One of the most annoying smells I can think of are clothes that dried indoors and did not get any air circulation. That musty smell can be suffocating, even if the clothes were actually cleaned upon washing. Those living in houses or condo units that do not have proper airing space for wet clothes may be familiar with this smell. But what if you can have a drying rack that not only helps your wet clothes dry but also add a pleasing scent to it even as it’s not actually aired outdoors?

Designer: Seungbin Lee

This is the idea behind Air Blossom, a concept for an air drying rack for those living in single households that don’t have proper air circulation. It lets your clothes dry while getting rid of the musky smell that comes from drying indoors through scent filters that are part of the drying process. Aside from this fragrant innovation, the rack can also turn into a display when not in use. Clothes drying on a rack are not the most aesthetically pleasing sight but afterwards, you can turn the rack into a piece of art in the background of your space.

On the surface, it looks like a folding table when not used for anything. When you unfold it and lock it down, it turns into an air drying rack that can is able to rotate your clothes as they dry. There is a filter on the side where you can put your preferred scent so your clothes will not have that dried inside musty smell. When you fold it up and want to use it as a display, the “blinds” close together to form a photo or a painting. It’s unclear if the image and the scent can be customized or if you have to choose from the different options available.

The photo renders show the air drying rack in different pastel colors so maybe you can choose from the one that can fit your home. As someone who lives alone and barely does any clothes washing but maybe still needs it every once in a while, something like this can come in handy.

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Not everyone likes listening to music, but even those will perhaps begrudgingly agree that certain kinds of music can have different effects on one’s mood or mental state. Next to entertainment or the sheer joy of listening to favorite tunes, the most common use of music is to set the right mood, whether it’s to relax, to get pumped, or to be more productive. That said, musical tastes can be quite subjective, and even the kind of harmonies that you like could be affected by your mood at any given time. It can be quite taxing to change playlists or tracks every time, so rather than relying on your fingers and your own mind, why not let your phone do the work for you? This desk speaker concept does exactly that, analyzing your mood and picking the right music to help you finish your work, studies, or any other task you need to get done.

Designer: Junyoung Lee

People who love playing music while they work most likely have a library of tunes selected to help massage their grey matter, especially during slow hours. Unfortunately, the effectiveness of music can be thwarted by moods, emotions, and physical conditions. Sometimes we’re just stuck in a slump and manually picking out a more appropriate playlist only adds to the stress and traps you in a vicious mental cycle.

MIX:X is a smart speaker system that uses the power of your smartphone and machine learning to automate that process so you won’t have to lift a finger when your brain or heart is just too tired to care. You simply dock the phone in front of the tall, boxy speaker to start the process. The large camera at the bottom keeps a constant watch on the person’s face in front of it, particularly their facial expressions, and using computer vision, machine learning, and algorithms, it tries to identify the mood that the person is in. Depending on what mood that is, it will switch to a different playlist that will help get you into a more productive working state.

Part of the MIX:X speaker’s solution is actually not the device itself but the app that comes with it. Here you select the songs that you like and associate them with certain moods. The app’s AI analyzes the music selection and uses that as a pool to choose from when your mood shifts one way or another. It doesn’t simply get music out of thin air (or the Internet), giving you some amount of control to limit the choices to your preferences.

In that sense, the MIX:X speaker is simply a box with speakers facing sideways and a camera, though it definitely has an interesting aesthetic. It has transparent panels for its sides and back, putting the sophisticated electronics inside on display. The rest of the device’s design is pretty minimal, with a single dial for the volume. If there’s one glaring flaw in its design, it’s the fact that it seems to support only a specific model or size of a specific phone, namely an iPhone, which severely limits how much this concept can be used outside of that single device.

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Thanks to devices like the Steam Deck, ASUS ROG Ally, and Lenovo Legion GO, handheld PCs are becoming more common and more acceptable in the public’s eyes. That horizontal orientation, while more gaming-oriented, isn’t the only possible design, nor is it even the best option. There are other styles, particularly the laptop-like clamshell design, that offer a user experience that is slightly different but also a bit more flexible in its features. Of course, just because it looks like a mini laptop doesn’t mean it has to behave like one, and this particular handheld console concept stretches that design a bit further to transform a gaming device into a lifestyle product.

Designer: Viet Doan Duc

ORBIS, the name for this design concept, wouldn’t be the market’s first clamshell gaming handheld. Chinese brand GPD has been making such devices for years, and recently rival AYANEO even put out two designs for such a portable gaming machine, including one that tries to recreate the experience of the Nintendo DS. What ORBIS does differently, however, is how it gives as much attention on features that let users personalize the device’s appearance as on the specs that drive the use of the gaming computer.

One simple yet significant example is how the removable ABS cover on the lid lets you customize the appearance of the device while also opening the doors to branded accessories. While you can also just slap on stickers like you would on a laptop, this system is more flexible, allowing users to swap out covers depending on their mood or style, just like how you could easily switch cases on smartphones. There is also RGB lighting encircling the analog sticks, delivering not only a gamer aesthetic but also increased visibility in the dark.

The ORBIS handheld takes a bit of inspiration from the Nintendo DS with its second screen right below the gamepad controls, but it also goes beyond what Nintendo’s popular handheld could accomplish. Because it is a gaming PC more than a closed console system, that touch screen can be used for different purposes, including a virtual keyboard. The typing experience will be awkward and difficult, yes, but it’s significantly better than what’s offered on the likes of the Steam Deck and ROG Ally.

Admittedly, some parts of the ORBIS concept are a bit too idealistic, like the use of an ARM-based CPU (versus Intel or AMD) together with a high-end NVIDIA RTX graphics processor. Having two 5,200mAh batteries inside such a small and compact device is also unrealistic, without even considering things like thermal management and charging speeds. Of course, as a concept, it’s not wrong to sometimes shoot for the sky, and thankfully, some of the ideas here can actually be easily implemented, especially the parts that can significantly improve the user experience by simply allowing owners to customize their device to their hearts’ content.

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Chairs can come in all shapes and sizes. Some can take on complicated and organic forms, while others can be extremely minimalist or even brutally raw. They can range from designs that take inspiration from nature to those that adhere to simpler geometric shapes. The Euclid concept is one of the latter, aptly named after the ancient Greek mathematician. But while it draws its shape from a simple cube, its execution sparks a bit of wonder and curiosity as it resembles more the skeleton or wireframe of the shape, represented by almost unbroken lines that are reminiscent of Escher’s famed optical illusion, the impossible cube.

Designer: Sonakshi Gupta

Admittedly, it’s a bit difficult to see the Euclid chair as a cube, since most of us have this idea of a cube as having 12 lines that are all connected at eight corners to form six faces. Then again, that popular Escher object already shows an impossible depiction of that shape, and those familiar with that print might see some of that characteristic in this chair when viewed from certain angles. Overall, it creates a dynamic form that has your eyes following the lines and moving all over the place, sometimes confused about where the front and back sides are.

Its unique form isn’t the only notable thing about this concept, however. Its use of reclaimed wood gives it more than a sustainable character. That material, in a way, carries some history from what it was before becoming a part of this chair. Even if that past is unknown to the new owner, simply knowing it has one could give each Euclid chair its own unique charm.

And then there’s the method used to bring all the pieces together. Instead of requiring screws or even glue, a mortise and tenon joinery is used to provide stability without introducing complicated mechanisms. In theory, this could make it easy to later take the chair apart if some pieces need to be replaced, though that could also start to weaken the connection over time if done too frequently.

The Euclid concept chair offers a design that is minimalist, sustainable, and visually interesting. Whereas a cube is pretty much the epitome of symmetry, the missing edges and disconnected faces give the chair a bit more volatility. That said, it doesn’t seem like the most comfortable chair to sit on. Even if you put a cushion on the seat, the hard edges of the armrest and especially the backrest could give your body some grief after a long period of time.

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Having an electronic vehicle is becoming a bit more common, although still not as prevalent as we would like it to be. There are a lot of reasons why some are still hesitant about adapting to this more eco-friendly kind of cars. Aside from the price tag, charging your vehicle overnight is still not as easy especially if you don’t have a garage or driveway. You have to look for charging stations near your place but you probably won’t be able to do your charging overnight. A startup aims to solve that problem by utilizing trusty old lamposts.

Designer: Voltpost

Since street lamposts are pretty common, this New York City startup is proposing to retrofit these existing lamposts and use them to charge electric vehicles. They designed a shroud that will cover the lower part of the lamposts and inside you have various cables and electronic devices to juice up the cars that need them. You have retractable cables that can anchor up to eight feet off the ground and a hand level charger dock. It is also modular and can be installed in an hour and can be repaired easily.

For newbies to the EV game, charging your car here is as easy as plug and play. There’s an app where you can oversee the charging of your vehicle and it is also where you will pay for the service. You can also use it to reserve your spot in case you know the schedule when you need to recharge your vehicle and you don’t want to compete with other EV owners. Even the installation of these chargers on the lamposts is pretty easy and takes just an hour based on their initial tests.

Voltpost has finished a test with the New York City Department of Transportation and they are currently in different stages of development with other cities specifically Chicago, Detroit, and New York. This is something that will be pretty useful to encourage more people to switch to EVs, especially if they don’t have space in their houses to do their own charging. We look forward to the day when EVs are as common as hybrid or regular cars and having a more convenient way to power up is a step towards that.

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As we continue to be more mobile in terms of where we work and study, gadgets and devices are adjusting to users’ needs and wants. More often than not, laptops and tablets are the devices of choice as it allows us to work wherever we want, oftentimes at cafes and shared or co-working spaces or sometimes even while commuting. There are already a lot of options out there but we continue to look at concepts that can bring even more improvements to our nomad working lifestyle.

Designer: Lee Seung-Hee

This concept laptop called LT-1 aims to solve the pain point of having a disorganized work environment when you’re working outside or having several gadgets with you even as you have limited space and are continuously mobile. What we need is to have a device that is efficient, practical, can adjust to our needs, and can multi-task just like what we’re probably doing. What they came up with is a minimalist looking laptop that has several functionalities built into it.

What’s unique about this concept is that you have a sub-display in the keyboard area which can show things that don’t need much of your attention but may be important to know. This includes your music playlist, preview of messages, and even a scheduler if you need to take a quick look at those things. Taking up 1/3 of your keyboard is the multi tablet section which basically serves as your trackpad and a multi-touch surface where you can use your pencil or stylus. It also has something called Mode Change LED although it’s not fully explained what it does. The keyboard itself has shortcut keys and there’s a function bar at the top where you have power key, switch to tablet mode, sound control, and something called “behavioral recording”.

They assume that you’ll use the LT-1 a lot so there’s a chance of overheating. There’s a back vent and a side vent to help with that as one of the ideas for this laptop and tablet in one is that it will remain cool. As a concept, this is pretty interesting but the actual execution may be challenging, and maybe even expensive. Let’s see how far the LT-1 Concept Laptop can get and if we’ll eventually see it in the market.

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Having a baby can be a very magical moment, but even the best, most patient, and kindest parents will struggle with some of the aspects of raising an infant. They need constant monitoring, even late at night when even adults should be resting. One of the most problematic things to watch out for is when the baby wets the bed, because it can happen any time, day or night, and even when parents are not paying attention. It might already be too late when the infant cries after having spent long minutes wearing or lying on something wet, which then could bring skin complications and other problems. It’s for that reason that this crib concept was designed, offering a more efficient way to monitor the baby by employing the very same technologies used to monitor plants and their soil’s wetness.

Designers: Anuj Pate, Piyusha Naik

Soil moisture, or the volume of water content in the soil, isn’t exactly the same as determining when a baby wet the bed, but the technology works the same for both cases. The sensor is only able to measure water content indirectly by taking into account other factors like electrical resistance, dielectric constant, and the like. Fortunately, this is enough to also detect if the mattress of a crib is now wet, which is the critical component of the Wee Watch Crib Concept.

In a nutshell, the crib uses copper coils attached to the mattress to implement the moisture detection hardware, since copper is considered to be harmless for the baby in this context. The sensors can sense the wetness of the bed and immediately fire off a notification to parents or caretakers, either audibly or through a phone app. It’s a much more efficient way compared to constantly watching the baby, which is tiring, or waiting for the baby to cry, which could be too late for the infant’s comfort and health.

Of course, the baby crib also has to be comfortable, not just functional, and the Wee Watch design opts to use natural cotton fibers for the mattress as it is gentler on the baby’s skin. The frame is made from laminated timber that’s put together using a moisture-resistant adhesive, and there are tall vents at the bottom to facilitate airflow and regulate temperature. More importantly, the crib is also made to still be useful as the baby grows, about up to two years as long as they still comfortably fit in that space.

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Streaming is big business these days to the point that some kids even declare it to be their dream job. And like any other dream job, the reality is that video streaming isn’t as easy or as magical as it sounds, at least if you’re really aiming to go pro and bring in all the views. You will need to invest in quality equipment that not only makes their work more comfortable but also makes the overall experience more enjoyable. These concept products try to do exactly that, assisting streamers to make them feel more alive, whether onscreen or especially offscreen.

Designers: Mariana Aréchiga, Isaac Saldaña, Ricardo Zerón, Adriana Cruz, Jonathan Gonzalez, Alondra Alvarez, Mariana Pedroza, Juan Muciño

It’s admittedly easy to get started in the live streaming industry. All you need is a decent camera, a reliable Internet connection, and content that will capture the attention of the fickle masses. Going viral and staying relevant, however, requires not only hard work but also tools that will help carry you through both the good times as well as the bad. Alive is a series of product design concepts that try to elevate the streaming experience and beyond, focusing on the things that help streamers stay in control all the time.

One example is a wireless streaming mic that frees you from your desk with its detachable design. While it looks like an ordinary studio mic when on its wireless charging stand, you can easily pick it up and move around without missing a beat or dropping out. It has a helpful ring indicator that quickly clues you in on the volume level without having to check your app’s or computer’s controls.

Lighting does more than just illuminate your face during streams, it can also help set the mood or even indicate your own mood. This conical desk lamp concept delivers that kind of emotional lighting but also provides direct physical controls that don’t leave you at the mercy of buggy apps and spotty network connections. Any streamer will testify to the stress and tension that occurs whenever those supposedly smart lights feel rather dumb due to those technical difficulties.

Power strips are designed to expand your wall socket, but most of them seem to still embrace the limitations of those fixed outlets. This streamer-friendly design, however, has sockets you can rotate so that they adjust to your cables and plugs, not the other way around. There’s also a section of the strip that offers battery backup to make sure critical devices stay powered up even during an emergency. These features might sound trivial, but every small thing that gives streamers peace of mind also helps them create better content.

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There are now several ways to get fresh and healthy meals delivered to you, but the best option is still to cook them yourself. You get to decide on the ingredients and the process, plus you can probably even save money in the long run. That said, cooking isn’t always easy or convenient, especially when you’re not at home or don’t even have access to a kitchen. Portable cooking equipment is slowly becoming an option, but many still fall short of providing convenience other than having a hot surface to cook on. This induction cooktop concept tries to address many of those shortcomings with features that help you cook smartly and safely while also borrowing the clean and minimalist aesthetic that the brand Braun is best known for.

Designer: Jenil Shah

While it’s true that all you need to cook most food is a hot surface for pans and pots, that is really just the most basic cooking experience and definitely not the most convenient. There are other factors you have to consider while cooking, not least of which is the smoke that cooking produces. Keeping tabs on the food you’re cooking or even the ingredients you will be using is also part of the process, and the SY10 portable smart induction cooktop wants to make those parts as painless as possible.

Somewhat ironically, the induction surface itself is the least exciting part of this design considering how the technology has more or less been perfected at this point. Instead, parts like the built-in Smart Air Filter offer a more interesting, especially since it’s almost invisible as part of the design. When you’re not in your kitchen, having access to a range hood with fans is almost impossible, and even at home those usually only suck up the smoke and nothing more. The SY10’s, however, uses carbon filters to remove not just harmful smoke but also odors, keeping indoor air clean without making too much noise. The filter lies horizontally right next to the cooktop, but if you have a taller pot or cookware, you can actually rotate the filter to make it stand, ensuring that no smoke escapes its fans.

Most induction stovetops use touch-based interfaces to really capture that futuristic aesthetic, but it also makes them more confusing to handle and definitely less satisfying. The SY10’s Infinity Dial adds some good old-fashioned haptic feedback when you turn its ring, while a large circular display delivers instant information about the menus and functions you’re using. Amusingly, the dial requires you to squeeze its body to confirm an action rather than tapping that display, further emphasizing the physical dimension. Its more interesting feature, however, is a built-in camera and computer vision capabilities which allow it to look at a particular food or ingredient and determine whether it’s still good to use or if it’s going bad. And yes, that means you can actually detach the dial to use this function.

The SY10 design also includes a motherboard and other electronics to power its smart features, though its compact design might raise questions about the heat management that could affect those more sensitive parts. It does, however, need to be that compact in order to implement its portability, which would allow you to set up a small kitchen anywhere, whether indoors or outdoor, or even connect two such cooktops together. Those are important implementation details that need to be ironed out, but the concept remains an interesting one that could help take out some of the worries when cooking your meals away from home or even at home.

The post Portable Smart Induction Cooktop concept lets you cook healthy meals anywhere first appeared on Yanko Design.

Like it or not, and some definitely don’t, the things that AI and neural networks can accomplish these days are nothing short of mind-blowing. Never mind the rather dated speech recognition that has now become all too common, AI has now become famous and notorious for being able to analyze just about anything and generate something from those data points, whether they’re images, novels, or even the chicken scratch that is our handwriting. Turning human scribbles into digital text that computers can process has long been one of the Holy Grails of computing, but being able to make sense of those scribbles is a different story. AI has come to a point where it can not only understand but even solve handwritten equations, and that’s a capability that this smart calculator is harnessing to ease the pain of cross-checking math problems, almost like magic.

Designer: Divyansh Tripathi

It’s relatively easy for computers and even phones these days to recognize handwriting and turn it into their digital equivalent, but AI goes the extra mile by understanding those words and, in this case, numbers and symbols. Math solvers, just like AI text generators, are somewhat controversial because of their potential for abuse, but the technology itself is quite impressive and, just like any other tool, could also be put to good use.

That’s the potential that the OBSCURA smart calculator concept is trying to harness, offering an all-in-one problem-solving device for any and all numerical problems. Unlike your typical advanced calculator, this one comes with a camera so that you can take pictures of a handwritten formula and run it through a solver such as Photomath, Microsoft Maths Solver, Socratic, and others. It doesn’t stop at “seeing” formulas and problems, however. It also has a built-in mic so you can verbally ask it about the problem.

Of course, you can also just type out the numbers like with any regular scientific calculator. In terms of the device’s interface, what sets this calculator apart is a touch control that lets you adjust the viewfinder or move the cursor around on the display. In all other aspects, it’s pretty much like any other powerful calculator, just that it has AI running inside.

Of course, that raises the question of the purpose of such a device, especially when smartphones have access to the same hardware and AI services. A smartphone, however, also has plenty of distractions that can drag you away from the work at hand, especially if that work happens to involve disagreeable numbers. Obscura, at least, offers to do some of the rote work, especially with cross-checking solutions, but it’s still up to the user to be responsible with such great power in their hands.

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Headphones, earphones, and earbuds have become a common sight wherever you go. It helps us be more immersed in our music and podcasts even when outdoors, while also respecting others around us who might not share the same preferences as us. At the same time, however, these devices are designed not only to isolate sound but also to isolate us from people, preventing us from actually sharing our favorite tunes with like-minded people. Sure, we can just turn on the loudspeaker, but that also means blasting the sound for everyone to hear, whether they like it or not, turning it into an all-or-nothing kind of deal. It shouldn’t have to be that way, though, especially not with our current technologies, and this concept tries to offer a more social earbud design that can easily share the music we love with a select number of people only.

Designer: Kusi Boateng-Arthur

Earbuds are intentionally designed to keep sound in so that you can enjoy your tunes without worrying about outside noise coming in or your music “leaking out” to others. Nowadays, there are features that do let some ambient sounds through for safety or communication reasons, but it doesn’t work the other way around. Unless you have a poor fit or extremely loud volumes, no one around you will hear what you’re playing, no matter how much you want to share your new favorite album.

“more. than a bud” is a design concept that tries to remedy this unsociable situation by providing a way for earbuds to share music with each other without having to broadcast it over a loudspeaker. We already have the technology available for this, as demonstrated by wireless speakers that support multiroom modes. The idea is the same but on a smaller and more personal scale.

Inspired by the Aslatua Ghanian percussion instrument, these earbuds simply tap each other to establish a connection. Smartphone users might be familiar with a similar gesture that existed a while back to initiate a file transfer between two phones. That’s pretty much all that’s needed to share your music with another person, letting you develop a closer relationship that goes beyond being a bud.

Aside from that special feature, the “more. than a bud” buds also have a distinctive design which is basically just two halves of a sphere. The actual speaker, however, is angled at 30 degrees in order to maximize the path that sound travels in your ear. The concept also claims that the in-ear design offers a secure fit, but some might have reservations because of its small, stemless shape. While the two halves join together to form a sphere when not in use, charging the buds requires them to attach to opposite sides of a small puck, turning the shape into a capsule. It’s definitely an interesting design, though it will probably be more noted for its ability to turn listening to music back to its original form: a social experience.

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Natural disasters can take a heavy toll on life and property, even when we’ve prepared for the worst. Floods, earthquakes, fires, and volcanic eruptions can send people running to evacuation centers where they may be safe but are hardly intact both in the body and especially in the mind. These refuge centers are often only able to provide the bare necessities when it comes to shelter and food, with electric power and heating sometimes taking a lower priority. That’s not even considering the psychological pain that all evacuees experience during these dark times, which often take a backseat because of the state emergency. Of course, all of these are important factors to consider, and this concept for an add but cute robot tries to address them in its own little way to provide both physical and mental comfort to people who have been displaced by these calamities.

Designers: Taejeong Kim, Yeji Jeon

To be fair, such shelters have to focus on what human needs to survive, like food, clothing, and a stable roof over their heads. Electricity often isn’t even viable during natural disasters when power lines are down, but considering how much we rely on electric appliances and devices these days, it has become almost just as critical. Depending on the location and the nature of the disaster, keeping warm is also important, especially if the person is shivering from shock.

POWER HUG is a product design concept that tries to bring some of that on a personal level, just enough power and warmth to bring a little comfort and ease the worries of the person. It is pretty much a big power bank, one with outlets for both USB cables as well as typical power adapters. It also has a built-in warmer to keep the person toasty, especially at night when temperatures tend to drop drastically.

What makes the design notable, however, isn’t just the features but also its form. POWER HUG comes as a cylindrical robot with two soft, bendable tubes that wrap around each end like a wheel. It has a screen in the middle to show the robot’s face and deliver a more humane touch to the design. Unlike what you might expect from robots, however, this one is covered with a thin cushion and soft fabric so that you can wrap yours around it in an embrace. Paired with its heating capability, it can deliver much-needed warmth, comfort, and perhaps even peace to a troubled person.

Considering its use in emergency situations, it’s almost necessary for POWER HUG to be made accessible and sustainable materials. Its batteries can be sourced from unused electric vehicle batteries, while its fabric can be made from recycled materials. It’s definitely an interesting idea, even if the production of such a device might not be practical, as it emphasizes humans’ need for more than just food and shelter to survive a disaster.

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Portable wireless speakers are becoming quite ubiquitous these days as a way to enjoy your favorite music anywhere you are, whether you’re outside or just in another room. In exchange for their portability, however, the quality of the sound these speakers produce is less impressive compared to bigger and more stationary equipment found at home. It would be nice if you could have the best of both worlds, enjoying an audio system that follows you around the house without missing a beat. You could try to buy multiple wireless speakers and hope they can be connected to each other, or you can hope that this peculiar speaker system concept becomes a reality, allowing you to pick up one or two speakers from their base as easily as you would pick up your takeout meal.

Designers: Junwoo Kim, Yoonjeong Lee, Heeyeol Yang, Jaehoon Jeong

For an audio experience to be considered truly immersive, it has to sound like it’s coming from all around you. More specifically, the right sounds have to come from the correct direction rather than equally from all directions. Making this possible with a single speaker or even a pair of headphones is possible but difficult to accomplish, requiring sophisticated algorithms and precise control to create the illusion of surround sound. Of course, you could set up a surround sound system in your entertainment den, but then that magic only takes effect in that room.

TakeOut is an LG-inspired concept for a modular speaker system that lets you design your own audio space in a snap. At its core is a 360-degree soundbar that tries to bring the sound to you wherever you are in the room by blasting it in all directions. But when you push down on one of the circles on the top of the soundbar, a short cylindrical wireless speaker pops up. It’s not a completely independent speaker and it works in tandem with the soundbar, but its most important feature is that you can take it anywhere with you in the house.

This portability means that you can set up your audio experience just the way you want it, whether you’re listening in the same room or elsewhere. Need to go to your home office for a while? Just pop out one of the speakers and let the music follow you there. You can also create your surround sound setup in a flash by positioning the four “sub-speakers” around the room, though that doesn’t necessarily mean that the system will know which sound needs to come from which speaker.

While the design of TakeOut is quite interesting, there might be some practical issues with it as well. For one, the concept doesn’t clarify if the individual speakers can be used separately from the soundbar or if they’re completely dependent on it. If it’s the latter, it also means that the speakers won’t function properly if they ever go out of range of the soundbar or if the data can’t reach them because of obstacles like walls. Those details, however, could actually be ironed out with some features that don’t take away anything from the spirit of this modular and immersive audio system.

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Although wireless charging has been around for years, it was only until Apple finally joined the fray that the technology really became popular. Of course, it was Apple’s MagSafe spin on wireless charging that really caught on, but it still sparked interest in a future where wires and cables are a thing of the past. We’re still a long way from that future considering how wireless charging works today, but that’s not to say that there is no progress to improve the situation. These wireless charging product designs, for example, are based on such ongoing development and prepare us for a world where desks can be completely devoid of cables, especially those for charging your multitude of devices.

Designer: Sprout Studios

As convenient as wireless charging might be, especially magnetic wireless charging, the requirement to have the device and the charger touching is still quite restricting. Not only that, you still have to make sure that the charging coils are aligned properly, which is what made it necessary for Apple to implement MagSafe in this way. But what if you could get rid of that restriction? Then every surface or anything on your desk can become a wireless charger.

That’s exactly what these designs are proposing, based on technology being developed by startup DeepCharge. Even a laptop mat, for example, can become a wireless charger that can accommodate phones, earbuds, and other devices as well. This Laptop Pad also has extra features like an antimicrobial frantic top and LED lighting to indicate charging status. You don’t have to ensure that devices are in the right area. Simply place them on the mat and watch the LED indicator light up. Another design involves a charging pad that also acts as a landing pad for drones, though that requires attaching some feet to the quadcopter.

A more ambitious design, however, is based on “transmutation” and “energy hopping” technologies that are still being developed. In a nutshell, it could turn any surface, like a desk or a shelf, into a wireless charging area. Then you have small wireless charging stations that can transfer power from a central hub and distribute it even in areas out of reach of your desk. Pretty much like how mesh routers work today, except spreading electrical power instead of data.

Although the concepts in this collection still look like your conventional technical products, the technology it relies on opens the door to even more flexible designs. Anything on your desk or shelf, be it an accessory or even a piece of decoration, can become one of those satellite charging hubs. With wireless computer peripherals and data connections, such a design could lead to cleaner and tidier workspaces, unless of course, you start cluttering your table with even more devices to charge.

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Sooner or later, we will all need to take some pills regularly, whether it’s for medication or even just daily supplements. But unless you live a very disciplined life or have a sharp mind all the time, there will be times that you miss taking the proper dosage at the right time. Pillboxes try to save us time by splitting pills and tablets into their appropriate days, while smartphone apps give us the timely nudges to take them. The distance between these two objects, however, can lead some people to actually forget to drink those pills, especially if they’re stored in a less accessible place to avoid exposure to sunlight. Smart pill dispensers are becoming more common these days, but this twist on that concept proposes a design that is simpler, more aesthetic, and possibly more accessible since it lets you conveniently place the clock exactly where you need to take those pills.

Designer: Chanho Ju

Yes, the design looks like a huge clock, albeit an extremely minimalist one that doesn’t show the conventional numbers around its face. That face is actually an LCD screen that only displays the clock hands as glowing lines, along with the actual number they’re pointing at for a bit of readability. The display does change its contents when it’s time to take those pills, showing the current alarm time and other necessary information.

While it might sound a little underwhelming when it comes to constantly telling the time, its real worth shines when it comes to dispensing medicine. Simply twist the front to detach the clock, revealing 28 compartments for 28 days’ worth of medication. There are four buttons that let you set how many tablets you take per day, anywhere from one to four pieces. There’s also a special compartment for silica gel to make sure the interior of the clock remains dry and prevent pills from spoiling in humidity.

Combining a clock and a pill dispenser isn’t just some random design decision. Unlike a typical pill box, you can place this +CLOCK concept design anywhere it makes sense, whether it’s near the table, a kitchen counter, or a shelf. Its minimalist aesthetic makes it double as a decorative piece so it won’t exactly stick out like a sore thumb, especially since it also minimally tells the time anyway.

More importantly, however, when it does call your attention, you will be in the right place and at the right time to actually receive the pills that drop from the dispenser. There’s no physical gap between the two actions, so you’re less likely to forget to actually take the pills after you’ve automatically turned off the alarm by habit. It’s a simple yet elegant design that addresses the core problem of forgetting to take medication without having to use sophisticated and ultimately more expensive solutions.

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Computer mice have been around for decades, and despite their form making no objective sense, they remain the most basic and most common pointing device that we now use intuitively. The core design of the mouse hasn’t changed significantly since its inception, which unfortunately means they’re still one of the biggest causes of repetitive strain injury or RSI for many people. Ergonomic mice are starting to gain traction, particularly the vertically oriented designs that promise a more natural and comfortable grip for your hand. This device concept builds on that same premise, but the execution is a bit puzzling considering how it looks less like a mouse and more like a miniature clothes iron.

Designer: Pranav Kuber

The rationale behind vertical mice is that the normal orientation of human hands has the palms facing inward rather than downward. With a regular mouse, users are forced to keep their hands at an unnatural angle, whether or not they’re moving the mouse at that moment. Of course, a vertical mouse would still need to provide the basic functions of a conventional mouse, which includes left and right buttons as well as a scroll wheel.

At first glance, the Ergo ergonomic mouse concept is just like any other vertical mouse now available for purchase, but examining its form and silhouette generates a slightly different image. The top plane’s wide surface tapers sharply toward the front, while the wide middle section looks rectangular when viewed from above. If not for the actual bottom of the mouse, which merges two vertical sides like the keel of a ship, the Ergo looks almost like a clothes iron, albeit one without a handle to grip.

Aside from the peculiar shape, the mouse design also raises a few other questions. The buttons on the outer or right side are clearly marked, but they don’t look like buttons you can physically click at first glance. The position of the mouse wheel on the opposite side is even more puzzling, as it will require a lot of swinging movement from the thumb that could actually put more strain on its joint. The rather wide rear might also make it harder to grasp the mouse, potentially resulting in more discomfort in the long run.

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Projectors are becoming a popular alternative to extra large screens like TVs, mostly at home but sometimes even outdoors. Product design trends have started to move away from bulky boxes to more compact forms, but most of them are still restricted by a few design considerations. Even projectors that are supposedly designed for portability often come with clunky and sometimes unattractive stands, or worse, require setting up on tripods just to get the perfect angle. This concept design tries to solve that problem in a rather creative way, offering a highly compact and portable projector that can be propped up and angled conveniently, all without using a tripod or even a stand.

Designer: Hana Belassi

Thanks to progress in technology and manufacturing, it’s now possible to cram much of the electronics that powered large, hulking projectors into something the size of a small box or even a cylinder. But despite the smaller designs, or probably because of their more cramped designs, these portable projectors often rely on an external mechanism like a tripod or stand to prop them up at the desired angle. Not only does this ruin the aesthetics of the otherwise beautiful product, it also makes it cumbersome to bring the projector along wherever you go.

The Slim.VU concept tries to offer the ultimate on-the-go entertainment experience by encapsulating all the needed parts and design in a single, compact, and portable package. A projector with a built-in battery is not exactly new, but one that comes with 4G connectivity is still unheard of. That enables the projector to function not only without an external power source but even without a Wi-Fi connection, allowing it to access streaming sources without having to use up your phone’s cellular data.

The more interesting aspect of the projector’s design, however, is the built-in stand that looks nothing like a stand. The removable “cap” of this tumbler-like projector functions as this stand, holding the projector in its place magnetically. The curved shape of this stand lets you rotate the cylindrical projector and angle it properly. This way, you don’t need any other accessory to enjoy a video anytime you want, anywhere you go.

The Slim.VU projector concept contains everything you need, freeing you from concerns about power, connectivity, and stability. Of course, actually implementing such a projector is a different matter entirely, and it might need to make a few compromises in exchange for its compact form. Audio and video quality might actually take a hit just to cram this much technology inside a canister shape, making the portable projector less ideal for outdoor use, or even indoor when there’s too much ambient light.

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I don’t really think much about the aesthetics of lighting in my house. As long as I get the light that I need at different times of the day, I’m okay. But for those that like mood lighting, lamps are the best way to add more ambience to your room or space. Most of these lamps are well-designed but aren’t really built for a tactile experience. So if you’re looking for both, this concept for a “softer” lamp may be something to look forward to.

Designers: Pinar Aydogdu, Deniz Ozsuslu, Naren Yildirim

The Pofu Lamp is a concept for a lighting device that also doubles as a charging hub for your devices. But that in itself isn’t what makes it different from other lamps and chargers in one. Its selling point is that you can interact with it by squeezing and touching the lamp which is made from silicone material instead of plastic, giving it a softer and warmer touch. It also uses ABS plastic construction so you get a glossy finish and is able to support magnetic charging stations. You have the option to control it through touch or through your Bluetooth-connected smartphone.

Squeezing the lamp once will turn it on or off while a long squeeze will start the Bluetooth connection. When you do a double spin, you can remove the top and then turn the charging base into a charging hub. The lamp also gives two different modes depending on what you need the light for and maybe your mood as well. You get the usual warm yellow light which you can use at any time of the day and then you get the well-being mode which will adapt the color tones depending on the time of the day like with morning, noon, and evening.

The lamp itself has a triangular dome-like appearance and looks a bit softer compared to other lamps, at least from the product renders we’re seeing. The fact that it has a more tactile approach to controlling it while also having the option to still have a smartphone to control things like power, mode, and device connections. No word yet if this concept will eventually see the light of day.

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Many people these days dream about living on other planets or at least inside orbiting space stations, but few actually consider how very different life would be outside the Earth’s gravity. Of course, Hollywood tends to romanticize a lot of everyday life, but as astronauts will testify, living in space, even if just to reach the Moon or Mars, is no walk in the park. Even the simplest activities like drinking water can be awkward and disorienting in zero-g, at least if you consider using Earth-bound objects to do so. That’s why this trio of designs tries to reimagine some of the most mundane products we use in daily life and transform them into objects that are ready for our space-faring future.

Designers: Subin Kim, Jagyeong Baek, Jaeyeon Lee

Most of us understand that without gravity, things tend not to stay down, but few actually envision the ramifications of that fact. Products designed on Earth naturally presume an amount of stability, and the way they are handled or controlled is limited in the same manner. For example, a lot of everyday things only have handles on one side or work in a single direction, a presumption that doesn’t make much sense or even becomes counterproductive when the objects are floating in space.

Spatio is a collection of these everyday objects that have been redesigned with zero gravity in mind. Or to put it more simply, it doesn’t make presumptions on where and how it will function, making it work both on Earth, on Mars, or in the International Space Station. Aqua, for example, is a water bottle that replaces a traditional cup that has a single handle on one side only. In contrast, this bottle has four extrusions in cardinal directions that act as handles and a cover that lets you drink by sucking rather than sipping from the lip of a mug.

Sonus is a wireless speaker that really defies the traditional design of speakers. Inspired by the moon’s spherical shape, each of the “craters” on its surface pops up a tiny omnidirectional speaker when pressed. The more units that pop out, the louder it gets, acting is an unconventional form of volume control. The important difference is that you don’t have to shift or move the speaker to one side or the other just to reach those controls.

And then there’s Lumia, a star-shaped flashlight that can shine in any direction. Simply turning the central wheel switches the direction of the light so that it works regardless of how you’re holding it. While these products were designed with space living in mind, it’s not difficult to imagine them working just as well on Terra Firma, proving that truly accessible design benefits everyone everywhere, even if they’re living in outer space.

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