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Galeries Lafayette recently opened a Shopping and Welcome Center designed specifically for large Asian tour groups to help improve their shopping experiences.
A partnership between MIT and Berkeley researchers, a new solar-powered device is able to harvest water from air by changing vapor into drinkable liquid.
A multi-disciplinary team from Germany’s Karlsruhe Institute for Technology created 'Liquid Glass' that can be used in room temperature 3D printing processes.
Affordable, compact digital knitting machine makes high-quality bespoke garments available to designers for a fraction of the usual cost of production.
Inventor Kehinde Durojaiye has created a 'prototype' vehicle in his Lagos, Nigeria, using material from the city's trash dump.
Water research team Rozalia Project developed the Cora Ball to gather the harmful microfibers that wash out of every laundry load into public waterways.
Taiwain’s pioneering design company dedicated to upcycling waste, Miniwiz, has created a mobile recycling machine that turns plastics into indoor/outdoor tiles.
Designed for oceanographers, the Waterlily Micro Turbine uses wind, water or manual power to charge any device using a USB port.
San Francisco design company Rothy’s produces stylish women’s shoes from woven, recycled plastic that can be washed over and over again.
An award winning device created by two Imperial College London bioengineering PhD students is making ultrasound technology portable and much more accessible.
Boston energy company provides a plug-and-play smart solar system designed for ease of use and portability.
Swansea University’s Institute of Life Science department is developing 3D printed bandages with nano-sensors for real-time, around-the-clock health reporting.
