There are a lot of walking aids in the market for those who need short-term or medium-term assistance due to some walking-related disability. But of course there’s always room for improvement. Great product designers think about what they can do better for existing products to make it more usable and to improve the quality of life of the users. The Pedestrian is one such product that tries to make using the walking stick more modular and more practical.
Designers: Jonas Krämer and Ayla Warncke
Pedestrian is a 3-in-1 Assistance System for those who need assistance and is actually in between short-term solutions like crutches and long-term assistance systems like wheelchairs. Its goal is to minimize the consequential damages that can sometimes result in using the usual walking aids. They also want to be able to adjust to the needs of the user and when not needed anymore, pass it on to someone who needs it more and adjust to that person’s needs as well.
The walking aid has three modes for the different needs. Mode 1 or strong support is for those that may need an aid as they work through their arthritis. Mode 2 is medium support and serves as forearm crutch. Mode 3 is light support for those who may just need a walking stick. Shifting through these three modes is actually pretty easy and the elements are interchangeable and modular.
The foot or base is made from flexible rubber material and has a textured surface to prevent slipping. It can stand by itself in any mode but can also be compressed. It is also hands-free so you can do other actions and you can make it more secure by using the wrist strap. There is also a mechanism so you can adjust the height so it can be used by users with different heights. This seems to be a pretty useful aid to those that would need assistance walking.
With one in eight individuals globally aged over 60, it’s important to design products that specifically cater to our elderly population. As most senior citizens are healthy, active, and financially stable, they are expected to represent around 20% of the global population by 2050. Explore these guidelines for developing inclusive products, considering diverse user needs, especially those of the elderly.
Simplicity in design is crucial, especially for senior-centric products. Complexity and confusing features should be avoided at all costs. Interfaces should be kept simple to minimize confusion, with easily readable and clear fonts enhancing the overall user experience. Moreover, it’s imperative to provide clear instructions to ensure they can easily comprehend how to use the product correctly.
Gita, a robot, acts as a loyal companion and practical aid, especially for seniors. It eases the burden of carrying heavy items, making grocery trips and errands more manageable. Its ability to provide a seating option offers rest during walks, promoting outdoor mobility and encouraging seniors to stay active. With its user-friendly design and approachable appearance, Gita fosters a sense of independence and companionship for the elderly, supporting their well-being and enhancing their quality of life.
2. Health Monitoring
Advancements in technology offer the essential security and assistance required for senior citizens living independently. As many seniors deal with chronic health conditions that necessitate regular monitoring, product design has advanced. Through wearable devices and smartphone technology, vital parameters can now be tracked, facilitating health management and providing respite to caregivers, thereby ensuring peace of mind.
These three smart devices cater to seniors’ needs, offering medication reminders, comfortable reading, and easy communication. Familia aims to restore dignity and confidence to the elderly with its minimalist design and user-friendly interface. The smart clock dispenses medication with a playful cuckoo bird reminder, the lamp doubles as an illuminated magnifying glass, and the digital mirror serves as a communication tool and family photo frame. While designed for seniors, these objects promote inclusivity and reduce stigma around aging challenges by appealing to users of all ages.
Nobi, an AI-powered ceiling light, enhances elderly lives by monitoring safety, detecting, predicting, and preventing incidents like falls or respiratory issues. Its user-friendly design seamlessly blends into interiors, encouraging the adoption of high-tech care technology. Nobi serves as a vigilant companion, continuously monitoring the environment to identify potential hazards and alert designated caregivers when needed. It can detect respiratory issues, and coughs, and even predict falls before they happen, ensuring timely assistance and intervention. With Nobi, seniors feel safe and supported, leading dignified lives with continuous assistance.
3. Ergonomic Design
Designing products with ergonomic features is crucial to reduce strain, particularly for seniors. For instance, opt for ergonomic seating, like high-backed chairs with lumbar support, ensuring firm and comfortable cushioning to maintain healthy posture. Prioritize ease of use and comfort, as seniors may have reduced strength while avoiding low seating and armrest-less chairs.
This luxurious chaise lounge cleverly conceals a motorized wheelchair, offering comfort and elegance to those with mobility issues. Resilience, with its sleek design and smart materials like Resilient gray and Classy chrome, symbolizes independence and confidence for the elderly. It’s part of a larger mobility system, including the self-driving “Brio” vehicle, seamlessly integrating style and functionality for indoor and outdoor use.
When designing devices that require charging, it’s crucial to prioritize either long battery life or easy recharging to minimize the frequency of charging or battery replacement for seniors. This proves beneficial for seniors experiencing mobility challenges and memory impairment.
5. Added Safety Features
Inclusive product design often incorporates added safety measures, such as non-slip surfaces, automatic shut-off mechanisms, and appropriate emergency buttons, to enhance overall product value. These small yet critical features serve multifunctional roles, particularly benefiting seniors.
6. Durable Materials
When catering to the needs of senior citizens, selecting durable materials that withstand breakage from falls or accidents is crucial. Given that seniors may use products more frequently or with greater force due to age-related changes, opting for durable materials ensures the product will withstand prolonged use and maintain its integrity over time.
The T’ROI chair, developed in collaboration with a retirement home in Basel, Switzerland, addresses the challenge of sitting and standing for the elderly. Featuring extended arms, it provides support for individuals to sit and rise without assistance, promoting independence and dignity. Sturdy materials ensure safety, while its comfort enhances the overall experience for users.
When designing products, prioritize comfort by considering aspects like cushioning, grip, and weight distribution. Ensure ease of use with a manageable weight, ergonomic grip, and slip-resistant design, promoting inclusivity. Proper cushioning enhances the comfort level and overall user experience.
8. Integration of Assistive Technology
When designing specifically for seniors, integrating assistive technologies such as voice control or magnification features enhances usability, making products more accessible to this demographic. Additionally, using large or oversized buttons with high contrast aids in easy visibility and operation, especially because seniors may experience declining vision.
This cutting-edge self-driving wheelchair, equipped with a detachable walker, empowers users to navigate comfortably as they age, addressing the challenges of mobility that come with aging. Cobi seamlessly combines the features of walkers, canes, and electric wheelchairs into one sleek solution, promising greater independence and mobility for seniors while challenging societal perceptions of aging. Its autonomous operation, with instant braking capability, ensures convenient transportation without external assistance. Using laser projection technology, Cobi effortlessly navigates obstacles, while its cushioned seat, low backrest, and retractable footrest provide comfort during transit. Upon reaching their destination, users can detach the mobility device from the walker, enabling exploration of inaccessible areas. The height-adjustable walker, featuring a rubber grip and built-in flashlight, aids navigation in dark environments, while Cobi autonomously returns to its charging station when not in use, ready for the next journey.
This cork planter with assistive functions serves as both a lantern and a health tracker for the elderly. Known as Fanoos, it embodies an intuitive design with a detachable lantern and emergency button for medical needs. Fanoos tracks health status, adjusts lighting preferences, and offers portability for nighttime use, enhancing safety and comfort for users.
9. Inclusive Design
Products should address a wide range of abilities, including those of individuals with disabilities. Inclusive design guarantees accessibility for seniors with varying capabilities, accommodating those with disabilities or impairments.
A walker designed for seniors incorporates a built-in box for their furry companions, addressing social isolation. This concept combines mobility and companionship, featuring a spacious pet carrier atop the walker. With versatile handle movement, a secure brake button, and rechargeable LED lights for safety, this design enhances outdoor walks for seniors and individuals with limited mobility.
Collecting feedback from senior citizens or the specific end users of the product throughout the design process is highly recommended. This ensures that areas for improvement are identified and that the final product adequately meets their specific needs and is comfortable to use.
These factors can guide designers in creating products that are functional, practical, and customized to meet the specific needs and preferences of senior citizens.
Most people assume that it is easy for visually impaired people to learn Braille. But according to those who are learning this system, the learning tools available are not always that intuitive and easy to use. In fact, the more cluttered a device or tool is, the harder it is as it can be overwhelming for those who are trying to learn and navigate it. Fortunately, there are product designers that want to create concepts for better designed tools that will hopefully be turned into actual products.
SMARTIO EDU is a concept for a Braille Education Device that uses minimal tactile noise for both teachers and students that are trying to learn Braille. It is designed to optimize the organization of the information that is at the user’s fingertips. They used soft contours for the surfaces of the device and at the same time used tactile hints to help the user read the information through their fingertips.
The device looks like an instrument and in fact, it is, just not one that produces music. There are buttons on top for the various functions and that can serve as navigational aids. The “subtle cues” is able to tell the user the front and back of the device and also where the key interfaces are located. The device is also designed to work with a companion app that the teacher and student can easily follow and engage with.
The designers would of course have consulted with actual Braille learners to determine if this is something that could work even as it is still a concept. But we don’t see a lot of Braille learning devices in the market so if this does become an actual product, it would be a big help to the community.
Plenty of new automotive technologies and concepts are naturally being made for the benefit of drivers and passengers, but they are supposed to also indirectly help pedestrians as well, at least in theory. With AI at the driver’s wheel, the promise of safer roads is being made, though we seem to still be far from achieving that ideal future. In the meantime, pedestrians crossing urban roads and highways are still at risk, especially the elderly, people with disabilities, and basically anyone who might not be able to cross fast enough before the light turns green again. Current solutions like footbridges are obviously not designed for these people as well, so this concept mobility device tries to take the fight to cars’ own turf by giving pedestrians their very own self-driving vehicle.
Designer: Jiseon Ju, Gawon Min
Roads are, of course, made for vehicles, and sidewalks and footbridges are for pedestrians. That said, there will always be places where these paths meet, appropriately called crosswalks, and people outside of vehicles are always at a disadvantage and at risk. Traffic lights seem to never give pedestrians enough time to cross safely, or make the presumption that everyone can walk at top speed, presuming they can walk at all. These systems are obviously not very accessible and alienate a large portion of the population, and it’s in dire need of a better and smarter solution.
Crosswalk Mobility is a concept for a cubicle on wheels that ferry people from one side of the street to another. It’s basically designed for people with mobility impairments, from the elderly to the injured. Given its enclosed design, it can also be used by parents with toddlers who are prone to suddenly running off while crossing streets. Of course, you can’t have a permanent driver for such a pod, so it naturally uses self-driving technologies to move.
What makes the concept even more interesting is that it works in conjunction with what should be a smart traffic system. In a nutshell, it communicates with traffic lights so that it can extend the red light duration until it safely reaches the other side. Ideally, traffic lights should allocate enough time for people to safely cross, but this system leaves nothing to chance.
The mobility device itself is designed to be powered using solar energy, ensuring its continued operations 24/7. Instead of regular wheels, it proposes using ball-type wheels that can turn more smoothly as needed. The boxy shape has spacious room even for people in wheelchairs and their companions, and the floor-to-ceiling glass panels increase visibility not only for drivers but also for the people inside. It’s definitely an interesting idea that will significantly increase pedestrian safety, but it unfortunately won’t work unless the traffic system on those roads is also upgraded to work with these self-driving boxes.
No one can escape the passage of time or how the body grows old and frail. We can really only delay the inevitable with a healthy lifestyle, but there will always come a time when we’ll need someone or something to lean on while walking or need to sit down more regularly even if there’s not a chair in sight. Walking aids and stools are common sights in everyday life, and products that combine these two are also no longer alien to our eyes. Unfortunately, most of them, while functional, are also unattractive and sometimes even difficult to use. They’re often a cause of embarrassment for users who’d rather leave these at home and endure discomfort rather than be seen using them. Fortunately, all hope is not lost and this rather unique “sitting cane” shows how a well-designed tool can be functional, beautiful, and uplifting all at the same time.
Made from a single piece of solid ash wood split in the middle and held together with six brass bolts, the SNILD, the Danish word for handy or dextrous, shatters expectations of what a walking aid should look like. Rather than a traditional stick or a rod that ends with legs at the bottom, it looks more like a tapered paper clip viewed from the front. The curved top and bottom edges along with the sloping sides give the tool a more elegant and stylish appearance, while also providing bigger surface areas for holding or standing on the floor. The loop at the top also lets you hoist the sitting cane over your shoulder if you need to make use of both hands.
Unlike walking aids that also function as stools, transforming the SNILD is as easy as pulling the top halves apart. This reveals a leather seat that is both durable and comfortable, and it uses simple physics to hold the person up. The rubber feet of the legs provide the necessary grip to prevent the stool or the cane from sliding.
More than its functionality, it’s the design and aesthetic that puts the SNILD above the rest. It has a dignified appearance that goes beyond a simple walking aid or seat, and that sense of dignity is transferred to the user who no longer feels the shame of carrying one. It is a part of the designer’s vision of Everyday Assistive Furniture (EAF) design furniture that’s not only a tool but can even be a source of pride and an heirloom for future generations.
It’s about time that gaming companies and studios realize that there are people who would love to play their games and use their consoles but are hindered because of one physical disability or another. Accessibility has only recently been an advertised feature of games and gaming hardware, and it might take a while before it actually becomes a standard in the industry. Thankfully, major companies are leading the accessibility charge, giving birth to accessibility devices that may look weird but give all gamers, even those perfectly capable ones, incredible powers to enjoy games the way they want them. Take for example this newly announced Xbox-certified accessibility controller that almost looks like a small alien swarm thanks to its modular design.
For gamers with physical disabilities that relate to their hands or fine motor control, the typical game controller or keyboard, despite their ergonomic designs, is sometimes impossible to use. Thankfully, there has been an increased interest in developing more accessible control devices, spearheaded by the Xbox Adaptive Controller in 2018 and followed by the Sony Access Controller, previously dubbed “Project Leonardo,” last year. Of course, there are more than just two ways to design for accessibility, and ByoWave’s Proteus Controller is just the latest to turn heads with its unconventional mechanism and innovative idea.
In a nutshell, the Proteus Controller is made up of small, rounded cubes with some faces that can be changed to be a button, a D-Pad, a joystick, and more. These cubes can then connect to each other to form different shapes that cater to the needs of the gamer. It can, for example, be a single, curving stack that you can hold like a joystick, a 2×2 grid that you can mash like arcade buttons on a table, or even a conventional gamepad layout with the right accessories and connectors. It can support over a hundred such configurations and LED lighting combinations, letting the user decide how they want to play depending on their circumstances.
Of course, the controller is primarily designed to address the needs of gamers with disabilities, but it’s not hard to see how this will be popular with almost any gamer, especially those on the Xbox platform. The sheer number of options and combinations is mind-blowing, and some might even just make new controller designs just for the fun of it. It’s a clear example of how accessible design actually benefits everyone, and gamers will probably be excited for the arrival of the Proteus accessibility controller in the fall, especially given its starting price of $299.
Back in 2022, a pair of motorized shoes dubbed Moonwalker burst into the scene, promising to be the fastest pair on the planet. Developed by Shift Robotics, they hook onto your regular shoes and give you superhuman abilities to glide, as if you’re you are moonwalking.
The Austin-based maker has again touched base at CES 2024 with an improved version called Moonwalker X, and we got hands-on time with these AI-powered shoes at the event. According to founder and CEO Xunjie Zhang, “In developing X, our focus was clear: enhancing productivity without compromising safety.” We second this vision as the product is proud recipient of the “Best of CES 2024” award.
The intended use for these robotic shoes is for commercial and business applications where speed and productivity is the key. For example, in a warehouse or manufacturing facility where human movement needs to be optimized while saving effort for efficiency. That said, the Moonwalker X’s can be put to good use in daily life too – for instance – hurrying to your office in the morning time or commuting in the crowded city streets. There have been other iterations of such rollerblades on steroids like the Segway – Ninebot Drift W1 and Hoverwheel, but they’ve not smashed the popularity button as expected.
In our experience with the robotic shoes at the event in Las Vegas, they do feel lighter being 3.2 pounds each – almost a pound lighter than the original version. Compared to the previous iteration they are slightly smaller and as an added perk are highly modular too for repairability. The AI control system has been re-engineered for better control in tight spaces and the shock absorption capabilities have also been honed. If you’ve keenly followed the progress of the Moonwalker, you’ll notice the number of wheels on each shoe has now been reduced to six from the 10 wheels on the original version.
Shift Robotics has not yet revealed anything about the pricing and says that it’ll be announced in the first half of 2024 when they’ll be ready to ship.
For those that do not have any visual impairments or don’t know have anyone close to them that has this condition, the simple act of walking down a street is something that we probably take for granted. Being aware that not everyone will have that privilege is something that we should occasionally remind ourselves. There are brands and product designers that are constantly working to develop gadgets and tools that can help those that need assistance living their every day lives.
Designer: AI Guided
GUIDi is a concept for a device that can replace the white cane that a lot of visually impaired individuals use to navigate their way through busy streets. It is a device that the user wears on their waist and includes camera and microprocessor modules, and haptic feedback units that will assist them as they walk. There are two 8-megapixel cameras that are forward-facing and will scan the environment as they are walking. The images captured will be analyzed by AI-based software which will be able to identify things like trees, trash cans, sign posts, and other items that the user may face on the street or sidewalk.
The haptic feedback units will vibrate to alert the user that there may be some obstruction in their direction. It will even be able to detect things like branches, wires, and other overhanging items that a regular cane may miss since it’s basically on the ground. The device can also be connected to an app on their smartphone through Bluetooth connectivity where they can choose a specific location and they will be guided by GUIDi accordingly. The battery life is around 8-10 hours on a single charge.
Design wise, it’s pretty much a no-frills device that you can wear on your waist and should not be that obstructive or uncomfortable. The two haptic feedback units on each side should be enough to give the user signals on possible obstacles but also not give sudden vibrations that might surprise the user. The GUIDi is not yet in production but those who are interested can try joining the free trial that the company is offering.
