Text from Eli :
The Gluco(M) is a medical concept that provides diabetics with three functions: instant and non-invasive glucose readings, history of previous readings with averages, and an insulin chamber with a loaded syringe cartridge for injections.

Diabetics must monitor their own blood glucose levels times a day, to determine how far above or below normal their glucose is and to determine how much insulin(s) they may need. This is usually done by placing a drop of blood from a skin prick onto a glucose strip and then inserting the strip into a glucose meter, a small machine that provides a digital readout of the blood glucose level.

The Gluco(M) uses a technology known as “reverse iontophoresis.” By using an electric current running throughout the sensors, it collects glucose samples from fluids in the body. The device is then able to read the sample and give a reading. With this technology, diabetics can keep a much closer watch on their glucose levels and avoid the problems that may occurs from having levels too high or low. The Gluco(M) enables users with the convenience of checking blood-sugar levels more frequently throughout the day, thus yielding for better control of glucose in the blood stream.

Designer : Eli Hariton

From Eduardo:
Autonomous Living Units is a somewhat satirical project that stands at the intersection of the current housing crisis, the tendency of people in developed countries to live on their own and the trend of turning architecture into a consumer product. The project poses a scenario in which living units (homes) have evolved into the most minimal yet visually alluring objects that can still provide for the basic needs of the 21st century human being.

Because of the morphing of architecture into furniture, the Living Units could be inserted in derelict areas and ruined housing projects. This project was exhibited among others at the d3 Gallery in New York for the “Future Cities: Past, Present” exhibition in April 2009.

Designer : Eduardo McIntosh via [Dezeen]

Just because of the efficient functionality of this product line, it has received various positive feedbacks from many important personnel. The starting point of designing this useful product collection was the simple and rounded bollard. Different functions were adjoined by making various incisions and the main outline was converted into a wide-ranging and versatile range of products. In order to get the most from the product line, placing and organizing them accordingly is very much important. Implementing these artifacts will surely bring a significant difference in the appearance of our current city life which will be able to change the entire lifestyle of the urban city people.

Designer : Norway Says via HomeDosh

Clemens’ words :
DENTRIS offers new chances for people in home-care and dentistry. Society is aging, more and more bed-ridden / people are in need of care and because of the improved hygiene of last decades more and more elderly people keep their own teeth. DENTRIS helps the prevention / avoiding of expensive follow-up therapies as well as reducing costs of outgoing transport / return transport
+ ongoing services. For dentistry, DENTRIS offers the development of new fields of activity, more potential patients, the professionalization of mobile do-it-yourself equipment that dentists currently often have to deal with as the products on the market are un-sufficient and force the dentists to pimp their rides.

Dentists now can go exclusively mobile saving practice / overheads / facilities etc. But the most important actor is the patient. He/She benefits from stopping the physical decay because the health of teeth have an enormous and in public eyes often underestimated impact on the welfare and life expectancy of elderly people (formula: teeth ok >> body ok). DENTRIS helps
overriding the patient?s fear of the dentist as well as overcoming one?s inhibitions towards rentability in seniority (’I won’t live any longer..’).

DENTRIS helps avoiding strenuous transport (bed-ridden people often with tattered cardiovascular system) from home to practice and finally avoids possibly degrading situations for patients (while moving, in practice).

Designer : Clemens Auer

Barton explanations :
Firstly is the idea that people can have only what they need, when they need it. This is due to the distinct separation of a computer’s functions into six categories called ‘experiences’. Currently, if a user wishes to purchase a computer purely for documenting and internet they must accept that it will come with processing power and features well beyond these needs. With the Stream concept, however, users would purchase only the Connections and Documents modules as well as the Core Component to perform only these functions. The Connections module also acts as a phone, which leads to the second benefit of this system.

Many users today are faced with both an overlap of functions, content and components. In the previous example, the user’s computer would be capable of making calls through VOIP (a technology most likely to overtake traditional GSM networks), however there is no way of taking this one component of the machine with them. Instead, they must purchase another product – a phone – to fulfill this need. But now they have two devices capable of making calls, browsing the internet, emailing and taking photos as well as two interfaces to learn. Another example is how users have music on both their computer and a portable device such as an iPod. Multiply this over the abundance of consumer products we possess, and the problem worsens exponentially. However because of the Experience Modules and the adaptive nature of Stream, this issue is eradicated. The device they use at home or the office is the same device they use in the car or on the bus. All that changes is the screen size and possibly the addition of Component Modules.

The Component Modules are just as important to the system as the Experience Modules. Users who require greater processing power for activities such as gaming or high end design, still purchase the Core Component but also the necessary Component Modules to meet their needs. The Experience Modules are designed relative to their function. For example the Games and Connections modules have far more complex logic boards, capable of wireless connections to more powerful processors. This ensures that the price of the system is fair across all desired functions or experiences.

The Stream system is more portable and expandable than current systems, it offers a more natural and personal experience for the user and is more environmentally friendly in doing so. It can be an ultra-portable laptop, camera-phone, or games console. It is what the user wants it to be.

Designer : Barton Smith

Gavin explanations about “Connect” Phone:
Connect is offering simplicity through usability as well as Looks
The majority of the mobile communication market aim their products towards the mid ages. The mature age can’t relate or adjust to such products as easily as other generations because of lack of experience and ability. Physical and User Interaction aspects of a mobile device are the main issues that prevent the mature age using most devices. In the general consumer market, products are over loaded with visual complexity and extra features to standout from competitors. Even to a competent mobile device user this can give the perception of complexity, when all that is desired is simplicity and understanding.

Menu Navigation
Optimus keys house little OLED displays behind them which can be programmed using special software to accommodate multiple functions. Incorporating Optimus keys allows for simplicity within the usability and appearance of the design. This allows what potentially could be a complex menu, to be hidden within the Optimus keys and for the screen to display the current state the user is in. Lesser keys are physically required, making the overall appearance visually simplistic and alluring.

Designer : Gavin Flowers

Designer : Tom Korzeniowski

From the website :

There are several already made Braille products existing in the market. However, other than heavy and large in size, most of them are also highly priced. B&D messenger was designed to solve these problems. We intended to design following aspects: Cost effectiveness and Functionality. General Braille display or TTY system that are available right now are too expensive in price. To reduce its cost, B&D Messenger is built with an open source platform, Arduino and Processing. Currently, in order to keep the price low and affordable, a basic B&D messenger still runs by a connection to a computer, however if the user seeks portability a wireless connection can be made by ordering an optional Bluetooth module that can be easily attached on to the micro controller. In addition, by running under the Internet, no cost will be needed for sending and receiving messages. Small and Light. To accomplish this objective, all of the adopting materials we choose are lightweight. The triangle shape is chosen to be consistent with the other existing devices and the design was limited in accordance with the LCD size. Do-It-Yourself. B&D Messenger is designed to have a less complex construct. The case should be easy to make and ensemble with a recycled hard paper attached inside the kit. All basic electronic parts come with customized and presoldered state.

Designer : Jaeyoon, Kang and Noriaki Okada

Official words from Snøhetta :
Snøhetta has been commissioned by the Ras Al Khaimah investment Authority and RAKEEN to undertake the architectural design for the Gateway project in the emirate of Ras Al Khaimah. Situated in the desert 150 km to the east of Dubai this landmark project will mark the gateway to the emirate and form the entrance to the new planned capital city of Ras Al Khaimah.

The urban master plan for the city is currently being under taken by the Netherlands based architectural practice OMA. The Gateway project is situated at the entrance to the city and will form a landmark for the city entrance.

The architectural expression for our proposal is inspired by the surrounding desert and mountain landscape. This concept provides for an infinite variety of naturally shaded, intimate and protected spaces, around which the multiple uses associated with the development are woven. The undulating architectural landscape is resolved in a dramatic landmark tower marking the main gateway plaza. This 200 m high tower will be the setting for a 5 star plus hotel affording panoramic views across the emirate, to the gulf and mountains beyond.

The programme calls for a mixed-use development comprising a conference centre, exhibition centre, hotels and retail space. In total it is expected to be 270 000m2 of build area. In addition there will be substantial areas of associated garden and landscape. Externally the building will be clad in ceramic panels, this will be developed together with Ras Al Khaimah ceramics, one of the world leading producers of ceramic products.

Designer : Snøhetta via Dezeen

Treepac story after the jump …

Press Release :
According to the Environmental Protection Agency, paper products are the biggest single component of community waste, with 85 million tons generated in 2006. Though much of this is recycled, the sheer volume compelled the team at product development consultancy Essential to examine their own consumption habits. Frustrated by their findings, the team devised a solution—the Treepac. Industrial Designers Society of America (IDSA) judges took notice and honored the concept with a Silver International Design Excellence Award (IDEA) in the Ecodesign category.

Treepac is a reusable shipping container intended to replace cardboard boxes. The structure is made entirely of sustainable wood-based polymer cellulose acetate, Treepac is used like cardboard packaging but is designed to enable and encourage people and companies to improve their environmental footprint. The more times each pack is used, the greater its positive effect on the environment.

“When we examined our everyday use of cardboard, we became aware of the quantity of packaging materials we should recycle, appalled at the amount of material we couldn’t, and frustrated by an inability to reuse most of it,” said Design Researcher Dave Siedzik. “We were disheartened that recycling cardboard is a completely inefficient process.”

The Treepac concept mirrors the good features of cardboard boxes while adding new attributes that lower the overall environmental impact of packaging. Essential researchers, designers and engineers estimate that a recycled cardboard box can have up to eight uses but must be reconstituted in an energy-draining production facility each time. The Treepac, on the other hand, can be reused again and again.

Developing the Treepac is one way the Essential team aspires to create a positive environmental and social impact through their work. “By thinking of new opportunities to reduce overall energy consumption while not fundamentally changing the current shipping and delivery infrastructure, the Treepac concept has the potential to both improve the industry and help the environment,” said Founding Partner Scott Stropkay.

Designer : Essential Design