ROUTINE is an alarm clock that is designed with accessibility and beauty in mind

We take many products in life for granted just because many of us still have nearly complete use of our senses, especially sight, hearing, and touch. We use our smartphones without a second thought about how people who can’t see or touch the screen can navigate our phone-centric world today. Unfortunately, most products are also designed without considering people with special needs, and products that are indeed designed for accessibility often lack the same design appeal as more common products. An alarm clock that wakes up hearing-impaired people in an effective yet satisfying way is one such example, and this concept tries to offer a solution that would delight even those that could hear the alarm go off anyway.

Designer: Gloria Jung

Since the earliest times, alarm clocks have always been aural more than visual, using loud sounds to call attention to themselves and, therefore, the time. It was only with the advent of smart devices with screens that some alarms have taken on a more visual aspect, but even then, the primary way alarms work is to blast you with sound. It’s a simple yet effective method that is, of course, pointless for someone who can’t hear properly.

There are “silent” options available, of course, but they won’t satisfy even some fully-hearing people. Smartwatches vibrate ever so gently and are only effective if you’re already half awake. Vibrating alarms specifically designed for people with hearing problems, on the other hand, are often too strong and give people a rude awakening. Both solutions also don’t offer the same kind of visual appeal and beauty that many alarm clocks have, especially the ones designed specifically to look pretty on top of your desk or bedside table.

ROUTINE takes its inspiration from nature’s silent alarm, light. Many alarm systems and smart lighting now try to use the science and psychology of light to offer a gentler and more natural way to wake up. This alarm clock concept that’s specifically designed for hearing-impaired people uses that same principle not just to wake you up but also to call your attention. The circular face of the alarm gradually lights up closer to the set alarm time until it reaches full brightness. If the person still doesn’t wake up or react to the alarm, it starts blinking with a stronger intensity. Turning off the alarm is as simple as pulling the ball-shaped switch down.

The base of the alarm also functions as a wireless charging pad for phones or other compatible devices. Considering this alarm clock will most likely end up beside your bed, it conveniently provides two functions in one. It helps save up on space, especially since the alarm clock will actually take up some space on any table or drawer.

The ROUTINE alarm clock concept definitely looks attractive with its featureless face and minimalist design. The one odd detail with the concept is that the actual “clock” part of the device is on the base, where a phone will cover it when it is charging. That would require the owner to sit or stand up just to see the time, which might actually be a tactic to get that person up and out of bed.

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8BitDo controller makes gaming more accessible for people with limited mobility

Many gaming advocates insist that gaming is something that everyone should be able to enjoy, not just your hardcore gamer, be it on console or mobile. While that may be true in general, the fact is that most games do exclude a set of people that might actually need these games even more because of their emotional and psychological benefits. People with physical disabilities, both in senses and mobility, have long been left out of mainstream games, but things are fortunately changing for the better. Game developers have become more conscious of adding accessibility options to games, and gaming accessory makers are designing more peripherals to empower people with special needs to level up their game. Case in point is 8BitDo’s new Lite SE controller that is making gaming for people with limited mobility more accessible, both in design and in price.

Designer: 8BitDo

Game controllers further push the image of gaming as something only for able-bodied people. They require a certain set of skills to even hold, and the games that are designed around them presume full control of hands and fingers. The basic shape of the controller hasn’t changed much over the years, and, just like computer keyboards, they don’t exactly have the most ergonomic design, let alone an accessible design for less capable people. Prodded by a loving father who wants to see his son experience the joys of modern games, 8bitDo co-engineered a controller that could be used by people with limited mobility without having to burn a hole through their wallets in the process.

Microsoft’s Xbox Adaptive Controller (XAC) was one of the first mainstream companies to put out a controller specifically for people with physical disabilities. It looked more like a DJ box merged with an overblown controller. It is huge and, at $100, not inexpensive, though it makes up for that with its customizability and features. It does also mean that it requires a bit more setup (and additional peripherals) to make it work with regular games.

The 8BitDo Lite SE, in contrast, is targeting a more specific crowd and with a specific purpose, to make gaming easier, accessible, and affordable for people with limited mobility. It comes in the traditional shape of a game controller, so it could still be used as a regular one. It is, however, designed to stay put on a table like a joystick box but takes up very little space compared to the XAC. A non-slip matte bottom prevents it from sliding while you push and pull, but it seems to be removable, so you can still hold it in your hand comfortably.

What really makes the controller more accessible, however, is how all the controls are located on its face. No more trigger and shoulder buttons that require more dexterity to use, just buttons you can easily mash. The controls, including the analog joysticks, are designed to offer less resistance so that it won’t take too much muscle strength to manipulate them. Plus, it will only set gamers or their families back by $35, a far cry from the XAC’s hefty size and price tag.

That said, the 8BitDo Lite SE only solves half the accessibility problem of games. Even with all the buttons on the front, many games are still designed right from the start without considering the needs of people with disabilities. Fortunately, that trend is slowly but surely changing, with more developers and studios adding accessibility options from the get-go. And just like with any accessibility feature, these tend to also benefit “normal” gamers, which goes to show how everyone wins when you design with accessibility in mind right from the start.

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Reebok’s adaptive footwear collection truly wants to make life easier for disabled

Everyone deserves a pair of sneakers that amplifies the craving for everyday success. That said, the power of comfortable and accessible footwear should not be exclusive. Thankfully Reebok really wants to help the physically challenged community with a gimmick-free collection of lifestyle and performance-oriented sneakers.

Brands like Nike have lately offered adaptive sneakers for people with disability but were they affordable? Surely, not. The Go FlyEase hand-free sneakers are a good example of this fact. They were at one point in time very inaccessible, and some resellers listed them online for an exorbitant price tag of $2,000. In the end, their purpose of helping the disabled community got juxtaposed. Rebook wants to fix this with the Fit to Fit accessible footwear collection which is practical and priced sensibly for everyone to explore without burning a hole in the pocket.

Designer: Reebok and Zappos Adaptive

The new edition of sneakers is designed in partnership with Zappos Adaptive, and includes two sneakers crafted for easy on-and-off wear to facilitate disabled people. Dubbed the Nanoflex Parafit TR and Club MEMT Parafit, these sneakers are low-cut and feature removable sock liners (for orthotics) and high abrasion rubber outsoles for superior grip. While the Nanoflex Parafit TR has a breathable mesh upper, medial zipper and heel pull tab for easy putting on or taking off – the Club MEMT Parafit has a leather upper and extra 4E width.

Thankfully both the sneakers come in unisex sizing, and can be purchased as a pair, or as a single shoe too. Reebok has priced them both sensibly as the Nanoflex Parafit TR retails for $90, while the Club MEMT Parafit comes for $65. We genuinely hope the sneakers will not go out of stock, and end up selling for more prices at later stages. If that’s not the case, Reebok and Zappos are surely going to be popular brands among disabled people and physically challenged athletes. After all these functional pairs of footwear permit a life of independence and free movement. All this while maintaining Reebok’s iconic design and timeless silhouettes.

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Microsoft Adaptative Accessories with fully customizable input and buttons is bliss for disabled users

Microsoft is leading the way in creating products for disabled people which is going to push others in the industry to create ones of their own. This will definitely splurge competition and drive the prices down which will benefit the disabled community!

Traditional PC input devices can (at most times) be challenging for people with disabilities to use. Microsoft took a step in solving this problem with their Xbox Adaptive Controller for disabled gamers, and then later on with the Surface Adaptive Kit, tailored for ease of use with existing input devices. Taking things forward, they’ve now developed Adaptive Accessories designed for people with disabilities who want something better than the traditional mouse and keyboard setup.

Designer: Microsoft 

Destined for the second half of the 2022 launch, the PC peripherals are created in close association with the disabled community, understanding their needs in a better way. This line-up consists of three devices namely – an Adaptive Mouse, Adaptive Buttons, and an Adaptive Hub. The first two come with support for customized 3D printing freedom – giving the user option to curate them the way they want to. So, we are talking about completely customizing your mouse, keyboard inputs, and shortcuts to interact optimally with laptops, PC, or even big-screen tablets. Just to give you an idea, the toppers for the buttons can be shaped as per the needs.

The mouse is a small puck-like accessory that can clip into a palm rest, and the tail for the mouse acts as a palm rest. The flipping thumb rest allows the user to use it with the right or left hand with equal dexterity. The low-profile mouse doubles as a joystick, an eight-way D-pad. Those adaptive buttons can be toggles for eight programmable inputs for the PC. In the press release, Microsoft showed off the one with two large buttons.

The inputs can be set for macros or complex keyboard shortcuts which will come more than handy for people with motor disabilities. The normal keyboards can be replaced or augmented with a central hub and wireless buttons to pair with up to four Microsoft Adaptive Buttons, thereby removing unnecessary clutter. This hub works perfectly with 3.5 mm assistive tech switches and comes with three profiles for use with multiple devices.

Microsoft has not yet let out the word on the pricing of the Adaptive Accessories, but the fall launch date is certain. We hope they come at a reasonable price to reach the chunk of disabled end-users who really need them to streamline their productive workflow.  More often than not assistive technology carries a premium price tag, and if Microsoft follows suit, then it will be a bit disappointing.

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This modular prosthetic shower leg facilitates easy cleaning of residue limb

Below the knee amputees have to jockey their way around even for normal tasks, making things difficult in the daily grind. Taking a shower is one of them, and such disabled individuals either have to skip taking a shower completely or crawl their way to the bathroom, since normal prosthetics cannot be exposed to water due to their metal components.

Even if they do manage to take a shower with special aids such as a walker, safety grip, shower chair, or shower leg – properly washing the residual leg is still a problem due to their inherent design. One can say a shower leg is still better, but not every disabled person can spare $4000 for just one function alone. This can lead to bacterial infections developing in the limb which can in the worst-case scenario can lead to further amputation. Just imagine the situation for the elderly who have even more constraints in movement as compared to young lads.

Designer: Harry Teng

Industrial designer Harry Teng wants to give below-the-knee amputees one less problem to worry about in their life with the Lytra prosthetic leg specially tailored for taking a shower properly and also maintaining the residual leg hygiene. Inspired by the Charles and Ray Eames Leg sprint first created during World War II, this shower prosthetic leg has an open bottom design for easy washing and drying regime. It has got a flexible foot for more freedom in movement, and to make sure they don’t slip due to hydroplaning, there’s a textured slip-resistant rubber outsole for a firm grip.

The innovative prosthetic leg is made out of medical-grade polypropylene material called Proteus Sheet. All the inherent components of Lytra are interchangeable so that they can be replaced easily in case there’s damage or deformation. The socket of the prosthetic comes in XS, S, M, L and XL sizes to suit users of every leg type. There’s a silicone gel bottom for soft and comfy support for the limb resting on it. These sockets are interchangeable for hygiene purposes to prevent any infection.

One undeniable advantage of the Lytra shower leg is its modular nature which caters to the universal needs of below-the-knee amputees. Users can personalize their unit according to their preferences unlike other prosthetics on the market which don’t provide this freedom. According to the designer, this prosthetic forms a unique bond with the users which only does good for their confidence.

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The Dot Watch is the first Braille smartwatch in the world

Braille Smartwatch Dot Watch Function

Braille is one of the most important writing systems in the world today. The centuries-old system is still very much being used these days. Despite the advent of technology, the tactile writing system for the visually impaired is still deemed a significant language.

Braille is not exactly a language but it’s more of a code. Nevertheless, this system remains useful since there are people who have poor or no vision at all. There are plenty of concept product designs introduced in recent years, but not many have been transformed into reality.

Designer: YeongKyu Yoo (cloudandco design studio)

The Dot Watch

The latest we discovered is the Braille Smartwatch for Visually Impaired. It’s a smartwatch that preserves the beauty of Braille. It is said to be the first moving braille smartwatch in the world designed for the visually impaired. The smartwatch comes with a powerful and cohesive look. It has a unique display with built-in four cells where the “interaction” happens. In addition, it has touch sensors on both sides that respond to gestures.

Braille Dot Watch

The concept is a response to the fact that there are many vision-impaired communities today, and there aren’t many tools available. About 95% of the blind give up learning braille because resources are expensive or because they think braille technology is already outdated.

The Braille Smartwatch, called the Dot Watch, is for the forgotten. It is perhaps the easiest and most accessible device a visually-impaired person can use. It really is a smart watch in the sense it allows people to communicate.

Braille Smartwatch Dot Watch Where to Buy

The concept is actually from a few years ago. In fact, it has already received a few awards and recognitions. It’s something we’ve wanted to see become a reality. It is an actual product now that can balance beauty and functionality.

The Dot Watch weighs only 29 grams but is packed with potential. It uses the smallest Braille cell technology in the world, developed b Dot Inc. It connects to a smartphone via Bluetooth so you can be notified of who is calling. When you receive a text on the phone, the message is translated to Braille and is communicated to the Dot Watch for you to “read”. The touch controls on the watch face are intuitive, and the Auto-Scroll is customizable. Messages can be saved so you can check on them later.

Braille Smartwatch Dot Watch Images

The Dot Watch is priced at $299 and each unit comes with three additional ProSkins, one Dot Watch Magnetic Charger, and a one-year warranty card. We believe his DOT WATCH with Braille is a perfect example of a great idea coming to life. You can purchase directly from HERE.

Braille Smartwatch Dot Watch Price

Braille Smartwatch Dot Watch Features

Braille Smartwatch Dot Watch Images

Braille Smartwatch Dot Watch Technology

Braille Smartwatch Dot Watch Details

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This prosthetic limb integrates smart technology into its build to intuit and track each user’s movements

The Smart Prosthetic Arm is a wearable design concept that integrates AI and smart technology into the construction of a prosthetic limb.

The magic of prosthesis design lies in its ability to bring life experiences to those with arthritis and missing limbs. While prosthetic limbs have made strides in terms of product development since their conception, smart technology ushers in yet a new era of prosthesis design to reinvigorate its broad potential within the field of healthcare. Wearable sensors and mobile applications incorporated into prosthetic limbs allow those wearing prosthetic limbs to make more precise movements and monitor the status of their recovery process a bit more closely. 3D conceptual artist and digital sculptor, Xander Lihovski designed his own interpretation of AI-controlled prosthesis design called Smart Prosthetic Arm.

Designer: Xander Lihovski

While some prosthetic arms take on the look of an actual limb to create a cohesive look with the user’s body and skin tone, Lihovski’s design embraces the tech of it all. The robotic look also helps to normalize the use of prosthetic limbs in common spaces. Conceptualized in optic white and slate black, a digital interface wraps around the prosthetic arm’s elbow crease that operates as the prosthetic limb’s smart hub.

There, users can use their free hand to scroll through system alerts and settings to optimize their experience using the prosthetic arm. Features like a fitness tracker, clock, and calorie counter can be found in the digital smart hub that users can access at any time. Elastic components also connect the different parts of the Smart Prosthetic Arm to allow for comfortable movement. The smart digital display is connected to the prosthetic forearm and fingers by an elastic component that also works to minimize the number of materials needed to build the prosthetic limb.

What sets conventional prothetic limbs apart from smart prosthesis designs is the embedded sensors and technology that intuit the user’s movements with regular use. Every day smart technology makes our day-to-day a little easier–facial recognition unlocks our iPhones and Siri registers the slightest change in the tone of our voices to complete tasks. Smart technology in prosthetic limbs depends on a system of sensors that predict the natural body language of the person wearing the prosthetic limb, optimizing the experience for them to allow precise handling and movement.

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The expandable seat of this smart mobility device can be controlled from your smartphone 

GoSolo is a universal, smart, personal mobility device designed for people to move seamlessly through indoor spaces and controlled outdoor environments.

There’s nothing worse than running late for a flight and having to sprint through the airport with at least two bags in each hand and one hanging from your shoulders. Before you even make it to your terminal, you’re out of breath and your arms are losing circulation. The trek intensifies for those who might require some mobility assistance, like wheelchairs or scooters.

Designers: Alabaster Research and Technologies Private Limited x Prem Shah, Kirti Khadia, Kishan Amin, Chintan Shinde

 

While motorized assistive devices are typically reserved for those with limited mobility, one company believes there’s a larger market for them. GoSolo, a personal mobility device, designed by Alabaster Research and Technologies Private Limited is a smart, universal mobility solution designed for people to move through indoor spaces and controlled outdoor environments with ease.

Expandable by design, GoSolo’s defining feature is its seat that can rise to a height of 71-centimeters. In this mode, users can still drive GoSolo from an elevated height. The semi-standing position was built for users to have access to a sit-to-stand assistive mechanism that, “gives them access to higher desks, counters or shelves on the premises. For people with mobility constraints, the adjustable-height feature…[allows] easy and intuitive sideways transfer to and from the scooter.”

Located just in front of the adjustable seat rest, users will find a footrest that hosts ample room for storing items that users bring with them on the go. The device’s wheels and footrest coverings are both made from the same Elesa+Ganter vulcanized rubber castors to ensure a smooth ride, even on uneven surfaces. Operable from a smartphone or from the device’s intuitive control panel, GoSolo meets users where they are to provide seamless transportation in controlled environments.

Putting it best in their own words, the team behind GoSolo explains the inspiration behind the smart universal mobility concept, “We have to rethink how we design products for a larger range of people including those with limited mobility or strength.”

“Beyond the usual mobility constraints, there are also circumstantial constraints like having too many bags, carrying infants, recovering from surgeries, pregnancy, menstrual cramps, or even fatigue. At some point in time, any of us can have mobility constraints. GoSolo addresses this need.”

GoSolo can glide across all types of flooring, from smooth marble to uneven wood.

The expandable seat rest allows users to adjust their height to meet acquaintances and tall surfaces like check-in desks at hotels.

The team behind GoSolo gave the device a minimalist look to maintain a universal appeal.

Users can even feel free to traverse incline ramps using GoSolo.

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Dot Pad tablet lets visually impaired people see pictures with their fingertips

Thanks to today’s technologies and bright minds, visually impaired people no longer have to settle for voice-overs and text to enjoy the magic of pictures.

Modern life has seemingly settled around digital artifacts, from files to videos to photos. While there are devices and software that help translate these pieces of content into something that could be consumed by those with vision problems, there remains one kind of content that can’t be transformed that easily. Text can easily be spoken out or be “felt” using braille, but blind and visually impaired people often have to rely on text descriptions for images, which sometimes aren’t available. With this rather innovative device, they no longer have to settle for anything less, allowing them to feel pictures the way they do text.

Designer: Dot Inc.

The human mind and body are quite amazing when it comes to adapting to physical problems. Those with vision disabilities, for example, tend to develop more heightened senses of hearing and touch. Adept braille readers can almost match the speed of those with sufficient vision, making it look like they’re magically reading off a book using their fingers. Utilizing that same incredible skill, this unique tablet literally puts images under people’s fingertips so that they can see rather than just read or hear photos, graphs, and drawings.

Braille tablets aren’t exactly new, but Dot Pad takes this idea to the next level by having a large area with 2400 dots grouped in 30×10 cells that change in real-time to mirror an image from a paired iPad or iPhone. There is also a smaller area with 20×1 cells that can be used for displaying text in braille, useful for images that come with their own captions. The idea is to let visually impaired people slide their fingers over those dots to be able to form the correct picture in their minds, rather than relying on descriptions that could be inaccurate.

The slate itself is rather unremarkable in terms of visual design. It’s a large and rather thick black rectangle with legs on its upper back to allow it to lie on a table at an angle. The two dot-grid areas are separated by chunky buttons that would allow people to identify and push the right ones without having to see them. The product is designed more for durability and reliability rather than appearances, which is quite acceptable given its intended audience.

Dot Pad is an innovative solution that opens the doors wide open for people with visual disabilities to enjoy more of the world around them. It also empowers them to be more productive in life since the pad allows them to also understand graphs and charts better. These people no longer need to feel left out or ostracized because of their impairments and can even become a source of pride when they show off their mad skills in interpreting visual data using just their fingers.

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Parametric design systems can produce a customizable, 3D-printed wheelchair for aging dogs

Alive is a customizable, 3D-printed wheelchair for dogs suffering from joint-related body ailments.

As our dogs grow older, age-related body issues, such as arthritis, hip dysplasia, and paralysis make it difficult to enjoy life. When even moving feels hard, aging dogs are less likely to spend time with family members and take care of bodily needs, leading to psychological stress.

Designer: Martin Tsai

While technical accessories and equipment do exist to offer some relief, antiquated building methods make it hard for dogs to adapt to wheelchairs and other assistive appliances. Revolutionizing the canine assistive appliance game, industrial designer Martin Tsai conceptualized a wheelchair for dogs called Alive that can be 3D printed to fit your dog’s body data and needs.

Noticing room for improvement within the canine assistive appliance industry, Alive represents Tsai’s attempt in combining modern technologies with canine health and wellness. Speaking on the design in his own words, Tsai mentions,

“The parametric design system uses 3D scans of the dog’s body data to generate an optimized wheelchair for each dog. Alive creates value through customized accessory options while eliminating the high cost of traditional, manual manufacturing processes. Alive also adopts a zero-waste production process, with each part being 3D-printed.”

Providing an interactive, customizable process for fitting, Alive offers individualized attention to each dog according to their needs. As dogs develop symptoms of arthritis, hip dysplasia, or any other joint-related ailment, dog owners can choose between a four-wheel- or two-wheel-chair for their dog. From there, Tsai’s 3D scanning technology generates data to inform the wheelchair’s structural design and shape.

Once the body data has been collected, it can then be applied to the parametric design system to construct a wheelchair that’s truly unique to your dog and their body. Constructed from fully-reusable, thermoplastic polyurethane (TPU), the entire wheelchair is 3D-printed for your dog to hit the road.

The final product of Alives forms a customized, lightweight wheelchair for your dog to use in the home and on outdoor walks.

Dog owners can choose between a wheelchair that has four wheels or two wheels.

Alive fits over your dog’s frame the same way a harness might.

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