The Fab Fi Revolution
Jeroen Beekmans

Scientists of MIT’s Bits and Atoms Lab are helping people in the city of Jalalabad, Afghanistan, to turn pieces of board, wire, a plastic tub and some cans into reflectors for a wireless network named Fab Fi. The team has put up 25 nodes in the city, with locals now having access to a stable internet connection. With a little training, they even figured out to how to expand the network by copying reflectors and making new links. "You can’t always get nice plywood and wire mesh and acrylic and Shop Bot time when you want to make a link. Maybe it’s the middle of the night and the lab is closed. Maybe you spent all your money on a router and all you have left for a reflector is the junk in your back yard. That, dear world, is when you improvise." MIT is also shipping routers to Jalalabad to enable the city to further improve its network. The Fab Fi project is very interesting, especially since it proves the relevance to rethink foreign aid in terms of injecting knowledge and expertise to accelerate local progress instead of an injection of externally-managed aid money. "An 18-month World Bank funded infrastructure project to bring internet connectivity to Afghanistan began more than seven years ago and only made its first international link this June. That project, despite hundreds of millions of dollars in funding, is still far from being complete while FabLabbers are building useful infrastructure for pennies on the dollar out of their garbage."

"The city lets us know what they are up to by creating billboards that announce their projects. The Studio for Unsolicited Architecture and DUS Architects have pasted over five of these signs in Rotterdam with their own suggestions of how to make these projects more sustainable, more social and more exciting."

Unconventional Computing & Architecture
Jeroen Beekmans

26 February 2010, the Building Centre, London. Start 9:00 am. The one-day conference 'Unconventional Computing & Architecture' explores new materials for architectural practice in the 21st century. International architects and scientists will explore the decision-making properties of matter and how this may be applied to create increasingly life-like buildings. Organised by The Bartlett’s Advanced Virtual and Technological Architecture Research (AVATAR) group, the conference aims to bring together architects and scientists who are working with new technologies that are capable of self-assembly and organization. Such technologies may form the basis for architecture generated by unconventional computing techniques which range from the actions of protocells, (entirely synthetic DNA-less agents), slime moulds (simple organisms with very complex behaviours), crystalline computing (using the organizing properties of molecules) and algae (that can be engineered to respond to environments in new ways). Neil Spiller founded the AVATAR Group in 2004, whose interdisciplinary research agenda explores all manner of digital and visceral terrain and considers the impact of advanced technology on architectural design, engaging with cybernetics, aesthetics, and philosophy to develop new ways of manipulating the built environment. Speakers: Neil Spiller (University College London), Rachel Armstrong (University College London), Evan Douglis (Rensselaer Polytechnic Institute), Paul Preissner (University of Illinois at Chicago), Lisa Iwamoto (University of California, Berkeley), Philip Beesley (University of Waterloo), Nic Clear (University College London), Martin Hanczyc (University of Southern Denmark), Ben de Lacy Costello (University of West England), Simon Park (University of Surrey), Lee Cronin (University of Glasgow). —More information here.

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