Digital
Raycounting
Light-mapped structural surfaces Raycounting is a method for generating form by registering the intensity and orientation of light rays. 3D surfaces of double curvature are
Wind 3.0
Interactive ventilator wall Wind 3.0 is an interactive wall feature composed of hundreds of fibers which respond to a viewer’s presence based on a connection between
Interactive LED Table
Responsive illuminated table Because We Can’s Interactive LED Table utilizes a network of 24 active and passive near-infrared optical sensors. The analog circuit design activates
Living City
Responsive building information network Living City is a platform for buildings to talk to one another. It involves small modules that attach to existing building
Ripple Faucet
Intelligent faucet The Ripple Faucet offers a new way to interact with water. Drawing inspiration from the ripples on the water’s surface, the faucet creates
atracBar
Interactive object-recognition surface The atracBar transforms the conventional counter, bar top or information desk into an illuminated interactive surface that will react to the objects
Infinite-D
Anisotropic textured surface Neri Oxman visualizes, analyzes and reconstructs 2D natural micro-structural tissues into 3D macro-scale prototypes by computing hypothetical physical responses. She uses a
Sensetable
Sensing surface for interactive applications Sensetable is a hardware platform for creating an interactive digital experience on a tabletop surface. It senses the movements of
Vertebrae
Digitally-fabricated Corian bench Vertebrae is a kit of parts that allows the construction of multi-scale objects that modify the spaces they inhabit. This piece, while
River Glow
Network of floating pods with public interface to water quality Developed by David Benjamin and Soo-in Yang, River Glow is a system of floating pods
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