A student at ETH Zurich, Constantinos Miltiadis, has been working on a kit which challenges the limits of human physical presence within a space. Code-named Project Anywhere, it works by combining augmented reality and virtual reality to achieve communication and interaction through virtual space.
The project is controlled by a smart phone app that functions like a decentralized network. It communicates through the use of a cloud-based software and offers real-time regulation. Accompanying the app are 3D printed gloves with a special rubber-like filament cleverly titled, “Inteligloves.” They allow the user to interact fluidly within the virtual environment of the app. The gloves are also able to track palm orientation, in addition to finger movement, via six bend sensor sockets. What makes these gloves truly awesome is that you can print the main components of them with a 3D printer. Aside from a 3D printer, in order to assemble the gloves, you will also need an Arduino Mini Pro, Xbee radio module, inertia measuring unit, six bend sensor sockets, and a LiPo battery.
Even though the project is in it’s early stages, it shows much promise and importance to many fields including gaming, business and medicine.
See the project in action at the following link: https://vimeo.com/113398928