DibKit diabetes management system has been designed due to skyrocketing health care costs for people with diabetes. This device was designed by people with Diabetes for people with Diabetes and has received red dot award for its high quality concept design. DibKit diabetes management system provides a new way to manage your diabetes care using simple and effective equipment that you can carry anywhere, anytime. Through their extensive research, they found out that dealing with Diabetes means that you have to be ready to handle any situation that may arise while current Diabetes supplies consist too many parts and pieces. It’s very challenging to come up with a solution to help people who suffer from diabetes to have better quality of life.
DibKit diabetes management system consists of DibKit Meter, DibKit Pen and DibKit Pump which together they provide fewer, smarter and more effective diabetes supplies.
IA Collaborative’s connected Diabetes management system, designed by people with Diabetes for people with Diabetes, received the internationally acclaimed red dot award for high quality concept design. IA’s innovative, dibkit system design solution was developed to reinvent the way the world manages their Diabetes care, and was chosen by an expert panel of renowned judges from more than 3,500 entries, from 49 countries around the world.
“We’re honored to receive this award from red dot, and it inspires us to continue pushing forward our future-focused DibKit Diabetes Management System that can ultimately impact the 346 million people worldwide living with Diabetes. ” says Dan Kraemer, co-founder and Creative Director at IA Collaborative. “We remain deeply committed to designing and developing holistic medical device products that exemplify how user design will redefine personal health care management.”
IA Uncovers Design Insights Through User Needs
Utilizing IA’s User Driven DesignTM process used to uncover true consumer needs, IA strategically leveraged social media channels to engage adults, children and families dealing with Diabetes to share their stories, struggles, and needs through an online journal “Submit Your Kit” (http://submityourkit.tumblr.com/) and follow-up twitter conversations.
“As the mother of an active, and always-on-the-go 8-year-old boy with Type 1 Diabetes, I always need to be prepared. For us that means carrying A LOT of extra supplies as well as the basics,” wrote mother Alexis. “Diabetes is a disease that doesn’t stop for anything so we need to ensure we are ready to handle any situation that may arise.”
Through the user interactions, IA uncovered the dramatic need for better Diabetes care solutions. The team learned that current Diabetes supplies consist of too many parts and pieces and that constant logging, the most important step to managing the disease, can be a major struggle. IA utilized the challenges and pain points to provide strategic direction to solving people’s most challenging Diabetes care situations.
Fewer, Smarter Supplies & Effortless Management
Utilizing the strategic insights developed from social media research, the dibkit was designed to make people’s lives easier by consolidating testing equipment to a pair of linked devices that are easy and convenient to take anywhere, anytime.
The dibkit Meter is the first glucometer to integrate a lancing device and replaceable test strip cartridge. The device makes logging meals easy with barcode scan and photo-recognition. Data is constantly being captured and sent wirelessly via the dibkit cloud so it can be accessed by care providers and patients.
The dibkit Pen is a compact, digital device, which automatically communicates insulin dosage to the dibkit Meter. Unlike current insulin pens that are disposed after each use, the dibkit Pen’s main body and cap are reusable and only the insulin cartridges are disposable. This benefits both patients and providers through less material use and production cost.
The dibkit Pump is the most compact, unobtrusive, wearable option for receiving insulin, and is wirelessly controlled by the dibkit Meter. The pump is single use and can be worn for three days, with the low profile and flexible material allowing the pump to form smoothly against the contours of the body for a comfortable fit.
Ensuring Accessibility to Everyone
IA’s dibkit exemplifies how connected solutions extend into a better overall experience for patients, particularly when it comes to high medical bills and inadequate insurance coverage. Currently, the most advanced Diabetes management systems are not covered by insurance, as they’re not primarily used as medical devices. Many logging tools and even some glucometers rely on smartphones and additional software. The DibKit Diabetes Management System can be classified as a medical device, meaning that nearly all people can obtain the device through private insurance or Medicaid.
USF (Ultra Small Footprint) Vehicle was a sponsored project for GenZe by Mahindra, the objective was to design a vehicle for the next generation (Generation Z) for one of largest cities of the future.
USF has been designed around the city of Tokyo for the year 2025, with the aim at bringing excitement back into the commuter day to day travels. The city of Tokyo, while it has an extremely efficient transportation system that arrives promptly, all of the commuter trains are grossly over capacity, some as close as 200%, which leads to a dismal commute to work.
The inspiration of the vehicle came from science fiction themes like Tron, the idea of having a vehicle disappear and re appear on command was awe inspiring. Langensiepen wanted to take the excitement of a two wheeled vehicle and adapt it to the needs of Japan’s aging population, so consumers, both young and old can have a fun experience commuting to work, as opposed to being scrunched into public transportation, breathing everyone’s air. The process for which the vehicle was designed was a combination of sketching and exploring structural forms in paper folding and origami.
The weather protection system is a single windshield which is supported by arms that move along a rail within the wheel structure. They are linked to weather sensors to know in what direction the rain is coming from relative to the vehicles motion, which offers basic weather protection while still providing an open air feel.
The vehicles motor, battery system, and protective structure are all housed within the two large wheels on either side of the seat, utilizing the most space possible while saving weight. Items such as groceries or a backpack can be stowed away under the seat.
The magic behind USF lies in its ability to collapse its width, thanks to the materials and structure. Unlike a conventional wheelchair design, the vehicle’s seat is composed of rigid composite frame, while the center is a combination of leather with an under layer of plastic honeycomb, which allows the seat to stay rigid and sportive but still collapse in its width.
Tuvie has received “USF – Ultra Small Footprint Vehicle” project from our ‘Submit A Design‘ feature, where we welcome our readers to submit their design/concept for publication.
Mazda has come up with another brilliant concept of futuristic city car named “Kiyora”. In Japanese, Kiyora means ‘clean and pure’ and this concept car truly delivers what it means. It is a next generation four cylinder direct-injection engine which offers amazing fuel economy and low CO2 emissions. Previous concept cars of Mazda were based on shapes like wind and sand whereas Kiyora is inspired by water design. Shape of water gives a totally unique and attractive look to this car. Even when the car is still, it gives the effect of flow and movement. The transparent doors catch one’s attention as they emerge as a flow of water with clean roof.
HIROSHIMA, Japan – Mazda Kiyora, a lightweight, next generation, urban compact concept car, will be revealed at the 2008 Paris International Motor Show to be held from Thursday, October 2 through Sunday, October 19, 2008.
Mazda Kiyora (meaning “clean and pure” in Japanese) represents the harmony between driving pleasure and environmental and safety features aspired to in Mazda’s long-term technology development vision, “Sustainable Zoom-Zoom.”
The concept of Kiyora helped the designers to imagine a city car cutting cleanly through an urban landscape, with water as the design theme. Kiyora’s aerodynamic Nagare design and next-generation four-cylinder direct-injection engine contribute to excellent fuel economy and low CO2 emissions.
The new Mazda Kiyora concept car is based on an all-new platform designed to minimise weight and maximise safety and driving pleasure. It also features an interior design and new functions that support a youthful lifestyle.
Joining the Mazda Kiyora concept car on Mazda’s stand at the Paris show, the Mazda MX-5 facelift will make its world debut together with the Mazda6 equipped with Mazda’s newly developed MZR-CD 2.2-litre turbo diesel engine, and the Mazda2 powered by a MZ-CD 1.6-liter diesel.
Officially titled the Mondial de l’Automobile, the Paris motor show press days are October 2 and 3, and the public days are October 4 to 19. Mazda will hold its press conference on Thursday, October 2, at 12:15 p.m. (local time).