Dubbed the Paperang Q1, this portable ‘vocabulary card’ works better than Duolingo, allowing you to take quizzes, access flash cards, and quickly pick up new phrases. It’s smaller than a Kindle, and does a much better job of teaching you a new language than those translator apps that only focus on short-term gains. And unlike other e-ink readers, this comes with a speaker too, enabling audio-based learning.
The Paperang Q1 comes with a 3.9-inch e-ink display with touch input, along with a home button on the side and a record button on the top. Its staggered design gives it a distinct aesthetic that makes it instantly recognizable, with its quadrilateral forms intersecting each other to give you an overall rectangle that still feels different. Except, what you’d expect to be a camera bump is, in fact, the speaker unit that pumps out rich audio. The bump also gives your fingers a place to rest as you’re holding the device.
The Paperang Q1’s simplistic design opens it up to a lot of visual exploration. The two forms can be paired in distinct colors, creating a fun and funky palette. The device itself comes in black and white variants, although it does feature replaceable metal backplates that add a touch of color to the overall gadget, allowing users to choose between classic or vibrant color schemes.
Some of the most popular (not necessarily best) memes are of people who seem to be brave on the outside but are reduced to screaming messes when faced with a cockroach. We’re talking both men and women here and seeing them freak out over these insects is apparently funny to some people. So this concept for a robotic cockroach may be the stuff of nightmares for some or a fascinating experiment for those who are curious.
Baby X-Roach is a concept or experiment into creating a robotic creature that is usually a source of disgust or fright. In his description of this creature he created, he says that she has a huge and kind heart with her curiosity keeping her alive even if most people don’t see it. It is designed to have a high tech aesthetic even though it is a low poly creation (small number of polygons in 3D computer graphics).
Based on the animations the designer included, the structure of the Baby X-Roach seems to be based on the actual cockroach’s look but with a high tech aesthetic. It may actually look right at home in a Tesla facility as per the creator. It can also be part of the Into the Spiderverse animated universe as it looks like it may be insect cousins with the spider that bit Miles Morales, with its red and black colors and mechanical movements.
This insect doesn’t seem to have any other function except to be a cute, mechanical pet. Well, that is, if you’re not afraid of roaches. If you are, you just might squish it if you see it scurrying across to you, which would be a shame for this baby roach.
Most if not all of us may have dreamed of writing some form of literature like a book or even a novel. It may be an adventure inspired by the latest bestseller that you read, a tear-jerking drama drawn from personal experiences, or even a technical matter intended to pass down knowledge to future generations. Although we still call it “writing,” the fact is that books today are all typed on some kind of machine or another, be it a computer or even an old-school typewriter, each with its own strengths and weaknesses. A computer, of course, delivers plenty of flexibility and convenience, but those also come at the cost of complexity and, more importantly, distractions. Distraction-free typing devices have been popping up here and there to cater to the needs of writers, but this particular design lets you create your own solution and, if necessary, even repair the digital typewriter yourself.
There are quite a few distraction-free typewriter designs, but almost all of them have one important feature in common: they all use an e-paper display like E Ink. This usually monochrome screen is not just eye-friendly, it is also not that conducive to the colorful images and animations on the Web that distract us from our writing task. The technology is starting to catch up, though, but the advantages of E Ink still make it the perfect screen for such a purpose.
The Tapico Typer is a design that leverages that technology but also goes to the extreme when it comes to offering a distraction-free environment. You basically just have a keyboard with a somewhat small 4.2-inch E Ink screen centered on top. It doesn’t even have a battery, at least in this iteration of the design, so you’ll have to rely on an external power source like a power bank. It does have an SD card slot, however, which is the only way to get your files off the device since it has no network connectivity or even a USB data connection.
If that sounds extreme, it’s because it really is by design. The Tapico Typer is, interestingly, inspired more by a calculator than the old mechanical typewriter. It’s a single-function device that does only one thing but does it to perfection. It also means you have complete ownership of your content, free from subscription services and cloud storage. And, of course, there’s nothing to distract you on the screen, though the phone you place beside it could still steal your focus.
The digital typewriter is mostly 3D-printed and self-made, so it would be possible to follow the original’s design to make your own. Many of the components are available off shelves and there isn’t much soldering involved, so most of the work boils down to designing the chassis. A future plan is to include some internal power source or at least a way to use AA batteries that could last for months thanks to how little power E Ink displays consume. This also means that The Tapico Typerc can also be easily repaired, ensuring it will be your writing partner for a very long time.
Portable speakers come in all types, sizes and themes but never before have I laid my eyes on one that looks like a front-loading washing machine. Only possible in the concept design world realm, this Bose branded portable speaker is a true conversation starter in any geeky den.
The intriguing design of this compact sound blaster tickles my fancy for its ingenuity in the placement of the different elements. Most definitely, you’ll start to see all those front-loading washing machines as a huge speaker once you lay your eyes on this concept. However, in reality all the button placements and speaker components are designed in a way that they seem like the perfect amalgam of portable audio equipment and a miniature washer for your undergarments.
Although there is no detailed information about this concept’s development stage, there’s a picture at the end suggesting a prototype or a display model is indeed crafted by the designer. Dressed in a cool titanium grey finish, the portable speaker is a treat to watch if you are an audiophile who appreciates modern product design. The front of this cool gadget has all the audio telemetry to show the player controls on the touchscreen display along with the volume rocker knob, power button and play/pause buttons. On the left bottom side there’s the Bass actualizer knob.
To the front lies the subwoofer and on each side are the stereo speakers to beam quality sound. Wireless connectivity should be a given on this one, since no one in 2024 would buy a portable speaker without that option. Frankly speaking, this portable speaker would rock your desk setup as well. Folks over at Bose would also be keenly viewing this design language if they want to add something on these lines to their existing line-up.
Video meetings are becoming more and more common as time passes, even without travel restrictions. Work arrangements are changing and the world is suddenly a much bigger place, with people spread out all over. Those remote interactions, however, don’t just have the same effect as in-person meetings, especially when you lose certain contexts from body language. It just feels less personal and has less impact, especially if you’ll be using an avatar that looks more like a cartoon than a real representation of yourself. In science fiction, holograms try to bridge the gap between people across planets or even galaxies, but that kind of technology is actually available today in a less flashy but still mind-blowing way.
Holograms are nothing new, but it has traditionally been difficult to implement them on a large, human-sized scale. Trying to project floating three-dimensional images of people is still a bit of a pipe dream, but if you’re fine with putting them in a box, then that dream has already become reality with Holoconnects’ Holobox. It is what its name sounds like, a way to have a holographic version of yourself or someone else projected inside a large box.
What makes the Holobox special beyond its amazing image fidelity is its ease of use. It needs only a power source and an Internet connection to operate because everything is built into the box. Of course, that’s only for actually projecting and playing the hologram. You’ll need a different set of equipment for actually capturing the video of a human, whether pre-recorded or in real-time. And it doesn’t even have to be human either since you can project anything that can fit inside the box’s 86-inch display. Actually, you can even connect several boxes together so that it can show a much bigger object, like a car, for example.
But what really is the point of having a life-sized hologram anyway? For one, it offers a new level of remote communication where you can fully see the person in 3D as if they were standing in front of you. It can also give a more personal touch to presentations, training, advertising, and more. Basically, anywhere that your real presence would have an impact, the Holobox can offer a stand-in that is both effective and human. Plus, it looks awesome to boot!
Our Internet needs are becoming more complicated even at home. Multiple devices ranging from smartphones to smart appliances compete for bandwidth, while different services like gaming and streaming demand more data than, say, a smart thermostat. The simplistic routers of yesteryears are no longer sufficient to face the challenges of modern lifestyles, but as these boxes become more sophisticated, their presence also becomes more obnoxious as well. The latest and greatest routers seem to want to be seen as powerful monstrosities rather than helpful tools that make our lives easier. Completely bucking the trend, D-LINK launched its AQUILA PRO AI smart mesh routers that finally look more at home in your home, masquerading as a piece of sculptural art that hides the powerful technology inside its graceful curves.
Granted, those antennas on your router aren’t just for show, but that doesn’t always mean they need to be visible, especially with today’s technologies. It might simply be a matter of pride that some of these literally black boxes show off the number of spikes they have as if those indicate how much power they actually possess. The result is a design that isn’t just space-inefficient but also unaesthetic to most people.
In contrast, you won’t find sharp points or even sharp edges on the D-LINK AQUILA PRO AI (models M30 and M60). What you will find instead is an elegant object that belies its superior technology, looking more like a piece of decoration rather than a router. Its name and unique shape, whose ends curl up and inward, are inspired by the Aquila constellation and the eagle, a majestic bird that exudes both power and grace. That association goes even beyond the general shape of the device, with feather-like patterns on the router’s ventilation.
The D-LINK AQUILA PRO AI isn’t just all looks, of course, as it also boasts the latest connectivity technologies, especially Wi-Fi 6. And since it’s a mesh router, you can combine multiple units and spread them around your house to get rid of dead zones and ensure fast, stable, and uninterrupted connections. It also comes with the latest privacy and security protections, plus conveniences offered by smart home platforms and mobile app control.
The D-LINK AQUILA PRO AI’s ground-breaking design doesn’t stop there either. It also tries to give back to the planet we live in by making use of PCRs or Post-Consumer Recycled materials for its housing, reducing its negative impact on the environment. This smart mesh router is stunning and beautiful proof that power doesn’t have to look harsh and cold. After all, there is both power and elegance in the form of an eagle taking flight.
Any more advanced and the FBI would probably put you on a watch-list for purchasing it…
If the idea of recreating scenes from Top Gun in your flight simulator program excite you, you’re aware that a keyboard or gaming controller probably won’t cut it. Meet the VelocityOne Flightdeck from Turtle Beach, a HOTAS (Hands On Throttle-And-Stick) controller that gives you the most lifelike flight control experience money can buy. Aside from simulating G-force during flight, this bad-boy is capable of putting you front and center of the action. Maybe pair it with a VR headset and you’re golden!
Designer: Turtle Beach
Designed as a comprehensive control system, the VelocityOne Flightdeck ushers in the future of flight and space combat simulation on Windows 10 and 11 PCs. While it’s unfortunate that it doesn’t extend to Xbox consoles like its predecessor, the VelocityOne Flight, PC gamers will rejoice at the prospect of diving into their favorite flight simulation titles with this true-to-life setup.
Featuring 15 axes and a staggering 139 programmable functions, the VelocityOne Flightdeck offers a level of customization that caters to the diverse needs of virtual pilots. Whether you’re soaring through the skies in X-Plane, navigating the intricacies of Microsoft Flight Simulator, or exploring the vastness of space in Elite Dangerous, this HOTAS setup has you covered.
Central to the Flightdeck’s appeal is the innovative Flight Touch Display, a first-of-its-kind feature that combines real-time simulation status with advanced customization capabilities. This allows users to configure up to 39 extra button functions, enhancing the HOTAS experience across major combat simulation titles. The device boasts 139 programmable functions, offering an unmatched level of customization.
The VelocityOne Flightdeck is engineered for precision and durability. It utilizes non-contact Hall effect sensors for the main movement controls on both the stick and throttle, ensuring long-lasting accuracy and performance. This technological choice is crucial for maintaining consistent, precise control over time, setting the Flightdeck apart from competitors.
Beyond its core functionalities, the Flightdeck enhances user experience through additional features like adjustable RGB lighting and Turtle Beach’s signature audio advantages. Users can connect any 3.5mm headset to the system, enjoying functionalities such as Superhuman Hearing®, audio EQ modes, mic monitoring, and game and chat volume balance. The adjustable RGB lighting allows users to customize the ambiance of their gaming setup, further immersing themselves in the virtual skies.
The Flight Hangar companion app is a significant value add, enabling deep customization and performance tuning. Available for Windows PCs, it allows pilots to create and transfer comprehensive configuration profiles directly to the Flightdeck. This feature ensures that the system not only meets the immediate needs of users but is also future-proofed through easy firmware updates.
The Turtle Beach VelocityOne Flightdeck commands a premium price tag of $399.99. While this may seem steep, the investment is justified by the device’s unparalleled performance and feature set. Pre-orders are currently open, with the HOTAS setup set to hit store shelves on February 23, 2024. The VelocityOne Flightdeck is also part of a broader ecosystem that includes headsets, controllers, and other gaming peripherals, all designed to enhance the gaming experience.
As our homes start to get more connected to devices and the Internet, the number of screens also starts to increase. In addition to the phones, tablets, computers, and TVs that are already a staple of modern life, there are also smart displays that try to offer visual feedback to the things we usually only hear by voice from an AI-powered assistant. While many smart display designs try to blend in with the rest of the room, it’s really hard to hide a large conspicuous screen that needs to always to in view to be useful. This design concept tries to soften the blow of having such impersonal tech products inside your living space by giving a smart display a rather comical face that makes it feel more alive and a little bit friendlier.
Smart displays are pretty much the evolution of voice-controlled smart speakers, giving a visual representation of the information you would normally get only through audio. Of course, it could also be used for other purposes, like displaying photos similar to a digital photo frame, playing videos, or even making video calls. The standard design of these devices, however, has more in common with those speakers or, worse, simply look like tablets slapped onto cylinders and boxes.
The Smart Pad concept tries to liven things up by changing the core design of the smart display. Objectively speaking, the 4-inch screen might actually seem too small for its purpose, but that also means you’re forced to show only the essentials rather than flooding the user with information. The smart display is also shaped like an egg, reminiscent of the old, colorful iMacs or even some vintage CRT TVs. This angles the screen at a comfortable level without having to resort to stands and external mechanisms.
The more important feature of the concept, however, is the cartoon-y face that can be displayed on the small screen. It might be a minor and optional detail, but it lends the gadget a bit of personality, making it feel more approachable and even human to some extent. It makes the Smart Pad feel less like an appliance and more like a companion, putting a face to that disembodied voice we always hear when we talk to such devices.
Of course, it’s also capable of the standard things that smart displays can do, at least in theory. That screen can play videos, display photos, and show information, but it might be less expressive because of its small size. That makes the device more suited for desks and bedside tables rather than living rooms, where seeing the screen up close is more natural.
Content creation is a big thing these days, whether you’re producing video for live streaming, making graphic art, or even digitally carving 3D models for virtual spaces. Unsurprisingly, there’s a wide variety of software tools available to creators as well, ranging from simple ones you can run directly on your phone to the more sophisticated suites that require a laptop or even a desktop. The variety of features in apps that people use on a daily basis can become mentally exhausting, especially when it comes to memorizing keyboard combos that should help speed up workflows. Our fingers can only do so much, and the number of shortcuts we have to remember across multiple apps can actually do more harm than good. This DIY project tries to make designers’ and creators’ lives a bit easier by offering a mini keyboard that can adapt its icons and actions to match the app you’re using.
So-called macro keyboards like the Elgato Stream Deck are becoming more popular not just among streamers but also among computer power users. They provide a dedicated set of buttons separate from your keyboard that you can map to almost any function in an app to make them easier to use. As popular as these gadgets might be, they’re still considered niche and, therefore, expensive, out of reach of budding creators.
If you’re anything of a tinkerer or maker, however, you can also just make your own, like what this Keybon project aims to accomplish. It’s a small box with nine tactile buttons buttons that you can assign to a specific function or keyboard shortcut. And just like those pricey commercial macro keyboards, it can switch to a different layout depending on what software you’re running at the time.
What makes Keybon extra special is that each of those nine buttons actually has small 0.66-inch screens on top, and you can select an icon to match the action that the button represents at that time. While it might be faster with muscle memory, visual cues like this will help your brain adjust when switching between apps and layouts. At the same time, you also don’t have to force yourself to actually memorize the actions and buttons and simply take a quick glance at the keyboard to know which one to press.
That said, this kind of project does require a bit of electronics and software know-how to create Keybon, but that also opens the door to more freedom in the design of the device. Fortunately, all the needed pieces are available for free, so it can also become a springboard for makers and creators to customize their own personal macro keyboard to their hearts’ content.
When I was diagnosed with a certain condition a couple of years ago, it also comes with the tedious (and expensive) “habit” of drinking all kinds of medication. While in my head I know I have to drink these meds at certain times of the day, there are still a lot of times that I actually forget. Sure, we can always add reminders on our phones but sometimes we just snooze those reminders. Or that may just be me. But in reality, people still need all kinds of reminders to take their meds.
Ownum Pod is a concept for a device that may be the first one with a smart reminder for medication. This isn’t just an app that can give you notifications when it’s time to take your meds. It’s actually a smart device where you can put your medicine bottle in it and then configure the app to give you reminders when to take it. There is a precision scale inside the device so it knows whether or not you took the correct dosage of your pills or tablets.
The pod itself looks like a smartphone or device charger with a space in the middle to put the medicine bottle. It probably has a standard bottle where you can just store your respective medicine in. And if you’re like me that takes several different meds, you can interconnect multiple pods with just one power cable / charging connection. It has a rubber base and is also modular so you can place double or multiple pods together.
The UI and function seems pretty simple based on the product renders, although there wasn’t much explanation or visuals of the connected app. I don’t know if something like this can help discipline someone like me into taking their meds regularly. But having an option like this may be helpful.
