instrument may help sighted beginners, but such solutions offer little value to visually impaired musicians. Vitar addresses this gap by rethinking the guitar interface altogether. Instead of relying on visual cues, it features a fretboard fully embedded with Braille keys, enabling blind and low-vision users to navigate notes through touch. Notably, Vitar is not a traditional electric guitar but a guitar-shaped MIDI instrument, allowing it to interface with digital audio workstations and expand into the realm of electronic music.

Intuition rather than acoustics drives Vitar’s unconventional form. Notes are triggered by pressing keys on the fretboard, each embossed with a Braille letter for clear identification. An asymmetrical body guides correct orientation, while recessed strings, tactile guidelines, and defined resting points reduce uncertainty and speed up learning. By transforming note recognition into a tactile, button-like interaction, Vitar lowers the learning curve for beginners.

4. Human-Centred Tools

Human-centred product design prioritizes autonomy, dexterity, and intuitive interaction. Custom-crafted devices respond naturally to the user’s hand, allowing control, navigation, and operation without visual guidance. Thoughtfully designed tactile features make interaction instinctive, comfortable, and accessible.

Tactile interfaces replace smooth, touch-sensitive screens with knurled dials, haptic-feedback buttons, and textured grips. Shadowed recesses and raised edges guide the hand, creating predictable pathways for interaction. This thoughtful integration of form and function ensures that usability does not compromise aesthetics.

The conventional label maker, while practical, relies heavily on visual interaction and therefore excludes visually impaired users. The Braille Label Maker addresses this limitation by enabling the creation of tactile labels that can be read through touch. It features a streamlined, non-cluttered interface with recessed concave buttons that support intuitive, eyes-free operation. Labels can be created directly on the device or via a companion smartphone application with an accessibility-optimised keyboard, and are printed on adhesive-backed, Braille-compatible paper.

The product is defined by a clear focus on tactile usability. Its curved form ensures comfortable handling, while a minimal keyboard with Braille markings helps reduce input errors. A top-mounted hood neatly houses the paper roll, maintaining a compact and organised form. The design prioritises physical interaction over visual cues, with details such as a connector-pin charging port further enhancing ease of use for visually impaired users.

5. Smart Inclusive Products

As smart devices proliferate, tactile differentiation and haptic feedback are redefining intuitive interaction. Smooth, minimal surfaces often prioritize visual sleekness but can be inaccessible to many users. By introducing raised textures, relief patterns, and responsive feedback, smart products become physically communicative, supporting interaction beyond sight alone.

Textured controls, haptic alerts, and material variations allow users to perceive function, status, and orientation non-visually. Logical sequencing of these cues ensures interaction is fluid and predictable. In effect, intelligence is expressed physically, not just through software, enabling confidence, autonomy, and inclusivity. Smart design is no longer a visual exercise alone as it becomes a multisensory experience.

Although Braille functions as a coded system rather than a spoken language, it continues to be essential for individuals with little or no vision, even in an increasingly digital world. Despite ongoing interest in assistive technologies, many Braille-based product concepts fail to reach production. High costs, limited availability, and the perception that Braille is outdated have contributed to nearly 95% of blind users discontinuing Braille education, underscoring the need for accessible and well-considered solutions.

The Dot Watch responds to this challenge as one of the world’s first moving Braille smartwatches designed specifically for visually impaired users. It features a four-cell Braille display, touch-sensitive gesture controls, and a lightweight 29-gram construction. Using compact Braille cell technology and Bluetooth connectivity, the watch translates smartphone notifications and messages into readable Braille. With intuitive controls, adjustable auto-scroll, and message storage, the Dot Watch demonstrates how contemporary product design can preserve the relevance of Braille while supporting everyday communication.

Braille-first thinking is not a limitation but an expansion of product design language. By prioritizing touch, material integrity, and haptic feedback, products become more resilient, intuitive, and human-centred. “Touch to access” demonstrates that the most refined products are those felt, understood, and trusted, celebrating the full spectrum of human interaction.

Across learning devices, musical instruments, human-centred tools, and smart products, tactile logic enhances usability, precision, and user confidence. It transforms inclusion from a compliance requirement into a core design principle, proving that accessibility and elegance can coexist. The future of product design is tactile, intuitive, and inclusive, where touch guides, informs, and delights its end users.

The post 5 Inclusive Products That Prove Braille Design Is the Future of Every Device first appeared on Yanko Design.

This wristwatch lets blind people tell time by touch, looks like any other timepiece

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Around 285 million people worldwide live with visual impairment, according to the World Health Organization, and something as routine as checking the time can become a daily negotiation between independence and assistance. How do blind people tell time without relying on someone else? The traditional watch for the visually impaired has long answered that question through sound or exaggerated tactile cues. Yet many of these solutions, while functional, visibly signal that they are assistive devices. The lingering design question is simple: why can’t a watch for the visually impaired look like any other watch?

The current landscape offers a mix of approaches. Talking watches announce the time aloud at the press of a button, prioritizing clarity over discretion. The classic braille watch uses raised numerals beneath a hinged crystal cover that flips open, allowing users to feel the dial directly. Brands like Citizen have explored tactile adaptations within more mainstream aesthetics, but even these models often compromise on visual subtlety or require noticeable interaction. The tactile watch concept has existed for decades, yet many designs still feel engineered first for utility and second for style. For a wristwatch for blind people, that trade-off can unintentionally reinforce differences.

Designer: Jinkyo Han

A new concept christened “Wristwatch for the Blind,” rethinks the tactile watch for the visually impaired through restraint rather than amplification. Instead of adding bulky covers, voice modules, or overt braille markers, the designer retains a conventional analog form. At first glance, it resembles a standard minimalist timepiece with a clean dial and classic proportions. The innovation lies in the details: raised numerals and subtly ridged hands that can be read by touch. By tracing a fingertip along the dial, the wearer can feel the position of the hour and minute hands in a natural circular motion. The tactile elements are integrated into the geometry of the watch itself, allowing it to function as an accessible timepiece without announcing its purpose. It is an inclusive watch design that communicates through texture rather than technology.

That discretion is what makes the concept compelling. Inclusive design succeeds when it removes stigma instead of adding layers of accommodation. The most effective accessible products often become invisible in the best way, serving everyone without labeling anyone. An accessible watch design that mirrors mainstream aesthetics follows the same philosophy. It supports independence for users who are blind or visually impaired while preserving personal style and social ease. In doing so, it reframes assistive technology as simply good design.

The concept remains a proposal rather than a commercial product, but it points toward a future where adaptive wearables blend effortlessly into everyday life. As interest in tactile watch solutions continues to grow, there is clear room for designs that balance dignity with functionality.

 

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This Walking Cane Also Hooks Bags and Grips Tables With a Hidden Ring

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Every day balance moments don’t usually look dramatic. Standing up from a low chair after a long meal, stepping off a curb while carrying bags, and steadying yourself in a narrow hallway without anything to grab are the small transitions that feel minor until they don’t. Safety gear tends to be designed for bigger problems, but the real friction lives in these frequent, unremarkable moments that add up over the course of a day.

SafeGrip is a modular safety handle designed to offer a versatile solution to exactly those “micro safety issues,” particularly for elderly individuals and anyone who needs balance support in daily life. The tagline is “Grip life with confidence,” and the design backs that up by turning a single compact object into a walking cane, a carry hook, and a furniture anchor point, depending on what the moment requires.

Designer: Batuhan Duran

As a cane, the handle shape does a lot of quiet work. The large grip opening and soft, rounded edges allow different hand sizes and grip styles, so it doesn’t demand a precise hold. That gentler geometry reduces pressure on arthritic or tired hands, and the clean, non-clinical look means it’s the kind of thing you’d keep by the door or beside a chair rather than hiding it away, which matters more than most cane designers seem to realize.

Carrying bags while walking is one of those everyday tasks that throws off balance in ways that accumulate slowly. The built-in hook function lets SafeGrip carry shopping loads, taking the pull off the wrist and keeping the user steadier. At a doorway, elevator, or checkout counter, having the bags on the cane instead of dangling from a hand changes how the body distributes weight, even slightly, which counts when stability is already a concern.

The mechanical retractable ring system is the feature that makes furniture anchoring possible. The ring extends to create a secure loop that can grip onto a table edge or chair, turning the nearest piece of furniture into a temporary grab rail. That makes the sit-to-stand transition, one of the most commonly risky daily movements, feel more controlled without requiring any installed hardware or home modifications.

A telescopic height adjustment mechanism at the neck of the handle allows incremental length changes through nesting profiles, with numbered level indicators so users can identify and return to the right height reliably. That repeatability matters when the cane is used by more than one person or when it’s stored and reset regularly throughout the day.

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SafeGrip treats stability as an everyday design problem rather than a medical category. It combines three helpful roles without adding complexity, and it looks like a considered product rather than hospital equipment. The best safety tools are usually the ones people actually keep nearby, and a handle that fits into daily life instead of announcing its purpose makes that a lot more likely.

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This Wooden House Toy Fights Loneliness in Nursing Homes with Play

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Long-term care facilities have a particular kind of quiet in the afternoons. Residents sit in common rooms, some dozing, some staring at televisions tuned to channels nobody asked for. Rapid population aging has left many older adults dealing with cognitive decline and shrinking social circles, and while activity programs exist, they rarely create the kind of genuine cooperation that turns small tasks into shared moments worth remembering.

Cooperative House is a small, house-shaped toy that tries to change that script. Designed for two players and a caregiver, it uses patterned balls and pages to create challenges that require people to talk, decide, and act together. The interactive toy relies on analog play instead of screens, treating cooperation and conversation as the real work rather than just nice side effects of keeping hands busy.

Designer: Hyunbin Kim

The basic loop unfolds simply. Two residents sit with the wooden house between them while a caregiver flips a pattern page on the roof. The page shows colors and dots, and the pair chooses the right patterned balls to drop into the opening. When they get it right, the balls roll down an internal slope and emerge from the bottom, and everyone smiles before moving on to the next pattern.

When the wrong ball goes in, the toy gives immediate feedback and gentle hints so participants can try again without feeling scolded. That process encourages them to re-explore the problem together, strengthening attention and problem-solving while keeping the mood light. The toy becomes a shared puzzle supporting continuous small wins instead of a test someone can fail, which matters when confidence is already fragile.

The pattern pages come in three tiers. The first focuses on simple color recognition, just matching orange to orange. The second combines shapes and patterns, requiring players to consider both color and arrangement. The third moves into contextual reasoning, where patterns carry more abstract meaning. Caregivers can tailor challenges to each person’s cognitive level and gradually increase complexity, keeping the activity engaging without overwhelming anyone.

Of course, the physical design supports that intuition. The internal slope guides balls toward the bottom door automatically, providing instant visual feedback. The magnetic ball tray attaches to the back for easy storage and transport. The familiar house form and tactile wooden body make the object feel approachable, especially for people wary of digital devices or anything that looks like medical equipment.

Cooperative House turns a simple act, dropping balls into a toy, into a small ritual of cooperation. It does not promise to cure anything, but it offers a way to chip away at loneliness and cognitive decline by giving people a reason to sit together, talk through options, and think side by side. A kind of shared play can be its own gentle medicine that’s perfect for the slow rhythm of care homes.

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Anker’s CES 2026 Charging Lineup Treats Power as a Coordinated System

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Charging has become a daily background task with a mix of wall bricks, wireless pads, power strips, and docks that rarely feel coordinated. As devices become faster and more power-hungry, the friction shifts from “do I have enough power?” to “how many adapters do I need without cluttering the desk?” The answer usually involves a drawer full of chargers that don’t talk to each other and rarely work where needed.

Anker’s CES 2026 portfolio treats this as a system. The Anker Charging lineup introduces four products, the Nano Charger, Prime Wireless Charging Station, Nano Power Strip, and Nano Docking Station, sharing ideas like smarter device recognition, Qi2 25 W wireless, AnkerSense View, and ActiveShield 5.0, but slotting into different moments where power is needed, wanted, or quietly essential to keeping momentum going without searching for another cable.

Designer: Anker

Anker Nano Charger (45W, Smart Display, 180° Foldable)

The Nano Charger recognizes recent iPhone and iPad Pro models in seconds, then uses a three-stage power profile to deliver up to 45 W tailored to the device. That auto-matching unlocks faster charging when the battery is low while easing off as it fills, avoiding overstressing batteries for people who charge overnight or keep devices plugged in during long work sessions without thinking about optimal timing.

TÜV-certified Care Mode keeps the phone’s battery about 9 °F cooler than other 45 W chargers, a quiet win for long-term health. The small smart display shows real-time power and temperature with friendly icons, and the 180-degree foldable prongs let the charger sit in tight outlets while keeping the screen visible, fitting desk plugs, kitchen outlets, and behind-cabinets spaces where flat bricks fail.

Anker Prime Wireless Charging Station (3-in-1, MagGo, AirCool, Foldable)

The Prime Wireless Charging Station handles an iPhone, earbuds, and a watch without three separate cables. It uses Qi2 25 W wireless charging to bring iPhone speeds close to wired, quoting 80% in about 55 minutes for an iPhone 17. The stand folds into a palm-sized block lighter than an iPhone 17 Pro Max, so it can live in a bag full-time, turning one USB-C input into a small charging island.

The AirCool airflow system keeps the charger and devices at stable temperatures when everything is stacked overnight or during work sessions, important when running 25 W to a phone while also topping up a watch and earbuds. That thermal management keeps the 3-in-1 from becoming uncomfortably hot on a nightstand or desk, and the foldable form clears cable clutter from hotel rooms and home offices, making it the kind of charger that actually gets packed for every trip.

Anker Nano Power Strip (10-in-1, 70W, Clamp)

The Nano Power Strip is a dual-zone power bar that lives at the desk edge instead of under it. It combines six AC outlets with two USB-C and two USB-A ports, with a single USB-C delivering up to 70 W, enough to run a laptop or gaming handheld directly. The clamp-on design keeps the strip fixed in place while making ports easy to reach, so you stop crawling under desks to plug in temporary devices.

The built-in 1,500 J surge protection shields connected gear from spikes, which matters when monitors, desktop PCs, and audio equipment all share one outlet. Having the USB ports face forward and the AC outlets below the desk creates a cleaner visual line and makes it easier to manage cable runs, turning the strip into permanent desk infrastructure that handles both power and data charging without sprawling across the surface or tangling behind a monitor stand.

Anker Nano Docking Station (13-in-1, Triple Display, Built-In Removable Hub)

The Nano Docking Station is a 13-in-1 dock for people who treat a laptop as their main machine but want a desktop-class workspace. It supports triple-display output with up to 4K resolution on a single monitor, up to 100 W upstream charging, and USB-C, USB-A, HDMI, DisplayPort, Ethernet, and SD / TF 3.0 card slots, all running at up to 10 Gbps, where it counts for fast file transfers and external storage.

The built-in 6-in-1 removable hub slides out, letting someone leave the desktop cable tree intact while taking key ports and card readers on the road with a single, slim module. That bridging between permanent and mobile workflows makes the dock feel less like a fixed base station and more like a system that adapts to whether you are spending the day at a desk or heading to a meeting with just a laptop and the small hub in a bag.

Anker at CES 2026: Charging as a Coherent System

These four products sketch out Anker’s view of charging in 2026, not as isolated bricks and pads, but as coordinated tools that follow people from pocket to bedside to desk. Instead of chasing ever-higher wattage alone, the lineup leans into smarter interfaces, cooler operation, and forms that respect the spaces they live in, the kind of thinking Yanko Design readers expect from everyday hardware that earns its place by working better and quieter.

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Homing Compass Lets a Single Red Arrow Always Point the Way Back Home

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There is a tension in families where someone loves to walk but sometimes forgets the way back, especially in the context of early dementia. Smartphones, maps, and tracking apps can feel overwhelming or unfamiliar, and that often leads to staying indoors instead of going out. A simpler, more tangible way to get home could unlock a lot of small, everyday adventures again, turning a daily walk from a risk into something safe and normal.

The Homing Compass by Aumens is a small wooden device with a single red arrow that always points toward a predefined home location. It looks and behaves like a stripped-down compass, no maps, no text, no menus, just one arrow with one meaning. The promise is straightforward, follow the arrow and you will get back to the place you set as home. It trades complexity for clarity, betting that radical simplicity matters more than features.

Designer: Rens Brankaert (Aumens)

Setup happens once. You press a recessed button near your front door, the compass remembers that location as home, and from then on the arrow always points back there. There is no need to pair it with a phone every time or scroll through options. For the person carrying it, the interaction is reduced to glancing at the arrow and choosing a direction, turning a potentially frightening moment of disorientation into a quick compass check.

Behind that simple arrow is a full stack of GPS, internet, cloud, and an app, constantly updating the compass’s position. For caregivers, the app shows where the compass is on a map, offering reassurance without demanding constant check-ins. The complexity lives in the background, so the person walking only ever deals with the most basic navigation cue, a red line pointing home like magnetic north.

The compass can optionally vibrate or make a sound to remind someone it is there, reducing the chance it gets forgotten in a coat pocket. Accessories help keep it in view at home, so picking it up becomes part of the leaving-the-house routine. The goal is to make carrying it feel as natural as taking keys, not like strapping on a medical device or announcing a limitation to the neighborhood every time you walk outside.

The choice of a wooden housing and analog-style arrow instead of a glossy gadget with icons makes it feel familiar and non-threatening, more like a small object you might already own than a piece of assistive technology. It sidesteps some of the stigma that can come with devices labeled for dementia, framing it instead as faithful equipment for everyday adventures, which is the language Aumens uses to describe both the device and the people who carry it.

The Homing Compass aims for an emotional shift, the person who can go for a walk in the forest or around the neighborhood without carrying a mental map, and the partner at home who can relax instead of worrying. A single arrow that always points home sounds almost too simple, but that is the point. It turns getting lost from a constant fear into a manageable, designed-for scenario, letting people reclaim the small joy of just being outside.

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This Intelligent Pet Exoskeleton Helps Injured Dogs Relearn Movement on Their Own Terms

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Watching a dog struggle to walk is quietly heartbreaking. Movement, for animals, is not just mobility. It is freedom, confidence, and joy. The Pet Power Assistive Exoskeleton was born from this understanding, blending emotional insight with advanced engineering to create a rehabilitation solution that truly listens to the animal it supports.

The project’s inspiration traces back to a news report on prosthetic limbs designed for disabled pets. While well-intentioned, many of these solutions revealed clear shortcomings. They were passive, rigid, and often uncomfortable, offering limited support beyond basic mobility. This realization became deeply personal when the designer cared for their own dog after a hindlimb injury. Seeing firsthand how difficult recovery could be for an animal exposed a larger issue. Modern rehabilitation technology has evolved rapidly for humans, yet animal care continues to rely on simplified, often outdated aids. This gap sparked a mission to extend intelligent, humane rehabilitation into veterinary practice.

Designer: Leijing Zhou

Instead of forcing movement, the Pet Power Assistive Exoskeleton focuses on understanding intention. Borrowing principles from active exoskeleton systems used in stroke rehabilitation, the device uses surface electromyographic sensors to read muscle signals from a dog’s healthy forelimb. As the dog initiates movement, these signals are analyzed in real time to predict how the impaired hindlimb should move. The system then activates precise mechanical assistance, synchronizing the injured leg with the dog’s natural gait.

This approach transforms rehabilitation into a cooperative process rather than a mechanical correction. The dog leads, and the technology follows, creating movement that feels natural, fluid, and instinctive. By aligning assistance with intention, the exoskeleton reduces strain, encourages correct gait patterns, and supports faster, more confident recovery.

Personalization is central to the design philosophy. Every dog has a unique body, posture, and injury profile, so the exoskeleton is created using advanced 3D printing based on individual body scans. This ensures a tailored fit that distributes weight evenly and avoids discomfort. Carefully selected materials such as lightweight structural components, soft memory foam padding, and non slip contact surfaces prioritize comfort, stability, and long term wearability. This makes the device suitable not only for clinical rehabilitation but also for everyday use.

Developed between 2023 and March 2025 in Hangzhou, the project required extensive research and experimentation. One of the greatest challenges was interpreting muscle signals in animals, an area with little existing data or standardized methods. Translating raw biological signals into reliable movement predictions demanded repeated field testing, iterative modeling, and close observation of real canine behavior. Equally complex was balancing strength and comfort, designing a structure robust enough to assist movement while remaining gentle and non restrictive.

Ultimately, the Pet Power Assistive Exoskeleton represents more than a technical innovation. It reflects a shift in how we think about animal care, recognizing pets not as passive recipients of aid, but as active participants in their own recovery. By merging empathy with intelligent technology, this project restores more than mobility. It protects dignity, independence, and the simple joy of movement.

The post This Intelligent Pet Exoskeleton Helps Injured Dogs Relearn Movement on Their Own Terms first appeared on Yanko Design.