A group of researchers working for a company named "Skin-On" have developed a novel and horrifying method for controlling a device: Human-like skin.
As Marc Teyssier, the apparent project lead, says: "Human skin is the best interface for interaction. I propose this new paradigm in which interactive devices have their own artificial skin, thus enabling new forms of input gestures for end-users."
According to Teyssier, the purpose of Skin-On is to create new and unique touch-based interfaces using skin. It's not a crazy idea. Human skin is a remarkable sensory organ. It's flexible, durable, and self-repairing. It tracks multiple kinds of data, including stretching, cold, heat, vibrations, pressure, and the texture of the things we touch. On top of all of this, it protects us from injury. Skin, objectively speaking, is pretty remarkable. A lot of research has been done on developing artificial skin because of its numerous applications, from helping critically injured burn victims to building robots with sensor networks that respond more like our own nerves.
How It "Works"
Skin On is created by pouring DragonSkin silicon into a mold. Conductive thread is placed in a grid on top of an artificial epidermis, followed by a "hypodermis" — EcoFlex gel is apparently used to create a thick layer of artificial fat. Electrodes are then soldered to a hardware platform to connect the entire affair. A video on the fabrication process is embedded below, for your viewing displeasure. Try not to notice how the electrodes look like long, thin hairs.
Teyssier writes: "I developed an Open Source and Open Hardware multitouch controller to enable DIY fabrication of multi-touch interfaces on unconventional surfaces such as human skin," likely nominating himself for an Ig Nobel in the process, not to mention whatever scientific awards are handed out in the sixth circle of hell.
The breakout box allows for 12 sensing electrodes and 21 transmitting electrodes. Teyssier writes, "You want to try one unit? Contact me!"
