Handheld gaming devices are becoming more popular these days, though due to their portable and handheld nature, most of them cater to only one style of playing. These devices pretty much have game controllers split into two halves that flank a big display. Not all games are best played that way, though, but it’s almost impossible to support all kinds of input methods in a single device. That’s what made the modular design of the Nintendo Switch quite popular, but it still revolved around the same controller design. This concept for a modular gaming handheld tries to push the envelope a bit further, allowing different input methods and playing styles by simply swapping out buttons, joysticks, and knobs.
Designer: Bukvity Lorisz
There once were only two ways to play video games, one with a keyboard and mouse and another with gamepads. With the arrival of smartphones, a third, gesture-based style was added to the mix. It’s almost impossible for a single device to support all those, at least not without attaching external peripherals, but some designs try their best to do so. GPD and AYA, for example, have a few designs that add a mini keyboard to the device, but that’s more for sending brief messages rather than playing with a keyboard and mouse.
The LUMI DREAMSTATION-02 concept puts a different spin on the idea of a flexible gaming device that can embrace different playing styles instead of sticking to a single one. Yes, it doesn’t have a QWERTY keyboard, but it’s not impossible to add something like it after the fact. That’s because the biggest pull of this design is a flexible modular system that lets you mix and match different controls as the need arises.
The LUMI DS-02 is admittedly a weird-looking device compared to any gaming handheld. It has a large square screen, which means it won’t match any existing game aspect ratio, and right below it sits the controller section with two square areas for the modular controls. One side looks like a D-Pad with four separate buttons arranged in a cross while the other side has buttons and knobs. It’s not hard to imagine that many games aren’t going to be easily controlled with a knob or dial, but you can swap those out with a joystick, a regular D-Pad, another set of buttons, and more. The idea is that you can change the controls to suit the game, not the other way around.
The controller section itself can be detached and the screen propped up on a table, similar to the design of Nintendo Switch. This opens the console to even more use cases, like two players using the same console with different controllers. As interesting as this design might seem, it will still depend on how comfortable those controls will be and how easy it will be to swap them around. Regardless, it’s definitely a notable idea, one that tries to be more inclusive, especially if you can substitute more accessible controls for those with physical disabilities.
There was a Seinfeld episode from back in the day where Jerry’s date (a wardrobe designer) proposed a radical idea for Jerry’s closet. Instead of shelves and rods, what if the entire closet was just hooks? Hundreds of hooks everywhere for you to hang all your clothes on – a radical concept when it comes to fashion, but practically speaking, just a wardrobe version of the popular pegboard. Pegboards gained popularity in the DIY community for people who wanted to mount their workshop tools on one vertical surface, having them accessible just when you needed them. The clever idea soon was converted into something more home-friendly by IKEA with their own version, named SKÅDIS. However, IKEA’s pegboard still had limitations – you could only use products from the IKEA ecosystem with the SKÅDIS, but moreover, the SKÅDIS wasn’t designed for every possible use-case. That’s where Wallwerx comes in. Wallwerks presents a pegboard-based system that can be used for pretty much everything, from holding workshop tools to jars of M&Ms. It’s modular, flexible, easy to use, and the best part, you don’t even need a pegboard – the Wallwerx attachments can even mount right into any wall. Use it in your kitchen, garage, living room, study, or even in the bathroom – if you need vertical storage, Wallwerx pretty much has you covered.
Whether you’re a DIY enthusiast, a crafting maven, a culinary whiz, or a gaming aficionado, Wallwerx seamlessly integrates into your space. It was created by Mark Zalme, a DIY aficionado who found himself getting increasingly frustrated with not having his tools accessible while working in his garage. Realizing that pegboards were great but had their limitations, Zalme designed Wallwerx, a series of pegboard-compatible attachments designed to hold pretty much every object under the sun. What’s more? Unlike traditional pegboard attachments, the Wallwerx system is strong and secure, ensuring items stay put, yet can be easily relocated if desired. The best part, they worked with standard pegboards, but even if you didn’t have one, you could simply attach Wallwerx to any regular wall or drywall. Wallwerx brought a certain Seinfeld-level radical thinking to all types of storage, allowing you to turn practically any vertical surface into a storage area.
From the pantry + kitchen…
To the workspace!
Use it in your gameroom.
And your creative space.
Wallwerx can be split into its two crucial parts – a baseplate that plugs onto pegboards or attaches onto walls, and a series of attachments that mount onto the baseplate, giving you hooks/hangers/clips to store practically anything you need. Installing Wallwerx is a breeze, requiring just two simple steps. Attach the baseplate to your desired surface, twist on your preferred attachments, and voilà – your personalized organization system is ready to go. The Wallwerx baseplate is a cleverly designed little gizmo that plugs into standard pegboards, but even has the option of being drilled into concrete walls or drywalls. Once the baseplate’s been installed, simply twist on or off the attachment of your choice.
*Pegboard not required for assembly. Baseplates can be drilled into any wall or door. Just twist and remove the attachment, then relocate it to any baseplate.
The attachments are where Wallwerx’s flexibility gets put on display. Most traditional pegboards only let you hook stuff onto the pegboard’s perforations. Wallwerx comes with a series of storage attachments that make it perfect for the garage, workshop, closet, or even the kitchen. Hooks let you hang or rest objects, while looped holders give you the ability to secure other items. Wallwerx also offers a set of clips that let you plug in 4oz, 8oz, and 16oz jars, allowing you to store food like dry pasta/candy/spices, stationery like pencils/pens or tiny bits and bobs like screws/dowels/bolts. This flexibility makes Wallwerx perfect for pretty much any kind of room… and the fact that you can simply unplug an attachment means endless upgradability, modularity, and flexibility.
Wallwerx is designed and manufactured in the US using high-strength plastic that’s durable enough to hold all sorts of equipment. Given that pegboards are most commonly found in garages and workshops, the plastic baseplate and attachments are designed to be sturdy, secure, and failproof. They’re also easy to clean, making them perfect for greasy garages or even kitchens where things can get a tad messy sometimes. Designed for a variety of uses, Wallwerx is conveniently bundled in different kits, and can be customized with à la carte attachments. The Home Kit, featuring 168 different elements, is perfect for organizing a workbench or craft table. The Werxshop kit, with 256 pieces, is ideal for bringing order to your garage or entire craft room. You can even grab yourself a metal pegboard, just in case IKEA’s plastic pegboards aren’t your style.
Design is an ever-evolving stream, innovation often stems from addressing everyday challenges. The KOI Cloths Hanger PD1 is a testament to this principle, as it sets out to tackle the inconveniences associated with traditional clothes hangers. Recognizing the limitations of bulky and non-portable designs, the KOI Hanger introduces a clean, minimal, and modular approach, redefining the way we organize our wardrobes.
Traditional clothes hangers, while serving their basic purpose, have long been associated with a lack of portability and impractical bulkiness. Recognizing this shortcoming, the creators of KOI set out to redefine the clothes hanger, envisioning a product that not only serves its fundamental purpose but also aligns with the contemporary lifestyle where convenience and versatility are paramount.
The KOI Clothes Hanger emerges from a design brief that prioritizes innovation and user-centricity. Focusing on modularity and portability, the objective was to create a clothes hanger that seamlessly integrates into the lives of individuals who prioritize convenience, versatility, and style in their wardrobe organization. The result is a sleek and minimalistic design that addresses the drawbacks of traditional hangers while introducing a range of features that cater to the modern user.
This hanger boasts a clean and minimalistic aesthetic that aligns with modern design sensibilities. Its modular design allows for easy assembly and disassembly, promoting hassle-free use. The primary body and head attachment interlock seamlessly through a snaplock mechanism, ensuring a secure and effortless connection between the male and female components. This not only enhances the user experience but also adds a touch of sophistication to the product.
At the heart of this hanger is its innovative snaplock mechanism. The primary body and head attachment fit together with precision, providing a reliable and user-friendly solution for various applications. This mechanism not only ensures a secure connection but also simplifies the process of assembling and disassembling the hanger, offering users a hassle-free experience.
One of the standout features is its universal attachment. Part A’s male component and Part B’s female counterpart ingeniously fit together via the versatile snaplock mechanism. This design not only guarantees a secure connection but also provides users with the flexibility to choose multiple orientation options. The KOI Hanger adapts to diverse needs and configurations, making it a versatile solution for various wardrobe setups.
This Hanger goes beyond conventional expectations by introducing a saree attachment (An Indian traditional garment). This innovative addition allows users to hang a variety of clothes, including shawls, ties, scarves, and more. The saree attachment, with its option for multiple orientations, transforms into an all-in-one component, catering to the diverse wardrobe needs of users.
The KOI Cloths Hanger stands as a testament to the power of innovation in addressing everyday challenges. By reimagining the traditional clothes hanger, KOI has not only created a practical solution but also introduced an element of style and versatility to the realm of wardrobe organization. As we embrace a future where design meets functionality seamlessly, this Hanger sets a new standard for what a clothes hanger can be.
Although electric cars are becoming more common, we’ve barely scratched the surface of what they’re capable of. Removing the need for traditional fuel and relying on batteries opens up new possibilities, and not just in terms of power sources. It can offer a bit more flexibility when it comes to the form and function of the vehicle, like cars with completely digital interfaces or screens all around. There might even be room for a modular design, as this concept for a tiny Japanese electric van tries to show, allowing the manufacturer or even the owner to switch out certain parts both outside and inside to match their needs, just like pieces of a puzzle.
To be fair, a modular car might be a bit far down the road considering the industry is hyper-focused on standardizing electric vehicles and making self-driving features more acceptable to the masses. That’s not to say that the design is a distant possibility only, especially when the features are made to be more practical rather than fantastical. Switching out panels is probably more feasible than switching out whole car parts or components, which is the kind of modularity that the Puzzle concept embodies.
At first glance, the boxy shape of the Puzzle will already look strange to those not used to so-called “Kei cars,” but this kind of van design is popular in Japan for striking a balance between large interior capacity and small compact size. It’s a design that screams practical efficiency, and making it modular is taking it to the next level. But unlike what you might be imagining, the Puzzle’s pieces, pardon the pun, are limited to swapping out certain panels at the sides, corners, and even inside. It’s a bit of a generic system that opens up quite a number of possibilities but, more importantly, it also doesn’t tie them down to a specific design or part. It also makes replacing damaged panels easier and more economical, something that you can only dream of with regular cars.
The Puzzle van also has secrets to reveal inside its extremely spacious cabin. The interior door panel has slots that make it possible to add and remove different modules, such as containers, cup holders, and the like. Even the dashboard has this kind of design, yielding a clean yet flexible space for expanding the van’s capabilities, especially in the infotainment aspect. The cargo space, which is practically a cube, is also more space-efficient for storing boxes and all sorts of large objects, making the EV a potential delivery vehicle.
Thanks to the boxy form of this Kei car, it’s possible to put a solar panel on the roof to really maximize its battery mileage. Modular and sustainable, the Puzzle minivan concept offers an extremely simple yet effective solution to the future of electric vehicles, one that espouses the Japanese spirit of minimalism and practicality where form clearly follows function.
In a world where the environmental impact of consumer choices is becoming increasingly critical, innovative solutions are emerging to address the challenges of over-consumption and waste. One such solution is the Koru WFH Furniture Subscription, a pioneering concept in the realm of home-office furniture that not only meets the needs of modern remote work but also champions the principles of a circular economy.
As of 2020, the Environmental Protection Agency reported a staggering increase in the amount of furniture and furnishings being discarded, reaching a whopping 12 million tons. This alarming statistic underscores the urgent need for sustainable alternatives in the furniture industry. Koru is a visionary response to the environmental challenges posed by the disposal of office furniture.
The onset of the COVID-19 pandemic catalyzed a monumental shift in work culture, giving rise to the widespread adoption of remote work. In this context, Studio Elk seized the opportunity to introduce a circular economy concept for home-office furniture through its subscription service. By leasing modular furniture to businesses instead of selling it outright, the studio has developed a sustainable approach to furnishing home offices.
Koru furniture isn’t just functional; it’s a harmonious blend of professional utility and aesthetic sensitivity to the home environment. Employees subscribing to the services gain the flexibility to configure their home office setups according to their unique needs, spatial constraints, and personal style. This design characteristic ensures that the furniture seamlessly integrates into the home while meeting the demands of a professional workspace.
https://www.behance.net/gallery/184030027/Koru-WFH-Furniture-Subscription/modules/1042109815This subscription model empowers businesses to choose from a variety of flexible monthly plans that can adapt to the evolving size and requirements of their teams. The service encompasses installation, repair, upgrades, and efficient collection when the furniture is no longer needed. This holistic approach eliminates the time and cost burdens typically associated with managing, moving, and storing furniture assets.
The durability of the Koru furniture is a key factor in its sustainability. Crafted from hard-wearing materials and finishes, the furniture is designed for longevity. Moreover, its easy disassembly and reassembly enable a closed-loop system, promoting reuse and enhancing repairability.
Koru’s innovative subscription concept facilitates a continuous revenue stream throughout the entire lifespan of its products. Operating on a Product-as-a-Service model, the company aligns profitability with product longevity. The longer the furniture remains in use, the more sustainable and profitable the model becomes.
Koru’s subscription concept and circular supply chain model provide a blueprint for furniture brands seeking to diversify and future-proof their business. By integrating environmental responsibility with business goals, Koru offers a pathway for brands to thrive while minimizing their environmental footprint. In essence, the Koru WFH Furniture Subscription is not just a service; it’s a sustainable business model that envisions a greener and more responsible future for the furniture industry.
There has been a great deal of effort and attention put on keyboards these past years, whether for actual products or for ideas that embody the hopes and wishes of both users and designers. From split-type ergonomic keyboards to keyboards with all sorts of knobs and touch screens, these designs are all made in an attempt to make people’s lives easier and to cater to their needs. Of course, not everyone’s needs are the same, so features on one keyboard might not work for different audiences. This keyboard design concept is already interesting because of its modularity, but it becomes even more eye-catching thanks to an unusual choice in the shape of its keys and controls.
The basic design of keyboards is almost set in stone, at least for the combination of letters and numbers that make up the essentials for keyboards of any size. The layouts might differ from region to region or from laptop to laptop, but there are more or less 80 keys even on the smallest configurations. Beyond that is almost fair game, with some preferring a numeric keypad to the side, while others probably wish for a different set of controls.
The K-Bird Spec Project is a concept design for a modular keyboard that tries to address that need by providing a different side module for different applications. You can have the typical numpad for fast numeric input or you can have a set of sliders and dials for quickly controlling or editing audio. You can even have a small drawing area with a groove to place a stylus. Or you can have no modules at all and be left with admittedly odd-looking handles protruding from the side.
The base shape of the keyboard theoretically allows for modules to be placed on either side, but the modules themselves would have to be designed to be ambidextrous. The default seems to presume the current convention of placing modules on the right side where the numeric keypad would usually be, and you can’t simply put it on the left because of the handle extending from that side.
What makes this design a little different from other modular keyboard concepts is its use of hexagons as the main shape for all the controls, even the sliders and dials on the modular extensions. The keys themselves are indented, which is already unconventional as far as keyboard designs go. It gives the keyboard a more visually interesting appearance, though it’s not clear whether that will have any negative impact on the ergonomics of typing on such a kind of keycap shape.
Smart eyewear is back in fashion, especially thanks to Apple finally announcing the Vision Pro. Although its design pretty much still falls under the “headset” category, the ultimate goal of many of these wearables is to be as inconspicuous are regular spectacles or sunglasses as possible. Easier said than done, of course, especially when you need to cram plenty of electronics in such a small space. There are advancements in that area, of course, to the point that it might be possible to fit almost all the necessary components on or near the lenses. That kind of technology will open the doors to a wider variety of wearable designs, including one where you can swap frames to be as sporty or as classy as you need your mixed reality eyewear to be.
Designers: Ben Melvin, Jo Barnard, Dan Lloyd, Harry Mason (Morrama)
There are actually quite a number of designs for smart eyewear, depending on how complicated they need to be. Some include more complex computers and the usual design involves a headband that you wear around your head. Others simply mirror the screen from your phone or computer, so they can just look like overgrown sunglasses. But if you can settle for something even simpler, you might be able to condense everything around the lenses so that the frame is really just a frame, one that you can even replace more easily than with prescription glasses.
Morrama Issé is a concept for mixed reality eyewear that takes advantage of such a design by making the lenses and the frame two connected but independent pieces. The lenses are not your average pair and look more like sports visors. The rim of the visor is quite thick which is where all the electronics will be hidden. In other words, the visor can function on its own without the frame, and the frame only provides the structure that will hold the visor up on the wearer’s face.
This means that the frames are interchangeable, letting the wearer choose the style of the frame depending on where they want to wear the mixed reality goggles. These can be rugged or elegant, at least as elegant as possible considering the rather thick frame required to support the weight of the visor part. More importantly, however, the frames can be made using more sustainable and recyclable materials since this part usually has a shorter lifespan.
The Morrama Issé design is no Minority Report or Tony Stark, and you will still look conspicuous if you will be wearing such eyewear in public. Of course, the primary use case for the wearable will be for fitness, where the goggles will provide the relevant biometrics and information that people need when training or exercising. It’s pretty much the same data that your smartwatch would show, except it will always be within your field of vision. Not everyone will find the aesthetic that pleasing, but Issé’s innovation is how it is able to envision a more modular approach to designing mixed reality eyewear, especially with a bent towards more sustainable options.
Never before has it been easier to create things at home thanks to 3D printers, but we’ve barely scratched the surface of what’s possible. There are still some limitations, especially for desktop 3D printers, dictated by economies of space or price. Something that may sound as basic as 3D printing objects with multiple colors turns out to be quite a chore because most of these printers are designed to handle a single filament at a time. Most of the time, you’re forced to print different colors as separate pieces and then just assemble them after the fact, a process that takes more time than necessary and is prone to error. You could buy a larger, more expensive multi-filament 3D printer, or you can upgrade your trusty machine with this revolutionary module set that makes printing different colors or materials at the same time easy as pie.
Commercial 3D printers, especially the most popular FDM or Fused Deposit Modeling kind, are designed to be quick, efficient, and easy to use. Given the parts and processes involved, that means limiting the printer head to handle a single filament of material at a time. With this technique, you can only print a single color or use a single type of material for a single pass, switching filaments when you need to print out a different color or material. After that, you have to glue the pieces together, which relies on your own precision and steady hands to achieve the desired design. This has been the status quo for many years now, not unless you buy an actual multi-filament 3D printer, which is bulkier and more expensive, especially if you already have a working 3D printer or two.
ChromaPad – Excels in color, material, speed, and control, unlocking limitless potential.
Fastest Multi-color Printing Experience – ChromaPad pushes the usual boundaries of 3D printing speed for both single and multi-filament projects. Accelerate your print up to 300+ mm/s and get your project in hand three times faster.
ChromaScreen Advanced Klipper Software – Comes with features like the ability to control multiple extruders, a helpful setup wizard, and the ability to manage multiple printers at once.
Manage Multiple Printers Effortlessly – ChromaPad allows you to control up to 8 printers in a single simple panel.
The Co Print ChromaSet is a collection of modules that basically upgrades almost any old 3D printer to be able to handle multiple filaments in one go. It allows you to use the same trusted machine you’ve been working with for years and, with just a few easy-to-install parts, turn it into a multi-color, multi-material 3D printer that is just as easy to use as any other regular 3D printer. Instead of being forced to print multiple parts because they’re made of different materials or colors, you can save time and a lot of work with a single printing pass that can use a variety of colors as well as filaments, including PLA, ABS, PETG, TPU, ASA, Wood, and more.
ChromaHead – Designed to match your needs on multi-filament 3D printing. When combined with ChromaPad or KCM, it minimizes all the issues that can occur such as jamming and clogging.
Filament Cutter for High Quality Prints – Powered by a robust servo motor with up to 20 kg of force and supported by a durable Japanese blade, ChromaHead’s precise filament cutting mechanism achieves a success rate of 99.9% in clean cuts.
Universal Rail Plug System – The design allows you to match with different brands and different models, and solves the compatibility issues.
Supports all the Materials you Need – Different colors, different materials. Your creative journey knows no bounds.
The different pieces of the ChromaSet work together to accomplish this seemingly magical feat. The ChromaHead with the embedded ChromaHotend, for example, attaches easily to almost any 3D printer thanks to its unique rail plug system, making it compatible with different brands, models, and mechanical setups. It is designed to support at most four filaments at the same time, with a special design that minimizes jamming and clogging, as well as employing a Japanese blade for precise and clean filament cuts. The CX-1 Extruder, engineered with Titanium gears, a dual-drive system, and high-torque features, is responsible for pushing those four filaments and can be just as easily installed on any 3D printer.
KCM (Klipper Chroma Module) – For users who already have a Klipper-based 3D printer. KCM gives you all the great features of ChromaPad right out of the box, so you don’t need to buy ChromaPad separately.
ECM (Extended Chroma Module) – Designed to increase your extruder limits. ECM allows you to add up additional 4 extruders into a single output via USB.
If you need more than four filaments, the ECM or Extended Chroma Module adds four more extruders into a single output for a total of eight. You can have up to five of these extruders for a whopping 20 filaments, each carrying a different color or type of material for an even faster workflow. Making all these different parts work together in harmony is the job of the ChromaPad, the world’s first multi-filament 3D printing pad. Running the ChromaScreen software based on Klipper Screen, the tablet gives users unprecedented control not just over multi-filament printing but as many as 8 printers at the same time as well. But if you already have a Klipper-based 3D printer, you can use the Klipper Chroma Module (KCM) instead, delivering the same features without the extra cost.
The Co Print ChromaSet was made in collaboration with major 3D printer brands, ensuring that it will work with almost all 3D printer models in the market. A $349 discounted bundle lets you get the ChromaSet with the Klipper module instead of the tablet, while the $499 set includes the ChromaPad without the KCM. Whichever bundle you choose, the ChromaSet is guaranteed to upgrade your 3D printing experience, allowing you to make magnificent colorful designs in a fraction of the time and with less effort.
The interest in retro products hasn’t disappeared so far, and it has spread to more than just turntables, cameras, and fashion. The pull of nostalgia is especially strong in the gaming industry, giving rise not just to retro consoles but also to retro gaming itself. Gamers of all ages are reliving and discovering the peculiar quirks and joys of old-school titles, some of which are best experienced using the controllers for which they were designed. Commercial arcades might now be endangered species, but that doesn’t mean you can’t recreate that gaming experience at home today. Retro arcades, after all, are also trending, but this innovative modular system goes the extra mile to ensure you’ll be able to enjoy any game on any kind of control not just today but also for the foreseeable future. Better yet, it even supports playing modern games that will become tomorrow’s retro titles.
Here’s a few examples of awesome modern games that can be played on the Polycade Sente
In the years before PC gaming took root, most video games were either played on consoles or arcade cabinets, both of which used controllers with joysticks, D-pads, and buttons. The early age of arcades gave birth to several different controller designs, which may differ from game to game or from cabinet to cabinet. Supporting retro games can be quite a challenge because of that, and supporting both classic and modern titles makes it even more complicated. Polycade Sente, however, has a rather ingenious solution that lets the owner design the mix of hardware components they need, swapping out controllers to support different kinds of playing styles and more than a single player.
Comes with modular controls.
Traditional arcade systems are designed as complete and fixed machines, but that doesn’t have to be the case today. The Polycade Sente, for example, lets you easily swap or add different kinds of controllers and input devices to ensure compatibility with almost all games in existence. Playing a two-player beat ’em up? Use the default single full panel for the best combos. Playing solo and want to have your snack within reach? The center-mounted half panel has inserts for cup holders. Some games require shooting, so Light Gun add-ons can also be installed on each side.
The Polycade Sente’s modularity goes beyond the controller panels. While it’s designed to mount directly to a well, it can also installed on a freestand add-on so you can relocate it anywhere in the room. The very “brain” of the arcade system is also modular and you can choose the kind of computer you need to drive the games you want to play. The standard package includes an already powerful Windows 11 mini PC with an AMD Ryzen 7 5800H with 16GB of DDR4 RAM and a 1TB NVMe SSD. That’s enough to run plenty of games, both the lightweight classics as well as some more recent titles. If you really want the muscle to handle even the likes of Street Fighter VI 6 and Mortal Kombat 1, however, you can go the DIY route and assemble your own PC with all the bells and whistles you can afford. You can even use a console instead if that’s the way you play. Either way, you’re in complete control of how you want to play.
Black Color
White Color
Whichever route you take, you’ll have access to an overwhelming number of games, starting with 24 premium games right off the bat and dozens more from the Polycade Game Store, all of them officially licensed for your guilt-free enjoyment. And since you’re actually running on a Windows PC, you also have access to games from Steam, GOG, itch.io, and more! Still missing some beloved titles from decades past? Polycade’s software includes pre-configured emulators that work seamlessly with the Polycade Sente. It may look like a floating arcade cabinet, but it’s actually a gateway to a gaming dreamland!
The Polycade Sente’s modular design makes it easy to upgrade or replace parts with standard off-the-shelf components. With a powder-coated steel cabinet, it’s also designed to last so that you can keep on playing your beloved titles for years to come. The chassis comes in either white or black colorways, and there are also vinyl stripes or magnetic full-body decals to personalize your arcade. A neon LED backlight, which can be controlled with a remote to change colors or pre-programmed patterns, adds a bit of bling to your setup. Just because you’re playing old games doesn’t mean your gaming machine has to look old as well. With the Polycade Sente modular arcade system, you get to enjoy the guilty pleasures of the past in a future-proof design today.
The popularity of the Apple Watch has finally given smartwatches their place in the market, making them understandable and even desirable. Of course, that doesn’t mean that everyone now wants a smartwatch, especially those who prefer mechanical watches or have different aesthetic tastes. Unfortunately, the majority of wrist-worn smart trackers seem to be made with sporty and rugged designs in mind. Given hardware requirements, that’s not exactly surprising, but that shouldn’t stop designers from imagining what’s possible. One such dream is reflected in this minimalist yet distinctive bracelet that throws all smart wearable design conventions out the window, offering a modular piece of jewelry that is smart in more ways than one.
If you remove the actual time-keeping function of a smartwatch or a fitness tracker, all you’re really left with are the sensors that actually do the work of keeping tabs on different metrics of your health, directly or indirectly. A display isn’t even necessary since you can always check those figures on a smartphone. In fact, a display might even be detrimental because of the distractions it pushes your way or how it clashes with some fashion styles. Smartwatch designs are primarily constricted by hardware such as displays and big batteries, but what if you could be free of those restrictions?
That’s what the BEAD concept seems to be proposing, offering the same health and wellness monitoring functionalities but in a form that is a bit more universal and, at the same time, more personal. At the heart of the design are the beads, actually tiny cylinders that each hide a single sensor used to track a specific biometric like a pulse oximeter or an accelerometer. Each bead is an independent unit, free from displays or large batteries, performing a single task and performing it to perfection.
The idea is that you can combine any number of these beads on a string or wire to achieve the same collective effect as a fitness tracker. You wear it around your wrist like a bracelet, held together at the ends by magnets in the shape of half-spheres. The wire is white, plain, and unadorned, which puts a bigger visual focus on the beads. Those beads themselves carry a brushed metal finish that helps hide whatever scratches they may incur over time while also giving them unique characters.
You can add or remove as many of these modular beads as you need, only paying for the functionality you actually use. It also makes repairing broken beads easier, since you only need to replace that single piece. Admittedly, the industrial aesthetic might not appeal to everyone’s tastes, but the concept opens the possibility of using different, perhaps more stylish designs that will truly create a fusion of fashion and technology in a simple smart bracelet.
